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It uses common codec AD1881A. ", "file_readme": "/data/mlab/mlab-modules/AD1881A01/README.md", "github_branch": "AD1881A01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/AD1881A01/AD1881A01A/", "github_repo": "AD1881A01", "github_url": "https://github.com/mlab-modules/AD1881A01", "homepage": false, "image_title": "doc/img/AD1881A01A_QRcode.png", "images": [ "doc/img/AD1881A01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/AD1881A01", "longname_en": " Module is audio in and audio out interface for development board NGW100 with processor ATMEL AVR32. It uses common codec AD1881A. ", "mark": 50, "name": "AD1881A01", "root": "", "short_en": " Module is audio in and audio out interface for development board NGW100 with processor ATMEL AVR32. It uses common codec AD1881A. ", "status": 4, "tags": [ "mlab", "mlab-module", "audio-codec", "mlab-audio", "ad1881a", "nggw100" ], "title": "AD1881A01" }, { "_id": "ADCaudio01", "description": "Audio to digital converter ADCaudio01B Module has audio input interface. Digitalized audio data stream (I2S) with parametrers 192kHz@24bit. ", "file_readme": "/data/mlab/mlab-modules/ADCaudio01/README.md", "github_branch": "ADCaudio01B", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ADCaudio01/ADCaudio01B/", "github_repo": "ADCaudio01", "github_url": "https://github.com/mlab-modules/ADCaudio01", "homepage": false, "image_title": "doc/img/ADCaudio01B_top_small.png", "images": [ "doc/img/ADCaudio01B_bottom_small.jpg", "doc/img/ADCaudio01B_bottom_big.jpg", "doc/img/ADCaudio01B_top_big.png", "doc/img/GNURadio_SDR-widget.png", "doc/img/ADCaudio01B_QRcode.png", "doc/img/ADCaudio01B_top_small.png" ], "local_root": "/data/mlab/mlab-modules/ADCaudio01", "longname_en": "Audio to digital converter ADCaudio01B Module has audio input interface. Digitalized audio data stream (I2S) with parametrers 192kHz@24bit. ", "mark": 50, "name": "ADCaudio01", "root": "", "short_en": "Audio to digital converter ADCaudio01B Module has audio input interface. Digitalized audio data stream (I2S) with parametrers 192kHz@24bit. ", "status": 2, "tags": [ "mlab", "mlab-module", "adc", "i2c", "mlab-audio", "digitalizer", "mlab-adc", "soundd-card" ], "title": "ADCaudio01" }, { "_id": "ADCdual01", "description": "Two-channel 16-bit A/D converter with differential input and serial LVDS output. The underlying chip is LTC2271 by Linear Technology. Between the module input and the converter, two LT6600 amplifiers are inserted.", "file_readme": "/data/mlab/mlab-modules/ADCdual01/README.md", "github_branch": "ADCdual01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ADCdual01/ADCdual01A/", "github_repo": "ADCdual01", "github_url": "https://github.com/mlab-modules/ADCdual01", "homepage": false, "image_title": "doc/img/ADCdual01A_top_big.jpg", "images": [ "doc/img/ADCdual01A_top_big.jpg", "doc/img/ADCdual01A_bottom_big.jpg", "doc/img/ADCdual01A_QRcode.png", "doc/img/ADCdual.png" ], "local_root": "/data/mlab/mlab-modules/ADCdual01", "longname_en": "Two-channel 16-bit A/D converter with differential input and serial LVDS output. The underlying chip is LTC2271 by Linear Technology. Between the module input and the converter, two LT6600 amplifiers are inserted.", "mark": 50, "name": "ADCdual01", "root": "", "short_en": "Two-channel 16-bit A/D converter with differential input and serial LVDS output. The underlying chip is LTC2271 by Linear Technology. Between the module input and the converter, two LT6600 amplifiers are inserted.", "status": 2, "tags": [ "mlab", "mlab-module", "16bit", "adc", "lvds", "mlab-adc", "serial", "adc-lvds", "lt6600", "serial-lvds" ], "title": "ADCdual01" }, { "_id": "ADCmonoPPI01", "description": "Mono high speed analog to digital converter. With parallel data output.", "file_readme": "/data/mlab/mlab-modules/ADCmonoPPI01/README.md", "github_branch": "ADCmonoPPI01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ADCmonoPPI01/ADCmonoPPI01A/", "github_repo": "ADCmonoPPI01", "github_url": "https://github.com/mlab-modules/ADCmonoPPI01", "homepage": false, "image_title": "doc/img/ADCmonoPPI01A_QRcode.png", "images": [ "doc/img/ADCmonoPPI01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/ADCmonoPPI01", "longname_en": "Mono high speed analog to digital converter. With parallel data output.", "mark": 50, "name": "ADCmonoPPI01", "root": "", "short_en": "Mono high speed analog to digital converter. With parallel data output.", "status": 4, "tags": [ "mlab", "mlab-module", "adc", "mlab-adc" ], "title": "ADCmonoPPI01" }, { "_id": "ADCmonoSPI01", "description": "Mono high resolution analog to digital converter. With serial data output.", "file_readme": "/data/mlab/mlab-modules/ADCmonoSPI01/README.md", "github_branch": "ADCmonoSPI01A", "github_description": "Mono high resolution analog to digital converter. With serial data output.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ADCmonoSPI01/ADCmonoSPI01A/", "github_repo": "ADCmonoSPI01", "github_url": "https://github.com/mlab-modules/ADCmonoSPI01", "homepage": false, "image_title": "doc/img/ADCmonoSPI01A_top_big.jpg", "images": [ "doc/img/ADCmonoSPI01A_top_big.jpg", "doc/img/ADCmonoSPI01A_top_small.jpg", "doc/img/ADCmonoSPI01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/ADCmonoSPI01", "longname_en": "Mono high resolution analog to digital converter. With serial data output.", "mark": 50, "name": "ADCmonoSPI01", "root": "", "short_en": "Mono high resolution analog to digital converter. With serial data output.", "status": 2, "tags": [ "ad-converter", "adc" ], "title": "ADCmonoSPI01", "updated": "2024-05-15T18:52:52.183858+00:00" }, { "_id": "ADCoctoSPI01", "description": "Octal input high-speed ADC with serial LVDS output.", "file_readme": "/data/mlab/mlab-modules/ADCoctoSPI01/README.md", "github_branch": "ADCoctoSPI01B", "github_description": "Octal input high-speed ADC with serial LVDS output.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ADCoctoSPI01/ADCoctoSPI01B/", "github_repo": "ADCoctoSPI01", "github_url": "https://github.com/mlab-modules/ADCoctoSPI01", "homepage": false, "image_title": "doc/gen/img/ADCoctoSPI01-top.png", "images": [ "doc/src/img/bottom.jpg", "doc/src/img/ADCoctoSPI01A.jpg", "doc/img/ADCoctoSPI01A_QRcode.png", "doc/gen/img/ADCoctoSPI01-top.png", "doc/gen/img/ADCoctoSPI01-bottom.png", "doc/src/img/ADCoctoSPI01A_render.png", "doc/gen/ADCoctoSPI01-schematic.svg", "doc/gen/img/ADCoctoSPI01-top.svg", "doc/gen/img/ADCoctoSPI01-bottom.svg", "hw/cam_profi/assembly/ADCoctoSPI01-assembly_page_02.svg", "hw/cam_profi/assembly/ADCoctoSPI01-assembly_page_01.svg" ], "local_root": "/data/mlab/mlab-modules/ADCoctoSPI01", "longname_en": "Octal input high-speed ADC with serial LVDS output.", "mark": 50, "mod_ibom": "hw/cam_profi/ADCoctoSPI01-ibom.html", "mod_scheme": "doc/gen/ADCoctoSPI01-schematic.pdf", "name": "ADCoctoSPI01", "root": "", "short_en": "Octal input high-speed ADC with serial LVDS output.", "status": 2, "tags": [ "adc", "mlab", "mlab-module", "mlab-kicad", "lvds", "minisas", "sata" ], "title": "ADCoctoSPI01", "updated": "2025-10-24T15:26:43.581099+00:00" }, { "_id": "ADSBAFE01", "description": "Analog RF front-end for 1090 MHz ADS-B/Mode-S reception, designed to interface with MCU module.", "file_readme": "/data/mlab/mlab-modules/ADSBAFE01/README.md", "github_branch": "ADSBAFE01A", "github_description": "Analog RF front-end for 1090 MHz ADS-B/Mode-S reception, designed to interface with MCU module.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ADSBAFE01/ADSBAFE01A/", "github_repo": "ADSBAFE01", "github_url": "https://github.com/mlab-modules/ADSBAFE01", "homepage": false, "image_title": "doc/gen/img/ADSBAFE01-top.png", "images": [ "doc/gen/img/ADSBAFE01-top.png", "doc/gen/img/ADSBAFE01-bottom.png", "doc/gen/ADSBAFE01-schematic.svg", "doc/gen/img/ADSBAFE01-bottom.svg", "doc/gen/img/ADSBAFE01-top.svg", "hw/cam_profi/assembly/ADSBAFE01-assembly_page_01.svg", "hw/cam_profi/assembly/ADSBAFE01-assembly_page_02.svg" ], "issues": 2, "local_root": "/data/mlab/mlab-modules/ADSBAFE01", "longname_en": "Analog RF front-end for 1090 MHz ADS-B/Mode-S reception, designed to interface with MCU module.", "mark": 50, "mod_ibom": "hw/cam_profi/ADSBAFE01-ibom.html", "mod_scheme": "doc/gen/ADSBAFE01-schematic.pdf", "name": "ADSBAFE01", "root": "", "short_en": "Analog RF front-end for 1090 MHz ADS-B/Mode-S reception, designed to interface with MCU module.", "status": 2, "tags": [], "title": "ADSBAFE01", "updated": "2026-03-03T01:08:35.310554+00:00" }, { "_id": "ALBASE0401", "description": "This base board has size 4x1 holes and standard MLAB grid 400mils (10.16mm). It is especially suited for simple measuring instruments and mobile robots constructions.", "file_readme": "/data/mlab/mlab-modules/ALBASE0401/README.md", "github_branch": "ALBASE0401", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ALBASE0401/ALBASE0401/", "github_repo": "ALBASE0401", "github_url": "https://github.com/mlab-modules/ALBASE0401", "homepage": false, "image_title": "doc/img/ALBASE0401_QRcode.png", "images": [ "doc/img/ALBASE0401_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/ALBASE0401", "longname_en": "This base board has size 4x1 holes and standard MLAB grid 400mils (10.16mm). It is especially suited for simple measuring instruments and mobile robots constructions.", "mark": 50, "name": "ALBASE0401", "root": "", "short_en": "This base board has size 4x1 holes and standard MLAB grid 400mils (10.16mm). It is especially suited for simple measuring instruments and mobile robots constructions.", "status": 2, "tags": [ "albase", "mlab", "mlab-module" ], "title": "ALBASE0401" }, { "_id": "ALBASE1115", "description": "This base board has size 11x15 holes and standard MLAB grid 400mils (10.16mm). It is especially suited for simple measuring instruments and mobile robots constructions. ", "file_readme": "/data/mlab/mlab-modules/ALBASE1115/README.md", "github_branch": "ALBASE1115", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ALBASE1115/ALBASE1115/", "github_repo": "ALBASE1115", "github_url": "https://github.com/mlab-modules/ALBASE1115", "homepage": false, "image_title": "doc/img/ALBASE1115_small.jpg", "images": [ "doc/img/ALBASE1115_small.jpg", "doc/img/ALBASE1115_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/ALBASE1115", "longname_en": "This base board has size 11x15 holes and standard MLAB grid 400mils (10.16mm). It is especially suited for simple measuring instruments and mobile robots constructions. ", "mark": 50, "name": "ALBASE1115", "root": "", "short_en": "This base board has size 11x15 holes and standard MLAB grid 400mils (10.16mm). It is especially suited for simple measuring instruments and mobile robots constructions. ", "status": 2, "tags": [ "albase", "mlab", "mlab-module" ], "title": "ALBASE1115" }, { "_id": "ALBASE1208", "description": "This base board has size 12x08 holes and standard MLAB grid 400mils (10.16mm). It is especially suited for simple measuring instruments and mobile robots constructions. ", "file_readme": "/data/mlab/mlab-modules/ALBASE1208/README.md", "github_branch": "ALBASE1208", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ALBASE1208/ALBASE1208/", "github_repo": "ALBASE1208", "github_url": "https://github.com/mlab-modules/ALBASE1208", "homepage": false, "image_title": "doc/img/ALBASE1208_QRcode.png", "images": [ "doc/img/ALBASE1208_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/ALBASE1208", "longname_en": "This base board has size 12x08 holes and standard MLAB grid 400mils (10.16mm). It is especially suited for simple measuring instruments and mobile robots constructions. ", "mark": 50, "name": "ALBASE1208", "root": "", "short_en": "This base board has size 12x08 holes and standard MLAB grid 400mils (10.16mm). It is especially suited for simple measuring instruments and mobile robots constructions. ", "status": 2, "tags": [ "albase", "mlab", "mlab-module" ], "title": "ALBASE1208" }, { "_id": "ALBASE1209", "description": "This base board has size 12x09 holes and standard MLAB grid 400mils (10.16mm). It is especially suited for simple measuring instruments and mobile robots constructions.", "file_readme": "/data/mlab/mlab-modules/ALBASE1209/README.md", "github_branch": "ALBASE1209", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ALBASE1209/ALBASE1209/", "github_repo": "ALBASE1209", "github_url": "https://github.com/mlab-modules/ALBASE1209", "homepage": false, "image_title": "doc/img/ALBASE1209_QRcode.png", "images": [ "doc/img/ALBASE1209_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/ALBASE1209", "longname_en": "This base board has size 12x09 holes and standard MLAB grid 400mils (10.16mm). It is especially suited for simple measuring instruments and mobile robots constructions.", "mark": 50, "name": "ALBASE1209", "root": "", "short_en": "This base board has size 12x09 holes and standard MLAB grid 400mils (10.16mm). It is especially suited for simple measuring instruments and mobile robots constructions.", "status": 2, "tags": [ "albase", "mlab", "mlab-module" ], "title": "ALBASE1209" }, { "_id": "ALBASE1241", "description": "This base board has size 12x41 holes and standard MLAB grid 400mils (10.16mm). It is especially suited for simple measuring instruments and mobile robots constructions. ", "file_readme": "/data/mlab/mlab-modules/ALBASE1241/README.md", "github_branch": "ALBASE1241", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ALBASE1241/ALBASE1241/", "github_repo": "ALBASE1241", "github_url": "https://github.com/mlab-modules/ALBASE1241", "homepage": false, "image_title": "doc/img/ALBASE1241_QRcode.png", "images": [ "doc/img/ALBASE1241_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/ALBASE1241", "longname_en": "This base board has size 12x41 holes and standard MLAB grid 400mils (10.16mm). It is especially suited for simple measuring instruments and mobile robots constructions. ", "mark": 50, "name": "ALBASE1241", "root": "", "short_en": "This base board has size 12x41 holes and standard MLAB grid 400mils (10.16mm). It is especially suited for simple measuring instruments and mobile robots constructions. ", "status": 2, "tags": [ "albase", "mlab", "mlab-module" ], "title": "ALBASE1241" }, { "_id": "ALBASE1505", "description": "Motherboard ALBASE1505 has 15x5 holes with a spacing of 10.16 mm. Its overall dimensions are adapted for insertion into the box UNIBOX03A.", "file_readme": "/data/mlab/mlab-modules/ALBASE1505/README.md", "github_branch": "ALBASE1505", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ALBASE1505/ALBASE1505/", "github_repo": "ALBASE1505", "github_url": "https://github.com/mlab-modules/ALBASE1505", "homepage": false, "image_title": "doc/img/ALBASE1505_QRcode.png", "images": [ "doc/img/ALBASE1505_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/ALBASE1505", "longname_en": "Motherboard ALBASE1505 has 15x5 holes with a spacing of 10.16 mm. Its overall dimensions are adapted for insertion into the box UNIBOX03A.", "mark": 50, "name": "ALBASE1505", "root": "", "short_en": "Motherboard ALBASE1505 has 15x5 holes with a spacing of 10.16 mm. Its overall dimensions are adapted for insertion into the box UNIBOX03A.", "status": 2, "tags": [ "albase", "mlab", "mlab-module" ], "title": "ALBASE1505" }, { "_id": "ALBASE1521", "description": "MLAB base-board with size 15x21 holes with standard MLAB grid 400mils (10.16mm). 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The board on the sides contains a series of M3 holes with a metric pitch (10 mm) and three holes for stacking the boards above each other.", "mark": 50, "mod_scheme": "https://github.com/mlab-modules/ALBASE1521/blob/ALBASE1521/hw/cam_ama/ALBASE1521.pdf", "name": "ALBASE1521", "root": "", "short_en": "MLAB base-board with size 15x21 holes with standard MLAB grid 400mils (10.16mm). The board on the sides contains a series of M3 holes with a metric pitch (10 mm) and three holes for stacking the boards above each other.", "status": 2, "tags": [ "albase", "mlab", "mlab-module" ], "tindie_url": "https://www.tindie.com/products/33746/", "title": "ALBASE1521" }, { "_id": "ALBASE1521B", "description": "MLAB base-board with size 15x21 holes with standard MLAB grid 400mils (10.16mm) ", "file_readme": "/data/mlab/mlab-modules/ALBASE1521B/README.md", "github_branch": "ALBASE1521B", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ALBASE1521B/ALBASE1521B/", "github_repo": "ALBASE1521B", "github_url": "https://github.com/mlab-modules/ALBASE1521B", "homepage": false, "image_title": "doc/img/ALBASE1521B_QRcode.png", "images": [ "doc/img/ALBASE1521B_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/ALBASE1521B", "longname_en": "MLAB base-board with size 15x21 holes with standard MLAB grid 400mils (10.16mm) ", "mark": 50, "name": "ALBASE1521B", "root": "", "short_en": "MLAB base-board with size 15x21 holes with standard MLAB grid 400mils (10.16mm) ", "status": 2, "tags": [ "albase", "mlab", "mlab-module" ], "title": "ALBASE1521B" }, { "_id": "ALBASE1608", "description": "This base board has size 16x08 holes and standard MLAB grid 400mils (10.16mm)", "file_readme": "/data/mlab/mlab-modules/ALBASE1608/README.md", "github_branch": "ALBASE1608", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ALBASE1608/ALBASE1608/", "github_repo": "ALBASE1608", "github_url": "https://github.com/mlab-modules/ALBASE1608", "homepage": false, "image_title": "doc/img/ALBASE1608.png", "images": [ "mechanical/ALBASE1608/doc/img/ALBASE1608_QRcode.png", "doc/img/ALBASE1608.png", "doc/img/ALBASE1608_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/ALBASE1608", "longname_en": "This base board has size 16x08 holes and standard MLAB grid 400mils (10.16mm)", "mark": 50, "name": "ALBASE1608", "root": "", "short_en": "This base board has size 16x08 holes and standard MLAB grid 400mils (10.16mm)", "status": 2, "tags": [ "albase", "mlab", "mlab-module" ], "title": "ALBASE1608" }, { "_id": "ALBASE1609", "description": "MLAB aluminium baseboard with 16x9 holes with a standard pitch of 400mils (10.16mm). Suitable for devices placed in the 1455N1601 box.", "file_readme": "/data/mlab/mlab-modules/ALBASE1609/README.md", "github_branch": "ALBASE1609", "github_description": "MLAB aluminium baseboard with 16x9 holes with a standard pitch of 400mils (10.16mm). Suitable for devices placed in the 1455N1601 box.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ALBASE1609/ALBASE1609/", "github_repo": "ALBASE1609", "github_url": "https://github.com/mlab-modules/ALBASE1609", "homepage": false, "image_title": "doc/img/ALBASE1609_drawing.png", "images": [ "doc/img/ALBASE1609_QRcode.png", "doc/img/ALBASE1609_drawing.png" ], "local_root": "/data/mlab/mlab-modules/ALBASE1609", "longname_en": "MLAB aluminium baseboard with 16x9 holes with a standard pitch of 400mils (10.16mm). Suitable for devices placed in the 1455N1601 box.", "mark": 50, "name": "ALBASE1609", "root": "", "short_en": "MLAB aluminium baseboard with 16x9 holes with a standard pitch of 400mils (10.16mm). Suitable for devices placed in the 1455N1601 box.", "status": 2, "tags": [ "mlab", "albase", "mlab-module" ], "title": "ALBASE1609", "updated": "2026-03-14T19:11:23.292033+00:00" }, { "_id": "ALBASE2537", "description": "This base board has size 25x37 holes and standard MLAB grid 400mils (10.16mm). It is especially suited for simple measuring instruments and mobile robots constructions.", "file_readme": "/data/mlab/mlab-modules/ALBASE2537/README.md", "github_branch": "ALBASE2537", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ALBASE2537/ALBASE2537/", "github_repo": "ALBASE2537", "github_url": "https://github.com/mlab-modules/ALBASE2537", "homepage": false, "image_title": "doc/img/ALBASE2537_QRcode.png", "images": [ "doc/img/ALBASE2537_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/ALBASE2537", "longname_en": "This base board has size 25x37 holes and standard MLAB grid 400mils (10.16mm). It is especially suited for simple measuring instruments and mobile robots constructions.", "mark": 50, "name": "ALBASE2537", "root": "", "short_en": "This base board has size 25x37 holes and standard MLAB grid 400mils (10.16mm). It is especially suited for simple measuring instruments and mobile robots constructions.", "status": 2, "tags": [ "albase", "mlab", "mlab-module" ], "title": "ALBASE2537" }, { "_id": "ALTIMET01", "description": "Precision barometric sensor. Board is designed for MPL115A1 or MPL115A2 integrated sensor chips. ", "file_readme": "/data/mlab/mlab-modules/ALTIMET01/README.md", "github_branch": "ALTIMET01A", "github_branches": [ "ALTIMET01A" ], "github_raw": "https://raw.githubusercontent.com/mlab-modules/ALTIMET01/ALTIMET01A/", "github_repo": "ALTIMET01", "github_url": "https://github.com/mlab-modules/ALTIMET01", "homepage": false, "image": "doc/img/MPL3115A_small.jpg", "image_title": "doc/img/ALTIMET01A_SPI_top_big.jpg", "images": [ "doc/html/Pictures/image004.jpg", "doc/html/Pictures/image001.jpg", "doc/html/Pictures/image003.jpg", "doc/img/ALTIMET01A_SPI_top_big.jpg", "doc/img/ALTIMET01A_I2C_top_big.jpg", "doc/img/altimet01a_testing_setup.jpg", "doc/img/ALTIMET01A_top_big.jpg", "doc/img/ALTIMET01A_big.jpg", "doc/img/ALTIMET01A_top_small.jpg", "doc/img/ALTIMET01A_title.jpg", "doc/img/ALTIMET01A_testing.jpg", "doc/img/MPL3115A_small.jpg", "doc/img/KorekceTlaku.png", "doc/img/Diagram1.png", "doc/img/KorekceTlakuZoom.png", "doc/img/Stoupani.png", "doc/img/Tlak_vyska.png", "doc/img/ALTIMET01A_QRcode.png", "doc/img/test_setup.png", "doc/img/graf.png" ], "issues": 1, "local_root": "/data/mlab/mlab-modules/ALTIMET01", "longname_en": "Precision barometric sensor. Board is designed for MPL115A1 or MPL115A2 integrated sensor chips. ", "mark": 50, "name": "ALTIMET01", "replaced": "ALTIMET02", "root": "", "short_en": "Precision barometric sensor. Board is designed for MPL115A1 or MPL115A2 integrated sensor chips. ", "status": 3, "tags": [ "barometer", "barometric-pressure", "mlab", "mlab-module" ], "title": "ALTIMET01" }, { "_id": "ALTIMET02", "description": "High-accuracy barometric pressure and temperature sensing module with MS561101BA03. ", "file_readme": "/data/mlab/mlab-modules/ALTIMET02/README.md", "github_branch": "ALTIMET02A", "github_branches": [ "ALTIMET02A" ], "github_description": "High-accuracy barometric pressure and temperature sensing module with MS561101BA03. ", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ALTIMET02/ALTIMET02A/", "github_repo": "ALTIMET02", "github_url": "https://github.com/mlab-modules/ALTIMET02", "homepage": true, "image_title": "doc/gen/img/ALTIMET02-top.png", "images": [ "doc/gen/img/ALTIMET02-top.png", "doc/gen/img/ALTIMET02-bottom.png", "doc/gen/ALTIMET02-schematic.svg", "doc/gen/img/ALTIMET02-top.svg", "doc/gen/img/ALTIMET02-bottom.svg", "hw/cam_profi/assembly/ALTIMET02-assembly_page_01.svg", "hw/cam_profi/assembly/ALTIMET02-assembly_page_02.svg" ], "issues": 0, "local_root": "/data/mlab/mlab-modules/ALTIMET02", "longname_en": "High-accuracy barometric pressure and temperature sensing module with MS561101BA03. ", "mark": 80, "mod_ibom": "hw/cam_profi/ALTIMET02-ibom.html", "mod_scheme": "doc/gen/ALTIMET02-schematic.pdf", "name": "ALTIMET02", "root": "", "short_en": "High-accuracy barometric pressure and temperature sensing module with MS561101BA03. ", "status": 2, "tags": [ "barometric-pressure", "altimeter", "barometer", "i2c", "spi", "mlab", "mlab-module", "kicad", "kicad-pcb", "kicad-project", "mlab-kicad", "pcb", "mlab-sensor", "ms561101ba03" ], "title": "ALTIMET02", "updated": "2023-10-18T17:21:55.900131+00:00" }, { "_id": "AMUX01", "description": "Four-channel analog multiplexer with single-sided output", "file_readme": "/data/mlab/mlab-modules/AMUX01/README.md", "github_branch": "AMUX01A", "github_branches": [ "AMUX01A" ], "github_description": "Four-channel analog multiplexer with single-sided output", "github_raw": "https://raw.githubusercontent.com/mlab-modules/AMUX01/AMUX01A/", "github_repo": "AMUX01", "github_url": "https://github.com/mlab-modules/AMUX01", "homepage": false, "image_title": "doc/gen/img/AMUX01-top.png", "images": [ "doc/gen/img/AMUX01-top.png", "doc/gen/img/AMUX01-bottom.png", "hw/cam_profi/assembly/AMUX01-assembly_page_01.svg", "hw/cam_profi/assembly/AMUX01-assembly_page_02.svg", "doc/gen/AMUX01-schematic.svg", "doc/gen/img/AMUX01-top.svg", "doc/gen/img/AMUX01-bottom.svg" ], "issues": 0, "local_root": "/data/mlab/mlab-modules/AMUX01", "longname_en": "Four-channel analog multiplexer with single-sided output", "mark": 50, "mod_ibom": "hw/cam_profi/AMUX01-ibom.html", "mod_scheme": "doc/gen/AMUX01-schematic.pdf", "name": "AMUX01", "root": "", "short_en": "Four-channel analog multiplexer with single-sided output", "status": 2, "tags": [ "mlab", "mlab-module", "kicad", "kicad-pcb", "kicad-project", "mlab-kicad", "pcb" ], "title": "AMUX01", "updated": "2024-07-11T16:08:29.194818+00:00" }, { "_id": "ANT01", "description": " Module contain a ANT transceiver and SMA antenna conector. Module has serial interface for direct connection to microcontroller. ", "file_readme": "/data/mlab/mlab-modules/ANT01/README.md", "github_branch": "ANT01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ANT01/ANT01A/", "github_repo": "ANT01", "github_url": "https://github.com/mlab-modules/ANT01", "homepage": false, "image_title": "doc/img/ANT01A_top_big.jpg", "images": [ "doc/img/ANT01A_top_big.jpg", "doc/img/ANT01A_top_small.jpg", "doc/img/ANT01A_bottom_big.jpg", "doc/img/ANT01A_bottom_small.jpg", "doc/img/ANT01A_QRcode.png", "doc/img/ANT01_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/ANT01", "longname_en": " Module contain a ANT transceiver and SMA antenna conector. Module has serial interface for direct connection to microcontroller. ", "mark": 50, "name": "ANT01", "root": "", "short_en": " Module contain a ANT transceiver and SMA antenna conector. Module has serial interface for direct connection to microcontroller. ", "status": 2, "tags": [ "mlab", "mlab-module" ], "title": "ANT01" }, { "_id": "AT32TQ14401", "description": "Module is intended for development of applications based on powerful 32bit Atmel microcontrolers with AVR32 core AT32UC3A series.", "file_readme": "/data/mlab/mlab-modules/AT32TQ14401/README.md", "github_branch": "AT32TQ14401A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/AT32TQ14401/AT32TQ14401A/", "github_repo": "AT32TQ14401", "github_url": "https://github.com/mlab-modules/AT32TQ14401", "homepage": false, "image_title": "doc/img/AT32TQ14401A_big.png", "images": [ "doc/img/AT32TQ14401A_big.png", "doc/img/AT32TQ14401A_QRcode.png", "doc/img/AT32TQ14401A_small.png" ], "local_root": "/data/mlab/mlab-modules/AT32TQ14401", "longname_en": "Module is intended for development of applications based on powerful 32bit Atmel microcontrolers with AVR32 core AT32UC3A series.", "mark": 50, "name": "AT32TQ14401", "root": "", "short_en": "Module is intended for development of applications based on powerful 32bit Atmel microcontrolers with AVR32 core AT32UC3A series.", "status": 2, "tags": [ "mlab", "mlab-module" ], "title": "AT32TQ14401" }, { "_id": "ATXPOWER01", "description": " Integrate ATX power standards to MLAB modules.", "file_readme": "/data/mlab/mlab-modules/ATXPOWER01/README.md", "github_branch": "ATXPOWER01A", "github_description": " Integrate ATX power standards to MLAB modules.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ATXPOWER01/ATXPOWER01A/", "github_repo": "ATXPOWER01", "github_url": "https://github.com/mlab-modules/ATXPOWER01", "homepage": false, "image_title": "doc/img/ATXPOWER01A_QRcode.png", "images": [ "doc/img/ATXPOWER01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/ATXPOWER01", "longname_en": " Integrate ATX power standards to MLAB modules.", "mark": 50, "name": "ATXPOWER01", "root": "", "short_en": " Integrate ATX power standards to MLAB modules.", "status": 0, "tags": [], "title": "ATXPOWER01", "updated": "2023-09-17T11:50:40.019750+00:00" }, { "_id": "ATmega801", "description": "Processor module for ATMEL ATmega8 in TQFP32 package. The module contains processor and standard crystal or clock crystal can be used. There is RESET push button and ATMEL ISP 6 PIN connector.", "file_readme": "/data/mlab/mlab-modules/ATmega801/README.md", "github_branch": "ATmega801A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ATmega801/ATmega801A/", "github_repo": "ATmega801", "github_url": "https://github.com/mlab-modules/ATmega801", "homepage": false, "image_title": "doc/img/ATmega801A_big.jpg", "images": [ "doc/html/Pictures/image001.jpg", "doc/img/ATmega801A_bottom_big.jpg", "doc/img/ATmega801A_small.jpg", "doc/img/ATmega801A_big.jpg", "doc/html/Pictures/image004.png", "doc/html/Pictures/image002.png", "doc/html/Pictures/image003.png", "doc/img/ATmega801A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/ATmega801", "longname_en": "Processor module for ATMEL ATmega8 in TQFP32 package. The module contains processor and standard crystal or clock crystal can be used. There is RESET push button and ATMEL ISP 6 PIN connector.", "mark": 50, "name": "ATmega801", "replaced": "ATmegaTQ3201", "root": "", "short_en": "Processor module for ATMEL ATmega8 in TQFP32 package. The module contains processor and standard crystal or clock crystal can be used. There is RESET push button and ATMEL ISP 6 PIN connector.", "status": 3, "tags": [ "mlab", "mlab-module", "mcu", "atmega" ], "title": "ATmega801" }, { "_id": "ATmega8DIL01", "description": "Processor module for ATMEL ATmega8 in DIL28 package. The module contains processor and standard crystal or clock crystal can be used. There is RESET push button and ATMEL ISP 6 PIN connector.", "file_readme": "/data/mlab/mlab-modules/ATmega8DIL01/README.md", "github_branch": "ATmega8DIL01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ATmega8DIL01/ATmega8DIL01A/", "github_repo": "ATmega8DIL01", "github_url": "https://github.com/mlab-modules/ATmega8DIL01", "homepage": false, "image_title": "doc/src/ATmega8DIL01A_top.jpg", "images": [ "doc/src/ATmega8DIL01A_top.jpg", "doc/src/ATmega8DIL01A_Bot.jpg", "doc/img/ATmega8DIL01A_top_small.jpg", "doc/img/ATmega8DIL01A_Bot_small.jpg", "doc/html/ATmega8DIL01A_Pictures/image001.jpg", "doc/img/ATmega8DIL01A_QRcode.png", "doc/html/ATmega8DIL01A_Pictures/image005.png", "doc/html/ATmega8DIL01A_Pictures/image006.png", "doc/html/ATmega8DIL01A_Pictures/image004.png", "doc/html/ATmega8DIL01A_Pictures/image003.png", "doc/html/ATmega8DIL01A_Pictures/image002.png" ], "local_root": "/data/mlab/mlab-modules/ATmega8DIL01", "longname_en": "Processor module for ATMEL ATmega8 in DIL28 package. The module contains processor and standard crystal or clock crystal can be used. There is RESET push button and ATMEL ISP 6 PIN connector.", "mark": 50, "name": "ATmega8DIL01", "root": "", "short_en": "Processor module for ATMEL ATmega8 in DIL28 package. The module contains processor and standard crystal or clock crystal can be used. There is RESET push button and ATMEL ISP 6 PIN connector.", "status": 4, "tags": [ "mlab", "mlab-module" ], "title": "ATmega8DIL01" }, { "_id": "ATmegaTQ10001", "description": "Processor module for ATMEL ATmega in TQFP100 package. The module can use standard and/or clock crystals. It is equipped with RESET push button and programming connector for ISP (6PIN) and JTAG (10PIN) programming.", "file_readme": "/data/mlab/mlab-modules/ATmegaTQ10001/README.md", "github_branch": "ATmegaTQ10001A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ATmegaTQ10001/ATmegaTQ10001A/", "github_repo": "ATmegaTQ10001", "github_url": "https://github.com/mlab-modules/ATmegaTQ10001", "homepage": false, "image_title": "doc/img/ATmegaTQ10001A_top.jpg", "images": [ "doc/html/ATmegaTQ10001A_files/image002.jpg", "doc/html/ATmegaTQ10001A_files/image001.jpg", "doc/img/ATmegaTQ10001A_BOT.jpg", "doc/img/ATmegaTQ10001A_top_small.jpg", "doc/img/ATmegaTQ10001A_top.jpg", "doc/img/ATmegaTQ10001A_BOT_small.jpg", "doc/html/ATmegaTQ10001A_files/image004.png", "doc/html/ATmegaTQ10001A_files/image009.png", "doc/html/ATmegaTQ10001A_files/image008.png", "doc/html/ATmegaTQ10001A_files/image012.png", "doc/html/ATmegaTQ10001A_files/image005.png", "doc/html/ATmegaTQ10001A_files/image006.png", "doc/html/ATmegaTQ10001A_files/image007.png", "doc/html/ATmegaTQ10001A_files/image011.png", "doc/html/ATmegaTQ10001A_files/image010.png", "doc/html/ATmegaTQ10001A_files/image003.png", "doc/img/ATmegaTQ10001A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/ATmegaTQ10001", "longname_en": "Processor module for ATMEL ATmega in TQFP100 package. The module can use standard and/or clock crystals. It is equipped with RESET push button and programming connector for ISP (6PIN) and JTAG (10PIN) programming.", "mark": 50, "name": "ATmegaTQ10001", "root": "", "short_en": "Processor module for ATMEL ATmega in TQFP100 package. The module can use standard and/or clock crystals. It is equipped with RESET push button and programming connector for ISP (6PIN) and JTAG (10PIN) programming.", "status": 4, "tags": [ "mlab", "mlab-module", "atmega", "mlab-mcu", "mcu" ], "title": "ATmegaTQ10001" }, { "_id": "ATmegaTQ3201", "description": "ATmegaTQ3201 module for ATMEL TQFP32 processors, includes RESET button and ATMEL ISP 6-pin connector, supports standard crystal or external clock.", "file_readme": "/data/mlab/mlab-modules/ATmegaTQ3201/README.md", "github_branch": "ATmegaTQ3201A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ATmegaTQ3201/ATmegaTQ3201A/", "github_repo": "ATmegaTQ3201", "github_url": "https://github.com/mlab-modules/ATmegaTQ3201", "homepage": false, "image_title": "doc/img/ATmegaTQ3201A_top_small.jpg", "images": [ "doc/img/ATmegaTQ3201A_top_small.jpg", "doc/img/ATmegaTQ3201A_top_big.jpg", "doc/img/ATmegaTQ3201A_bottom_small.jpg", "doc/img/ATmegaTQ3201A_bottom_big.jpg", "doc/img/ATmegaTQ3201A_QRcode.png", "hw/cam_doc/ATmegaTQ3201A.png", "fzp/ATmegaTQ3201A_breadboard.png", "fzp/ATmegaTQ3201A_breadboard.svg" ], "local_root": "/data/mlab/mlab-modules/ATmegaTQ3201", "longname_en": "ATmegaTQ3201 module for ATMEL TQFP32 processors, includes RESET button and ATMEL ISP 6-pin connector, supports standard crystal or external clock.", "mark": 50, "name": "ATmegaTQ3201", "root": "", "short_en": "ATmegaTQ3201 module for ATMEL TQFP32 processors, includes RESET button and ATMEL ISP 6-pin connector, supports standard crystal or external clock.", "status": 2, "tags": [ "mlab", "mlab-module", "atmega", "mlab-mcu", "mcu" ], "title": "ATmegaTQ3201" }, { "_id": "ATmegaTQ4401", "description": "Microcontroller ATmega in TQFP44 package. The module can use standard clock crystals. It is equipped with RESET push button and programming connector.", "file_readme": "/data/mlab/mlab-modules/ATmegaTQ4401/README.md", "github_branch": "ATmegaTQ4401A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ATmegaTQ4401/ATmegaTQ4401A/", "github_repo": "ATmegaTQ4401", "github_url": "https://github.com/mlab-modules/ATmegaTQ4401", "homepage": false, "image_title": "doc/img/ATmegaTQ4401A_top_small.jpg", "images": [ "doc/html/ATmegaTQ4401A_Pictures/image001.jpg", "doc/img/ATmegaTQ4401A_top_small.jpg", "doc/img/ATmegaTQ4401A_Bot.jpg", "doc/img/ATmegaTQ4401A_top_big.jpg", "doc/img/ATmegaTQ4401A_Bot_small.jpg", "hw/cam_doc/ATmegaTQ4401A_PCB_top.jpg", "hw/cam_doc/ATmegaTQ4401A_PCB_top_small.jpg", "hw/cam_doc/ATmegaTQ4401A_PCB_Bot_small.jpg", "hw/cam_doc/ATmegaTQ4401A_PCB_Bot.jpg", "doc/html/ATmegaTQ4401A_Pictures/image003.png", "doc/html/ATmegaTQ4401A_Pictures/image002.png", "doc/html/ATmegaTQ4401A_Pictures/image004.png", "doc/html/ATmegaTQ4401A_Pictures/image006.png", "doc/html/ATmegaTQ4401A_Pictures/image005.png", "doc/img/ATmegaTQ4401A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/ATmegaTQ4401", "longname_en": "Microcontroller ATmega in TQFP44 package. The module can use standard clock crystals. It is equipped with RESET push button and programming connector.", "mark": 50, "name": "ATmegaTQ4401", "root": "", "short_en": "Microcontroller ATmega in TQFP44 package. The module can use standard clock crystals. It is equipped with RESET push button and programming connector.", "status": 2, "tags": [ "mlab", "mlab-module", "atmega", "atmel", "atmel-avr", "atmel-avr-microcontroller", "mcu", "mcu-avr" ], "title": "ATmegaTQ4401" }, { "_id": "ATmegaTQ6401", "description": "Processor module for ATMEL ATmega in TQFP64 package. The module can use standard and/or clock crystals. It is equipped with RESET push button and programming connector for ISP (6PIN) and JTAG (10PIN) programming.", "file_readme": "/data/mlab/mlab-modules/ATmegaTQ6401/README.md", "github_branch": "ATmegaTQ6401A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ATmegaTQ6401/ATmegaTQ6401A/", "github_repo": "ATmegaTQ6401", "github_url": "https://github.com/mlab-modules/ATmegaTQ6401", "homepage": false, "image_title": "doc/img/ATmegaTQ6401A_top_big.jpg", "images": [ "doc/img/ATmegaTQ6401A_top_big.jpg", "doc/img/ATmegaTQ6401A_top_small.jpg", "doc/img/ATmegaTQ6401A_Bot_big.jpg", "doc/img/ATmegaTQ6401A_Bot_small.jpg", "doc/html/ATmegaTQ6401A.cs_files/image002.jpg", "doc/html/ATmegaTQ6401A.cs_files/image008.jpg", "doc/html/ATmegaTQ6401A.cs_files/image007.jpg", "doc/html/ATmegaTQ6401A.cs_files/image001.jpg", "hw/cam_doc/ATmegaTQ6401A_top_big.jpg", "hw/cam_doc/ATmegaTQ6401A_top_small.jpg", "hw/cam_doc/ATmegaTQ6401A_Bot_big.jpg", "hw/cam_doc/ATmegaTQ6401A_Bot_small.jpg", "doc/img/ATmegaTQ6401A_QRcode.png", "doc/html/ATmegaTQ6401A.cs_files/image005.png", "doc/html/ATmegaTQ6401A.cs_files/image006.png", "doc/html/ATmegaTQ6401A.cs_files/image004.png", "doc/html/ATmegaTQ6401A.cs_files/image003.png" ], "local_root": "/data/mlab/mlab-modules/ATmegaTQ6401", "longname_en": "Processor module for ATMEL ATmega in TQFP64 package. The module can use standard and/or clock crystals. It is equipped with RESET push button and programming connector for ISP (6PIN) and JTAG (10PIN) programming.", "mark": 50, "name": "ATmegaTQ6401", "root": "", "short_en": "Processor module for ATMEL ATmega in TQFP64 package. The module can use standard and/or clock crystals. It is equipped with RESET push button and programming connector for ISP (6PIN) and JTAG (10PIN) programming.", "status": 2, "tags": [ "mlab", "mlab-module" ], "title": "ATmegaTQ6401" }, { "_id": "ATprogISPUSB01", "description": "The module allows ISP programming of AVR uControllers.", "file_readme": "/data/mlab/mlab-modules/ATprogISPUSB01/README.md", "github_branch": "ATprogISPUSB01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ATprogISPUSB01/ATprogISPUSB01A/", "github_repo": "ATprogISPUSB01", "github_url": "https://github.com/mlab-modules/ATprogISPUSB01", "homepage": false, "image_title": "doc/img/ATprogISPUSB01A_top_big.jpg", "images": [ "doc/img/ATprogISPUSB01A_top_big.jpg", "doc/img/ATprogISPUSB01A_Bot_big.jpg", "doc/img/ATprogISPUSB01A_Bot_small.jpg", "doc/img/ATprogISPUSB01A_top_small.jpg", "doc/html/Pictures/image001.jpg", "doc/img/ATprogISPUSB01A_QRcode.png", "doc/html/Pictures/image005.png", "doc/html/Pictures/image004.png", "doc/html/Pictures/image003.png", "doc/html/Pictures/image002.png" ], "local_root": "/data/mlab/mlab-modules/ATprogISPUSB01", "longname_en": "The module allows ISP programming of AVR uControllers.", "mark": 10, "name": "ATprogISPUSB01", "replaced": "ATprogISPUSB02", "root": "", "short_en": "The module allows ISP programming of AVR uControllers.", "status": 3, "tags": [ "mlab", "mlab-module" ], "title": "ATprogISPUSB01" }, { "_id": "ATprogISPUSB02", "description": "The ATprogISPUSB02A is an MLAB module enabling ISP programming of Atmel AVR microcontrollers. It offers USB power supply with 3.3V or 5V options and is compatible with STK500 programmers, allowing easy creation of Arduino-compatible ATmega modules.", "file_readme": "/data/mlab/mlab-modules/ATprogISPUSB02/README.md", "github_branch": "ATprogISPUSB02A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ATprogISPUSB02/ATprogISPUSB02A/", "github_repo": "ATprogISPUSB02", "github_url": "https://github.com/mlab-modules/ATprogISPUSB02", "homepage": false, "image_title": "doc/img/ATprogISPUSB02A_top_small.jpg", "images": [ "doc/img/ATprogISPUSB02A_top_Icon.jpg", "doc/img/ATprogISPUSB02A_top_big.jpg", "doc/img/ATprogISPUSB02A_top_small.jpg", "doc/img/ATprogISPUSB02A_Bot_small.jpg", "doc/img/ATprogISPUSB02A_Bot_Icon.jpg", "doc/img/ATprogISPUSB02A_Bot_big.jpg", "doc/html/Pictures/image007.jpg", "doc/html/Pictures/image006.jpg", "doc/html/Pictures/image001.jpg", "hw/cam_doc/ATprogISPUSB02A_PCB_big.jpg", "hw/cam_doc/ATprogISPUSB02A_PCB_small.jpg", "doc/img/ATprogISPUSB02A_QRcode.png", "doc/html/Pictures/image010.png", "doc/html/Pictures/image009.png", "doc/html/Pictures/image005.png", "doc/html/Pictures/image008.png", "doc/html/Pictures/image004.png", "doc/html/Pictures/image003.png", "doc/html/Pictures/image002.png" ], "local_root": "/data/mlab/mlab-modules/ATprogISPUSB02", "longname_en": "The ATprogISPUSB02A is an MLAB module enabling ISP programming of Atmel AVR microcontrollers. It offers USB power supply with 3.3V or 5V options and is compatible with STK500 programmers, allowing easy creation of Arduino-compatible ATmega modules.", "mark": 50, "name": "ATprogISPUSB02", "root": "", "short_en": "The ATprogISPUSB02A is an MLAB module enabling ISP programming of Atmel AVR microcontrollers. It offers USB power supply with 3.3V or 5V options and is compatible with STK500 programmers, allowing easy creation of Arduino-compatible ATmega modules.", "status": 2, "tags": [ "mlab", "mlab-module", "atmega", "isp", "isp-programmer", "programmer", "mlab-atmega", "mlab-avr", "mlab-programmer" ], "title": "ATprogISPUSB02" }, { "_id": "ATtinySO801", "description": "Old design. The processor module for TAMEL ATtiny in SO8 package consists of processor, headers, programming header and RESET push button.", "file_readme": "/data/mlab/mlab-modules/ATtinySO801/README.md", "github_branch": "ATtinySO801A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ATtinySO801/ATtinySO801A/", "github_repo": "ATtinySO801", "github_url": "https://github.com/mlab-modules/ATtinySO801", "homepage": false, "image_title": "doc/img/ATtinySO801A_QRcode.png", "images": [ "doc/img/ATtinySO801A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/ATtinySO801", "longname_en": "Old design. The processor module for TAMEL ATtiny in SO8 package consists of processor, headers, programming header and RESET push button.", "mark": 50, "name": "ATtinySO801", "root": "", "short_en": "Old design. The processor module for TAMEL ATtiny in SO8 package consists of processor, headers, programming header and RESET push button.", "status": 4, "tags": [ "mlab", "mlab-module" ], "title": "ATtinySO801" }, { "_id": "AVRUSB01", "description": "Processor module for AVR software version of (Low Speed) USB. May be used as ISP AVR programmer (with USBasp firmware), or USB to I2C convertor (with i2c-tiny-usb firmware). Uses ATmega88 in TQFP32 package.", "file_readme": "/data/mlab/mlab-modules/AVRUSB01/README.md", "github_branch": "AVRUSB01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/AVRUSB01/AVRUSB01A/", "github_repo": "AVRUSB01", "github_url": "https://github.com/mlab-modules/AVRUSB01", "homepage": false, "image_title": "doc/img/AVRUSB01A_Bot_small.jpg", "images": [ "doc/img/AVRUSB01A_Bot_small.jpg", "doc/img/AVRUSB01A_top_small.jpg", "doc/img/i2c-avr-usb_top_big.jpg", "doc/img/AVRUSB01A_Bot.jpg", "doc/img/AVRUSB01A_top.jpg", "doc/html/AVRUSB01A_soubory/image003.jpg", "doc/html/AVRUSB01A_soubory/image002.jpg", "doc/html/AVRUSB01A_soubory/image001.jpg", "doc/html/FW_USBasp_soubory/image001.jpg", "doc/img/AVRUSB01A_QRcode.png", "doc/html/AVRUSB01A_soubory/image010.png", "doc/html/AVRUSB01A_soubory/image009.png", "doc/html/AVRUSB01A_soubory/image005.png", "doc/html/AVRUSB01A_soubory/image008.png", "doc/html/AVRUSB01A_soubory/image011.png", "doc/html/AVRUSB01A_soubory/image007.png", "doc/html/AVRUSB01A_soubory/image006.png", "doc/html/AVRUSB01A_soubory/image004.png", "doc/html/AVRUSB01A_soubory/image012.png" ], "local_root": "/data/mlab/mlab-modules/AVRUSB01", "longname_en": "Processor module for AVR software version of (Low Speed) USB. May be used as ISP AVR programmer (with USBasp firmware), or USB to I2C convertor (with i2c-tiny-usb firmware). Uses ATmega88 in TQFP32 package.", "mark": 50, "name": "AVRUSB01", "root": "", "short_en": "Processor module for AVR software version of (Low Speed) USB. May be used as ISP AVR programmer (with USBasp firmware), or USB to I2C convertor (with i2c-tiny-usb firmware). Uses ATmega88 in TQFP32 package.", "status": 4, "tags": [ "mlab", "mlab-module" ], "title": "AVRUSB01" }, { "_id": "AWSCREEN01", "description": "None", "file_readme": "/data/mlab/mlab-modules/AWSCREEN01/README.md", "github_branch": "AWSCREEN01A", "github_description": "None", "github_raw": "https://raw.githubusercontent.com/mlab-modules/AWSCREEN01/AWSCREEN01A/", "github_repo": "AWSCREEN01", "github_url": "https://github.com/mlab-modules/AWSCREEN01", "homepage": false, "image_title": "doc/img/20170120_224408.jpg", "images": [ "doc/img/20170116_193623.jpg", "doc/img/AWSCREEN01A_small.jpg", "doc/img/20170116_194119.jpg", "doc/img/DSC06570.jpg", "doc/img/20170116_193955.jpg", "doc/img/DSC06569.jpg", "doc/img/20170116_192928.jpg", "doc/img/20170116_194210.jpg", "doc/img/20170120_224408.jpg", "doc/img/20170116_193721.jpg", "doc/img/dily/20170116_192718.jpg", "doc/img/dily/20170116_192658.jpg", "doc/img/dily/20170116_193846.jpg", "doc/img/dily/20170116_192501.jpg", "doc/img/dily/20170116_193021.jpg", "doc/img/dily/20170116_192602.jpg", "doc/img/dily/20170116_193041.jpg", "doc/img/dily/20170116_192630.jpg", "doc/img/AWSCREEN01A_QRcode.png", "doc/img/dily/P_AWSCREEN01A_D02.png", "doc/img/dily/P_AWSCREEN01A_D03.png", "doc/img/dily/P_AWSCREEN01A_D04.png" ], "local_root": "/data/mlab/mlab-modules/AWSCREEN01", "longname_en": "None", "mark": 50, "name": "AWSCREEN01", "root": "", "short_en": "None", "status": 2, "tags": [], "title": "AWSCREEN01", "updated": "2024-05-18T17:27:44.861186+00:00" }, { "_id": "AWSCREEN02", "description": "None", "file_readme": "/data/mlab/mlab-modules/AWSCREEN02/README.md", "github_branch": "AWSCREEN02A", "github_description": "None", "github_raw": "https://raw.githubusercontent.com/mlab-modules/AWSCREEN02/AWSCREEN02A/", "github_repo": "AWSCREEN02", "github_url": "https://github.com/mlab-modules/AWSCREEN02", "homepage": false, "image_title": "doc/img/AWSCREEN02A_QRcode.png", "images": [ "doc/img/AWSCREEN02A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/AWSCREEN02", "longname_en": "None", "mark": 50, "name": "AWSCREEN02", "root": "", "short_en": "None", "status": 0, "tags": [], "title": "AWSCREEN02", "updated": "2023-09-17T11:53:43.787712+00:00" }, { "_id": "AXISCONTROL01", "description": "AXISCONTROL01A module", "file_readme": "/data/mlab/mlab-modules/AXISCONTROL01/README.md", "github_branch": "AXISCONTROL01A", "github_description": "AXISCONTROL01A module", "github_raw": "https://raw.githubusercontent.com/mlab-modules/AXISCONTROL01/AXISCONTROL01A/", "github_repo": "AXISCONTROL01", "github_url": "https://github.com/mlab-modules/AXISCONTROL01", "homepage": false, "image_title": "doc/img/AXISCONTROL01A_QRcode.png", "images": [ "doc/img/AXISCONTROL01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/AXISCONTROL01", "longname_en": "AXISCONTROL01A module", "mark": 50, "name": "AXISCONTROL01", "root": "", "short_en": "AXISCONTROL01A module", "status": 0, "tags": [], "title": "AXISCONTROL01", "updated": "2023-09-17T11:50:13.789487+00:00" }, { "_id": "BASE162101", "description": "MLAB base for modules constructions.", "file_readme": "/data/mlab/mlab-modules/BASE162101/README.md", "github_branch": "BASE162101A", "github_description": "MLAB base for modules constructions.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/BASE162101/BASE162101A/", "github_repo": "BASE162101", "github_url": "https://github.com/mlab-modules/BASE162101", "homepage": false, "image_title": "doc/img/Bastl_Ultrazvuk.jpg", "images": [ "doc/img/Bastl_Ultrazvuk.jpg", "doc/img/Obrazek.jpg", "doc/img/BASE162101A_small.jpg", "doc/img/Dural.jpg", "doc/img/Bastl_Casomira.jpg", "doc/html/Pictures/image003.jpg", "doc/html/Pictures/image002.jpg", "doc/html/Pictures/image001.jpg", "doc/img/BASE162101A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/BASE162101", "longname_en": "MLAB base for modules constructions.", "mark": 50, "name": "BASE162101", "root": "", "short_en": "MLAB base for modules constructions.", "status": 2, "tags": [ "mechanical", "mlab-module" ], "title": "BASE162101", "updated": "2024-05-15T20:14:47.548336+00:00" }, { "_id": "BATDATSOCKET01", "description": "Adapter for fast battery and data storage connection. Compatibile with BATDATUNIT01", "file_readme": "/data/mlab/mlab-modules/BATDATSOCKET01/README.md", "github_branch": "BATDATSOCKET01C", "github_branches": [ "MODUL01A" ], "github_description": "Adapter for fast battery and data storage connection. Compatibile with BATDATUNIT01", "github_raw": "https://raw.githubusercontent.com/mlab-modules/BATDATSOCKET01/BATDATSOCKET01C/", "github_repo": "BATDATSOCKET01", "github_url": "https://github.com/mlab-modules/BATDATSOCKET01", "homepage": false, "image_title": "doc/gen/img/BATDATSOCKET01-top.png", "images": [ "doc/gen/img/BATDATSOCKET01-top.png", "doc/gen/img/BATDATSOCKET01-bottom.png", "hw/cam_profi/assembly/BATDATSOCKET01-assembly_page_01.svg", "hw/cam_profi/assembly/BATDATSOCKET01-assembly_page_02.svg", "doc/gen/BATDATSOCKET01-schematic.svg", "doc/gen/img/BATDATSOCKET01-bottom.svg", "doc/gen/img/BATDATSOCKET01-top.svg" ], "issues": 2, "local_root": "/data/mlab/mlab-modules/BATDATSOCKET01", "longname_en": "Adapter for fast battery and data storage connection. Compatibile with BATDATUNIT01", "mark": 50, "mod_ibom": "hw/cam_profi/BATDATSOCKET01-ibom.html", "mod_scheme": "doc/gen/BATDATSOCKET01-schematic.pdf", "name": "BATDATSOCKET01", "root": "", "short_en": "Adapter for fast battery and data storage connection. Compatibile with BATDATUNIT01", "status": 2, "tags": [ "battery", "battery-power", "data-storage", "lii-on", "measuring-device", "measuring-platform", "mlab-kicad", "mlab-module", "sd-card", "usb-c" ], "title": "BATDATSOCKET01", "updated": "2025-05-15T01:26:11.919926+00:00" }, { "_id": "BATDATUNIT01", "description": "Multiple parallel Li-ion 18650 battery cell module with BMS and data storage with MCU control.", "file_readme": "/data/mlab/mlab-modules/BATDATUNIT01/README.md", "github_branch": "BATDATUNIT01C", "github_description": "Multiple parallel Li-ion 18650 battery cell module with BMS and data storage with MCU control.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/BATDATUNIT01/BATDATUNIT01C/", "github_repo": "BATDATUNIT01", "github_url": "https://github.com/mlab-modules/BATDATUNIT01", "homepage": false, "image_title": "doc/img/BATDATUNIT01.jpg", "images": [ "doc/img/BATDATUNIT01_programming_device.jpg", "doc/img/BATDATUNIT01.jpg", "doc/img/BATDATUNIT01_programming.jpg", "doc/img/kicad_render_BATDATUNIT01.png", "doc/gen/img/BATDATUNIT01-bottom.png", "doc/gen/img/BATDATUNIT01-top.png", "doc/gen/BATDATUNIT01-liion.svg", "doc/gen/BATDATUNIT01-sw_source.svg", "doc/gen/BATDATUNIT01-schematic.svg", "doc/gen/img/BATDATUNIT01-top.svg", "doc/gen/img/BATDATUNIT01-bottom.svg", "hw/cam_profi/assembly/BATDATUNIT01-assembly_page_01.svg", "hw/cam_profi/assembly/BATDATUNIT01-assembly_page_02.svg" ], "local_root": "/data/mlab/mlab-modules/BATDATUNIT01", "longname_en": "Multiple parallel Li-ion 18650 battery cell module with BMS and data storage with MCU control.", "mark": 50, "mod_ibom": "hw/cam_profi/BATDATUNIT01-ibom.html", "mod_scheme": "doc/gen/BATDATUNIT01-schematic.pdf", "name": "BATDATUNIT01", "root": "", "short_en": "Multiple parallel Li-ion 18650 battery cell module with BMS and data storage with MCU control.", "status": 2, "tags": [ "battery", "battery-power", "data-storage", "mlab-kicad", "mlab-module", "sd-card", "usb-c", "lii-on", "measuring-device", "measuring-platform" ], "title": "BATDATUNIT01", "updated": "2026-02-07T10:47:11.569916+00:00" }, { "_id": "BATPOWER01", "description": " Switched power unit.", "file_readme": "/data/mlab/mlab-modules/BATPOWER01/README.md", "github_branch": "BATPOWER01A", "github_description": " Switched power unit.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/BATPOWER01/BATPOWER01A/", "github_repo": "BATPOWER01", "github_url": "https://github.com/mlab-modules/BATPOWER01", "homepage": false, "image_title": "doc/img/BATPOWER01A_QRcode.png", "images": [ "doc/img/BATPOWER01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/BATPOWER01", "longname_en": " Switched power unit.", "mark": 50, "name": "BATPOWER01", "root": "", "short_en": " Switched power unit.", "status": 0, "tags": [], "title": "BATPOWER01", "updated": "2023-09-17T11:53:16.864678+00:00" }, { "_id": "BATPOWER02", "description": "Switched power unit.", "file_readme": "/data/mlab/mlab-modules/BATPOWER02/README.md", "github_branch": "BATPOWER02A", "github_description": "Switched power unit.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/BATPOWER02/BATPOWER02A/", "github_repo": "BATPOWER02", "github_url": "https://github.com/mlab-modules/BATPOWER02", "homepage": false, "image_title": "doc/img/BATPOWER02A_small.jpg", "images": [ "doc/img/BATPOWER02A_small.jpg", "doc/img/BATPOWER02A_big.jpg", "doc/img/BATPOWER02A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/BATPOWER02", "longname_en": "Switched power unit.", "mark": 50, "name": "BATPOWER02", "root": "", "short_en": "Switched power unit.", "status": 4, "tags": [], "title": "BATPOWER02", "updated": "2025-02-25T21:56:56.638197+00:00" }, { "_id": "BATPOWER03", "description": "Switched power unit with adjustable regulator.", "file_readme": "/data/mlab/mlab-modules/BATPOWER03/README.md", "github_branch": "BATPOWER03A", "github_description": "Switched power unit with adjustable regulator.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/BATPOWER03/BATPOWER03A/", "github_repo": "BATPOWER03", "github_url": "https://github.com/mlab-modules/BATPOWER03", "homepage": false, "image_title": "doc/img/BATPOWER03A_small.jpg", "images": [ "doc/img/BATPOWER03A_small.jpg", "doc/img/BATPOWER03A_big.jpg", "doc/img/BATPOWER03A.jpg", "doc/img/BATPOWER03A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/BATPOWER03", "longname_en": "Switched power unit with adjustable regulator.", "mark": 50, "name": "BATPOWER03", "root": "", "short_en": "Switched power unit with adjustable regulator.", "status": 4, "tags": [], "title": "BATPOWER03", "updated": "2025-02-25T22:43:43.194178+00:00" }, { "_id": "BATPOWER04", "description": "High-effeciency (over 90%) stepdown converter based on LM3485 PFET Buck controller. Input vortage 4.5 V - 16V; Output voltage can be selected by jumper in fixed values of 3,3V, 5V or custom voltage by external resistor or trimmer.", "file_readme": "/data/mlab/mlab-modules/BATPOWER04/README.md", "github_branch": "BATPOWER04C", "github_branches": [ "BATPOWER04A", "BATPOWER04B", "BATPOWER04C" ], "github_description": "High-effeciency (over 90%) stepdown converter based on LM3485 PFET Buck controller. Input vortage 4.5 V - 16V; Output voltage can be selected by jumper in fixed values of 3,3V, 5V or custom voltage by external resistor or trimmer.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/BATPOWER04/BATPOWER04C/", "github_repo": "BATPOWER04", "github_url": "https://github.com/mlab-modules/BATPOWER04", "homepage": false, "image_title": "doc/img/BATPOWER04C_top_big.jpg", "images": [ "doc/img/BATPOWER04C_top_small.jpg", "doc/img/BATPOWER04C_top_big.jpg", "doc/img/batpower_top_2.jpg", "cad/4x4MLAB_frame.png", "doc/img/BATPOWER04C_QRcode.png" ], "issues": 0, "local_root": "/data/mlab/mlab-modules/BATPOWER04", "longname_en": "High-effeciency (over 90%) stepdown converter based on LM3485 PFET Buck controller. Input vortage 4.5 V - 16V; Output voltage can be selected by jumper in fixed values of 3,3V, 5V or custom voltage by external resistor or trimmer.", "mark": 50, "name": "BATPOWER04", "root": "", "short_en": "High-effeciency (over 90%) stepdown converter based on LM3485 PFET Buck controller. Input vortage 4.5 V - 16V; Output voltage can be selected by jumper in fixed values of 3,3V, 5V or custom voltage by external resistor or trimmer.", "status": 2, "tags": [ "battery-power", "buck", "mlab", "power-supply", "step-down", "batpower", "high-effeciency", "lm3485", "buck-converter", "mlab-module" ], "title": "BATPOWER04", "updated": "2023-09-17T11:47:21.466714+00:00" }, { "_id": "BATPOWER05", "description": null, "file_readme": "/data/mlab/mlab-modules/BATPOWER05/README.md", "github_branch": "BATPOWER05A", "github_description": null, "github_raw": "https://raw.githubusercontent.com/mlab-modules/BATPOWER05/BATPOWER05A/", "github_repo": "BATPOWER05", "github_url": "https://github.com/mlab-modules/BATPOWER05", "homepage": false, "image_title": "doc/img/BATPOWER05A_QRcode.png", "images": [ "doc/img/BATPOWER05A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/BATPOWER05", "longname_en": null, "mark": 50, "name": "BATPOWER05", "root": "", "short_en": null, "status": 0, "tags": [], "title": "BATPOWER05", "updated": "2023-09-17T11:52:46.113141+00:00" }, { "_id": "BLE01", "description": "This module can add wireless comunication capability to your project via Bluetooth Low Energy protocol. This module uses NRF8001 chip, wich comunicates with the host controler via SPI the interface.", "file_readme": "/data/mlab/mlab-modules/BLE01/README.md", "github_branch": "BLE01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/BLE01/BLE01A/", "github_repo": "BLE01", "github_url": "https://github.com/mlab-modules/BLE01", "homepage": false, "image_title": "doc/img/BLE01A_QRcode.png", "images": [ "doc/img/BLE01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/BLE01", "longname_en": "This module can add wireless comunication capability to your project via Bluetooth Low Energy protocol. This module uses NRF8001 chip, wich comunicates with the host controler via SPI the interface.", "mark": 50, "name": "BLE01", "root": "", "short_en": "This module can add wireless comunication capability to your project via Bluetooth Low Energy protocol. This module uses NRF8001 chip, wich comunicates with the host controler via SPI the interface.", "status": 0, "tags": [ "mlab", "mlab-module" ], "title": "BLE01" }, { "_id": "BLE02", "description": "Bluetooth 4.1 controller for UART HCI-based BLE and BR/EDR communication with external host MCU.", "file_readme": "/data/mlab/mlab-modules/BLE02/README.md", "github_branch": "BLE02A", "github_branches": null, "github_description": "Bluetooth 4.1 controller for UART HCI-based BLE and BR/EDR communication with external host MCU.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/BLE02/BLE02A/", "github_repo": "BLE02", "github_url": "https://github.com/mlab-modules/BLE02", "homepage": false, "image_title": "doc/gen/img/BLE02-top.png", "images": [ "doc/gen/img/BLE02-top.png", "doc/gen/img/BLE02-bottom.png", "doc/gen/BLE02-schematic.svg", "doc/gen/img/BLE02-bottom.svg", "doc/gen/img/BLE02-top.svg", "hw/cam_profi/assembly/BLE02-assembly_page_01.svg", "hw/cam_profi/assembly/BLE02-assembly_page_02.svg" ], "issues": 2, "local_root": "/data/mlab/mlab-modules/BLE02", "longname_en": "Bluetooth 4.1 controller for UART HCI-based BLE and BR/EDR communication with external host MCU.", "mark": 50, "mod_ibom": "hw/cam_profi/BLE02-ibom.html", "mod_scheme": "doc/gen/BLE02-schematic.pdf", "name": "BLE02", "root": "", "short_en": "Bluetooth 4.1 controller for UART HCI-based BLE and BR/EDR communication with external host MCU.", "status": 2, "tags": [ "blue", "bluetooth-low-energy", "hci", "i2s", "mlab-module" ], "title": "BLE02", "updated": "2026-02-22T23:27:06.920109+00:00" }, { "_id": "BLE03", "description": "Bluetooth controller for UART HCI-based communication with external host MCU using CC3301", "file_readme": "/data/mlab/mlab-modules/BLE03/README.md", "github_branch": "BLE03", "github_branches": null, "github_description": "Bluetooth controller for UART HCI-based communication with external host MCU using CC3301", "github_raw": "https://raw.githubusercontent.com/mlab-modules/BLE03/BLE03/", "github_repo": "BLE03", "github_url": "https://github.com/mlab-modules/BLE03", "homepage": false, "image_title": "doc/gen/img/BLE03-top.png", "images": [ "doc/gen/img/BLE03-bottom.png", "doc/gen/img/BLE03-top.png", "doc/gen/BLE03-Connectors.svg", "doc/gen/BLE03-schematic.svg", "doc/gen/img/BLE03-top.svg", "doc/gen/img/BLE03-bottom.svg", "hw/cam_profi/assembly/BLE03-assembly_page_02.svg", "hw/cam_profi/assembly/BLE03-assembly_page_01.svg" ], "issues": 2, "local_root": "/data/mlab/mlab-modules/BLE03", "longname_en": "Bluetooth controller for UART HCI-based communication with external host MCU using CC3301", "mark": 50, "mod_scheme": "doc/gen/BLE03-schematic.pdf", "name": "BLE03", "root": "", "short_en": "Bluetooth controller for UART HCI-based communication with external host MCU using CC3301", "status": 1, "tags": [ "bluetooth-low-energy", "hci", "mlab-module", "wifi" ], "title": "BLE03", "updated": "2026-02-17T21:01:01.612556+00:00" }, { "_id": "BOXHOLDER01", "description": null, "file_readme": "/data/mlab/mlab-modules/BOXHOLDER01/README.md", "github_branch": "BOXHOLDER01A", "github_description": null, "github_raw": "https://raw.githubusercontent.com/mlab-modules/BOXHOLDER01/BOXHOLDER01A/", "github_repo": "BOXHOLDER01", "github_url": "https://github.com/mlab-modules/BOXHOLDER01", "homepage": false, "images": [], "local_root": "/data/mlab/mlab-modules/BOXHOLDER01", "longname_en": null, "mark": 50, "name": "BOXHOLDER01", "root": "", "short_en": null, "status": 0, "tags": [], "title": "BOXHOLDER01", "updated": "2023-09-17T11:46:24.624969+00:00" }, { "_id": "BP01", "description": "SMD construction of band pass filter intented to be used in radioastronomy applications. Primarily designed to 20-40MHz pass band.", "file_readme": "/data/mlab/mlab-modules/BP01/README.md", "github_branch": "BP01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/BP01/BP01A/", "github_repo": "BP01", "github_url": "https://github.com/mlab-modules/BP01", "homepage": false, "image_title": "doc/img/BP01A_top_small.jpg", "images": [ "doc/img/P1120824.jpg", "doc/img/BP01A_top_small.jpg", "doc/img/BP01A_top_big.jpg", "doc/img/BP01A_bottom_big.jpg", "doc/img/BP01A_bottom_small.jpg", "doc/img/P1120825.jpg", "doc/img/filtr_s_LNAbias_symetricky.png", "doc/img/filr_s_LNAbias.png", "doc/img/filtr_s_LNAbias_symetricky2.png", "doc/img/BP01A_QRcode.png", "doc/img/filtr_bez_LNAbias.png" ], "local_root": "/data/mlab/mlab-modules/BP01", "longname_en": "SMD construction of band pass filter intented to be used in radioastronomy applications. Primarily designed to 20-40MHz pass band.", "mark": 50, "name": "BP01", "root": "", "short_en": "SMD construction of band pass filter intented to be used in radioastronomy applications. Primarily designed to 20-40MHz pass band.", "status": 2, "tags": [ "mlab", "mlab-module" ], "title": "BP01" }, { "_id": "BP02", "description": "Symmetrical RF filter module with SATA connector input/output", "file_readme": "/data/mlab/mlab-modules/BP02/README.md", "github_branch": "BP02A", "github_branches": [ "BP02A" ], "github_description": "Symmetrical RF filter module with SATA connector input/output", "github_raw": "https://raw.githubusercontent.com/mlab-modules/BP02/BP02A/", "github_repo": "BP02", "github_url": "https://github.com/mlab-modules/BP02", "homepage": false, "image_title": "doc/gen/img/BP02-top.png", "images": [ "doc/src/img/Series_connection_measurement_setup.jpg", "doc/src/img/single_filter_measurement.jpg", "doc/src/img/BP02A_inductors_onto_capacitors.jpg", "doc/src/img/2_stage_onto.png", "doc/src/img/3_stage_406-410MHz.png", "doc/src/img/3_stage_comparison.png", "doc/src/img/2_stage_406-410MHz.png", "doc/src/img/3_stage_onto.png", "doc/src/img/serial_3and2_stages.png", "doc/src/img/3_stage_side.png", "doc/src/img/2_stage_side.png", "doc/src/img/2_stage_comparison.png", "doc/gen/img/BP02-top.png", "doc/gen/img/BP02-bottom.png", "doc/gen/BP02-schematic.svg", "doc/gen/img/BP02-top.svg", "doc/gen/img/BP02-bottom.svg", "hw/cam_profi/assembly/BP02-assembly_page_02.svg", "hw/cam_profi/assembly/BP02-assembly_page_01.svg" ], "issues": 0, "local_root": "/data/mlab/mlab-modules/BP02", "longname_en": "Symmetrical RF filter module with SATA connector input/output", "mark": 50, "mod_ibom": "hw/cam_profi/BP02-ibom.html", "mod_scheme": "doc/gen/BP02-schematic.pdf", "name": "BP02", "root": "", "short_en": "Symmetrical RF filter module with SATA connector input/output", "status": 2, "tags": [ "mlab", "mlab-module", "kicad", "kicad-pcb", "kicad-project", "mlab-kicad", "pcb" ], "title": "BP02", "updated": "2023-09-22T12:05:34.310464+00:00" }, { "_id": "BRIDGEADC01", "description": "Strain Gauges analog front end and ADC", "file_readme": "/data/mlab/mlab-modules/BRIDGEADC01/README.md", "github_branch": "BRIDGEADC01A", "github_branches": [ "BRIDGEADC01A" ], "github_description": "Strain Gauges analog front end and ADC", "github_raw": "https://raw.githubusercontent.com/mlab-modules/BRIDGEADC01/BRIDGEADC01A/", "github_repo": "BRIDGEADC01", "github_url": "https://github.com/mlab-modules/BRIDGEADC01", "homepage": false, "image_title": "doc/gen/img/BRIDGEADC01-top.png", "images": [ "doc/img/BRIDGEADC01A_small.jpg", "doc/img/BRIDGEADC01A_demo.jpg", "doc/img/BRIDGEADC01A_QRcode.png", "doc/gen/img/BRIDGEADC01-top.png", "doc/gen/img/BRIDGEADC01-bottom.png", "doc/gen/BRIDGEADC01-schematic.svg", "doc/gen/img/BRIDGEADC01-top.svg", "doc/gen/img/BRIDGEADC01-bottom.svg", "hw/cam_profi/assembly/BRIDGEADC01-assembly_page_02.svg", "hw/cam_profi/assembly/BRIDGEADC01-assembly_page_01.svg" ], "issues": 1, "local_root": "/data/mlab/mlab-modules/BRIDGEADC01", "longname_en": "Strain Gauges analog front end and ADC", "mark": 50, "mod_ibom": "hw/cam_profi/BRIDGEADC01-ibom.html", "mod_scheme": "doc/gen/BRIDGEADC01-schematic.pdf", "name": "BRIDGEADC01", "root": "", "short_en": "Strain Gauges analog front end and ADC", "status": 2, "tags": [ "strain-gauge", "weight-scale", "weight-sensors", "weight-sensor", "force-sensitive-resistor", "mlab", "mlab-module", "kicad", "kicad-pcb", "kicad-project", "mlab-kicad", "pcb" ], "title": "BRIDGEADC01", "updated": "2023-09-17T11:50:28.037300+00:00" }, { "_id": "C01", "description": "Universal SMD capacitor module for 0805 package. ", "file_readme": "/data/mlab/mlab-modules/C01/README.md", "github_branch": "C01A", "github_description": "Universal SMD capacitor module for 0805 package. ", "github_raw": "https://raw.githubusercontent.com/mlab-modules/C01/C01A/", "github_repo": "C01", "github_url": "https://github.com/mlab-modules/C01", "homepage": false, "image_title": "doc/img/C01A_small.jpg", "images": [ "doc/img/C01A_small.jpg", "doc/img/C01A_1.jpg", "doc/img/C01A.jpg", "doc/img/C01A_2.jpg", "doc/img/C01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/C01", "longname_en": "Universal SMD capacitor module for 0805 package. ", "mark": 50, "name": "C01", "root": "", "short_en": "Universal SMD capacitor module for 0805 package. ", "status": 2, "tags": [ "capacitor", "mlab-module", "universal" ], "title": "C01", "updated": "2024-05-17T17:17:05.006367+00:00" }, { "_id": "CCP2019V01", "description": "CCP2019V01A", "file_readme": "/data/mlab/mlab-modules/CCP2019V01/README.md", "github_branch": "CCP2019V01A", "github_description": "CCP2019V01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/CCP2019V01/CCP2019V01A/", "github_repo": "CCP2019V01", "github_url": "https://github.com/mlab-modules/CCP2019V01", "homepage": false, "image_title": "doc/img/CCP2019V01A_QRcode.png", "images": [ "doc/img/CCP2019V01A_QRcode.png", "doc/gen/img/CCP2019V01-bottom.png", "doc/gen/img/CCP2019V01-top.png", "doc/gen/CCP2019V01-schematic.svg", "doc/gen/CCP2019V01-cpu.svg", "doc/gen/CCP2019V01-power.svg", "doc/gen/img/CCP2019V01-bottom.svg", "doc/gen/img/CCP2019V01-top.svg", "hw/cam_profi/assembly/CCP2019V01-assembly_page_01.svg", "hw/cam_profi/assembly/CCP2019V01-assembly_page_02.svg" ], "local_root": "/data/mlab/mlab-modules/CCP2019V01", "longname_en": "CCP2019V01A", "mark": 50, "mod_ibom": "hw/cam_profi/CCP2019V01-ibom.html", "mod_scheme": "doc/gen/CCP2019V01-schematic.pdf", "name": "CCP2019V01", "root": "", "short_en": "CCP2019V01A", "status": 4, "tags": [ "mlab", "mlab-module" ], "title": "CCP2019V01", "updated": "2026-02-14T23:02:21.556668+00:00" }, { "_id": "CHPUMP01", "description": null, "file_readme": "/data/mlab/mlab-modules/CHPUMP01/README.md", "github_branch": "CHPUMP01A", "github_description": null, "github_raw": "https://raw.githubusercontent.com/mlab-modules/CHPUMP01/CHPUMP01A/", "github_repo": "CHPUMP01", "github_url": "https://github.com/mlab-modules/CHPUMP01", "homepage": false, "image_title": "doc/img/CHPUMP01A_QRcode.png", "images": [ "doc/img/CHPUMP01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/CHPUMP01", "longname_en": null, "mark": 50, "name": "CHPUMP01", "root": "", "short_en": null, "status": 0, "tags": [], "title": "CHPUMP01", "updated": "2023-09-17T11:51:55.551191+00:00" }, { "_id": "CLK1PLL01", "description": "PLL clock generator with Texas Instruments chip CDCE913. Contains VCXO with external xtal andone internal PLL. It has three LVCMOS outputs with individual frequency dividers capable togenerate ut to 230MHz clocks. The chip is programmable via I2C and configuration may be savedto internal EEPROM.", "file_readme": "/data/mlab/mlab-modules/CLK1PLL01/README.md", "github_branch": "CLK1PLL01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/CLK1PLL01/CLK1PLL01A/", "github_repo": "CLK1PLL01", "github_url": "https://github.com/mlab-modules/CLK1PLL01", "homepage": false, "image_title": "doc/img/CLK1PLL01A_QRcode.png", "images": [ "doc/img/CLK1PLL01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/CLK1PLL01", "longname_en": "PLL clock generator with Texas Instruments chip CDCE913. Contains VCXO with external xtal andone internal PLL. It has three LVCMOS outputs with individual frequency dividers capable togenerate ut to 230MHz clocks. The chip is programmable via I2C and configuration may be savedto internal EEPROM.", "mark": 50, "name": "CLK1PLL01", "root": "", "short_en": "PLL clock generator with Texas Instruments chip CDCE913. Contains VCXO with external xtal andone internal PLL. It has three LVCMOS outputs with individual frequency dividers capable togenerate ut to 230MHz clocks. The chip is programmable via I2C and configuration may be savedto internal EEPROM.", "status": 1, "tags": [ "mlab", "mlab-module" ], "title": "CLK1PLL01" }, { "_id": "CLKDIV01", "description": "Multiple division ratios can be selected by jumpers. Possible division ratios are: (\u00f71, \u00f72, \u00f74, \u00f78) or (\u00f72, \u00f74, \u00f78, \u00f716) every output is synchronous each other. The common enable (EN) is synchronous so that the internal dividers will only be enabled/disabled when the internal clock is already in the LOW state.", "file_readme": "/data/mlab/mlab-modules/CLKDIV01/README.md", "github_branch": "CLKDIV01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/CLKDIV01/CLKDIV01A/", "github_repo": "CLKDIV01", "github_url": "https://github.com/mlab-modules/CLKDIV01", "homepage": false, "image_title": "doc/img/CLKDIV01A_top_small.jpg", "images": [ "doc/img/CLKDIV01A_top_small.jpg", "doc/img/CLKDIV01A_top_big.jpg", "doc/img/CLKDIV01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/CLKDIV01", "longname_en": "Multiple division ratios can be selected by jumpers. Possible division ratios are: (\u00f71, \u00f72, \u00f74, \u00f78) or (\u00f72, \u00f74, \u00f78, \u00f716) every output is synchronous each other. The common enable (EN) is synchronous so that the internal dividers will only be enabled/disabled when the internal clock is already in the LOW state.", "mark": 50, "name": "CLKDIV01", "root": "", "short_en": "Multiple division ratios can be selected by jumpers. Possible division ratios are: (\u00f71, \u00f72, \u00f74, \u00f78) or (\u00f72, \u00f74, \u00f78, \u00f716) every output is synchronous each other. The common enable (EN) is synchronous so that the internal dividers will only be enabled/disabled when the internal clock is already in the LOW state.", "status": 2, "tags": [ "mlab", "mlab-module" ], "title": "CLKDIV01" }, { "_id": "CLKGEN01", "description": " Single output I2C programmable clock generator. ", "file_readme": "/data/mlab/mlab-modules/CLKGEN01/README.md", "github_branch": "CLKGEN01B", "github_description": " Single output I2C programmable clock generator. ", "github_raw": "https://raw.githubusercontent.com/mlab-modules/CLKGEN01/CLKGEN01B/", "github_repo": "CLKGEN01", "github_url": "https://github.com/mlab-modules/CLKGEN01", "homepage": false, "image_title": "doc/img/CLKGEN01B_top_small.jpg", "images": [ "doc/img/CLKGEN01A_bottom_big.jpg", "doc/img/CLKGEN01B_connection_big.jpg", "doc/img/CLKGEN01B_top_big.jpg", "doc/img/DG8SAQ_emulator_big.jpg", "doc/img/CLKGEN01A_bottom_small.jpg", "doc/img/CLKGEN01B_top_small.jpg", "doc/img/O2.png", "doc/img/CLKGEN01B_QRcode.png", "doc/img/O1.png", "fzp/CLKGEN01B.svg" ], "local_root": "/data/mlab/mlab-modules/CLKGEN01", "longname_en": " Single output I2C programmable clock generator. ", "mark": 70, "name": "CLKGEN01", "root": "", "short_en": " Single output I2C programmable clock generator. ", "status": 2, "tags": [ "mlab", "mlab-module", "clkgen", "clock", "clock-generator", "comm-rf" ], "title": "CLKGEN01", "updated": "2024-07-12T14:11:14.158975+00:00" }, { "_id": "CLKGEN02", "description": " The module comprises a plurality of housings for mounting a variety of crystal oscillators. ", "file_readme": "/data/mlab/mlab-modules/CLKGEN02/README.md", "github_branch": "CLKGEN02A", "github_description": " The module comprises a plurality of housings for mounting a variety of crystal oscillators. ", "github_raw": "https://raw.githubusercontent.com/mlab-modules/CLKGEN02/CLKGEN02A/", "github_repo": "CLKGEN02", "github_url": "https://github.com/mlab-modules/CLKGEN02", "homepage": false, "image_title": "doc/gen/img/CLKGEN02-top.png", "images": [ "doc/img/CLKGEN02A_top_small.jpg", "doc/img/CLKGEN02A_QRcode.png", "doc/gen/img/CLKGEN02-top.png", "doc/gen/img/CLKGEN02-bottom.png", "doc/gen/CLKGEN02-schematic.svg", "doc/gen/img/CLKGEN02-top.svg", "doc/gen/img/CLKGEN02-bottom.svg", "hw/cam_profi/assembly/CLKGEN02-assembly_page_02.svg", "hw/cam_profi/assembly/CLKGEN02-assembly_page_01.svg" ], "local_root": "/data/mlab/mlab-modules/CLKGEN02", "longname_en": " The module comprises a plurality of housings for mounting a variety of crystal oscillators. ", "mark": 50, "mod_ibom": "hw/cam_profi/CLKGEN02-ibom.html", "mod_scheme": "doc/gen/CLKGEN02-schematic.pdf", "name": "CLKGEN02", "root": "", "short_en": " The module comprises a plurality of housings for mounting a variety of crystal oscillators. ", "status": 2, "tags": [ "clock", "clock-generator", "mlab", "mlab-module", "pcb", "clkgen", "comm-rf", "mlab-pcb" ], "title": "CLKGEN02", "updated": "2023-09-17T11:46:56.021811+00:00" }, { "_id": "CLKHUB01", "description": "None", "file_readme": "/data/mlab/mlab-modules/CLKHUB01/README.md", "github_branch": "CLKHUB01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/CLKHUB01/CLKHUB01A/", "github_repo": "CLKHUB01", "github_url": "https://github.com/mlab-modules/CLKHUB01", "homepage": false, "image_title": "doc/img/CLKHUB01A_QRcode.png", "images": [ "doc/img/CLKHUB01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/CLKHUB01", "longname_en": "None", "mark": 50, "name": "CLKHUB01", "replaced": "CLKHUB02", "root": "", "short_en": "None", "status": 3, "tags": [ "mlab", "mlab-module" ], "title": "CLKHUB01" }, { "_id": "CLKHUB02", "description": "high speed clock distributor with ten LVPECL outputs. 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"https://raw.githubusercontent.com/mlab-modules/FMC2DIFF01/FMC2DIFF01A/", "github_repo": "FMC2DIFF01", "github_url": "https://github.com/mlab-modules/FMC2DIFF01", "homepage": false, "image_title": "doc/img/FMC2DIFF_bottom_big.jpg", "images": [ "doc/img/FMC2DIFF_bottom_big.jpg", "doc/img/FMC2DIFF_top_big.jpg", "doc/img/FMC2DIFF_top_small.jpg", "doc/img/FMC2DIFF01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/FMC2DIFF01", "longname_en": "This module converts VITA 57 FMC-LPC connector to SATA or miniSAS connectors.", "mark": 50, "name": "FMC2DIFF01", "root": "", "short_en": "This module converts VITA 57 FMC-LPC connector to SATA or miniSAS connectors.", "status": 2, "tags": [ "fmc", "fpga", "mlab-module" ], "title": "FMC2DIFF01", "updated": "2024-05-15T11:38:05.735129+00:00" }, { "_id": "FORX01", "description": "Fibre optics receiver", "file_readme": "/data/mlab/mlab-modules/FORX01/README.md", "github_branch": "FORX01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/FORX01/FORX01A/", "github_repo": "FORX01", "github_url": "https://github.com/mlab-modules/FORX01", "homepage": false, "image_title": "doc/img/FORX01A_QRcode.png", "images": [ "doc/img/FORX01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/FORX01", "longname_en": "Fibre optics receiver", "mark": 50, "name": "FORX01", "root": "", "short_en": "Fibre optics receiver", "status": 0, "tags": [ "mlab", "mlab-module", "fibre-optic", "mlab-fibre-optics", "mlab-optics", "mlab-rx" ], "title": "FORX01" }, { "_id": "FOTX01", "description": "Fiber Optic Transmitter", "file_readme": "/data/mlab/mlab-modules/FOTX01/README.md", "github_branch": "FOTX01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/FOTX01/FOTX01A/", "github_repo": "FOTX01", "github_url": "https://github.com/mlab-modules/FOTX01", "homepage": false, "image_title": "doc/img/FOTX01A_QRcode.png", "images": [ "doc/img/FOTX01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/FOTX01", "longname_en": "Fiber Optic Transmitter", "mark": 50, "name": "FOTX01", "root": "", "short_en": "Fiber Optic Transmitter", "status": 0, "tags": [ "mlab", "mlab-module", "fiber-optic" ], "title": "FOTX01" }, { "_id": "FRAM01", "description": "8 Mbit FRAM (CY15B108QN) fast data write, low power consumption, and high radiation resistance data storage", "file_readme": "/data/mlab/mlab-modules/FRAM01/README.md", "github_branch": "FRAM01A", "github_branches": [ "main" ], "github_description": "8 Mbit FRAM (CY15B108QN) fast data write, low power consumption, and high radiation resistance data storage", "github_raw": "https://raw.githubusercontent.com/mlab-modules/FRAM01/FRAM01A/", "github_repo": "FRAM01", "github_url": "https://github.com/mlab-modules/FRAM01", "homepage": false, "image_title": "doc/gen/img/FRAM01-top.png", "images": [ "doc/gen/img/FRAM01-bottom.png", "doc/gen/img/FRAM01-top.png", "doc/gen/FRAM01-schematic.svg", "doc/gen/img/FRAM01-bottom.svg", "doc/gen/img/FRAM01-top.svg", "hw/cam_profi/assembly/FRAM01-assembly_page_02.svg", "hw/cam_profi/assembly/FRAM01-assembly_page_01.svg" ], "issues": 0, "local_root": "/data/mlab/mlab-modules/FRAM01", "longname_en": "8 Mbit FRAM (CY15B108QN) fast data write, low power consumption, and high radiation resistance data storage", "mark": 50, "mod_ibom": "hw/cam_profi/FRAM01-ibom.html", "mod_scheme": "doc/gen/FRAM01-schematic.pdf", "name": "FRAM01", "root": "", "short_en": "8 Mbit FRAM (CY15B108QN) fast data write, low power consumption, and high radiation resistance data storage", "status": 2, "tags": [ "fram", "memory", "high-reliability", "mlab", "mlab-io", "mlab-memory", "mlab-module", "kicad", "kicad-pcb", "kicad-project", "mlab-kicad", "pcb", "f-ram", "feram", "cy15b108qn", "space", "space-technology", "radiation-proof" ], "title": "FRAM01", "updated": "2023-10-04T13:38:54.800733+00:00" }, { "_id": "FT230X01", "description": " The module allow conecting RS232 CMOS/TTL device to USB. 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Uses FTDI chip FT230XS. The chip is supported in all contemporary systems.", "mark": 50, "name": "FT230X01", "root": "", "short_en": " The module allow conecting RS232 CMOS/TTL device to USB. Uses FTDI chip FT230XS. The chip is supported in all contemporary systems.", "status": 3, "tags": [ "mlab", "mlab-module" ], "title": "FT230X01" }, { "_id": "GB01", "description": "Provide FR wideband gain dependend on type of MMIC populated on the board.", "file_readme": "/data/mlab/mlab-modules/GB01/README.md", "github_branch": "GB01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/GB01/GB01A/", "github_repo": "GB01", "github_url": "https://github.com/mlab-modules/GB01", "homepage": false, "image_title": "doc/img/GB01A_top_small.jpg", "images": [ "doc/img/GB01A_top_small.jpg", "doc/img/GB01A_bottom_small.jpg", "doc/img/GB01A_top_big.jpg", "doc/img/GB01A_bottom_big.jpg", "doc/img/GB01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/GB01", "longname_en": "Provide FR wideband gain dependend on type of MMIC populated on the board.", "mark": 50, "name": "GB01", "root": "", "short_en": "Provide FR wideband gain dependend on type of MMIC populated on the board.", "status": 2, "tags": [ 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"hw/cam_profi/assembly/GHxPIN01-assembly_page_02.svg", "hw/cam_profi/assembly/GHxPIN01-assembly_page_01.svg" ], "issues": 0, "local_root": "/data/mlab/mlab-modules/GHxPIN01", "longname_en": " This 2-10 pin module connects JST-GH connectors, often used in Pixhawk drones, to standard pin headers.", "mark": 20, "mod_ibom": "hw/cam_profi/GHxPIN01-ibom.html", "mod_scheme": "doc/gen/GHxPIN01-schematic.pdf", "name": "GHxPIN01", "root": "", "short_en": " This 2-10 pin module connects JST-GH connectors, often used in Pixhawk drones, to standard pin headers.", "status": 2, "tags": [], "tindie_url": "https://www.tindie.com/products/35119/", "title": "GHxPIN01", "updated": "2025-06-05T21:52:31.992096+00:00" }, { "_id": "GLCD01", "description": "Square MIP LCD display module", "file_readme": "/data/mlab/mlab-modules/GLCD01/README.md", "github_branch": "GLCD01A", "github_branches": [ "MODUL01A" ], "github_description": "Square MIP LCD display module", "github_raw": "https://raw.githubusercontent.com/mlab-modules/GLCD01/GLCD01A/", "github_repo": "GLCD01", "github_url": "https://github.com/mlab-modules/GLCD01", "homepage": false, "image_title": "doc/gen/img/GLCD01-top.png", "images": [ "doc/gen/img/GLCD01-top.png", "doc/gen/img/GLCD01-bottom.png", "doc/gen/GLCD01-schematic.svg", "doc/gen/img/GLCD01-top.svg", "doc/gen/img/GLCD01-bottom.svg", "hw/cam_profi/assembly/GLCD01-assembly_page_01.svg", "hw/cam_profi/assembly/GLCD01-assembly_page_02.svg" ], "issues": 2, "local_root": "/data/mlab/mlab-modules/GLCD01", "longname_en": "Square MIP LCD display module", "mark": 50, "mod_ibom": "hw/cam_profi/GLCD01-ibom.html", "mod_scheme": "doc/gen/GLCD01-schematic.pdf", "name": "GLCD01", "root": "", "short_en": "Square MIP LCD display module", "status": 0, "tags": [], "title": "GLCD01", "updated": "2026-03-18T21:09:09.834576+00:00" }, { "_id": "GP201", "description": "Measure time intervals up to 4us with precision 65ps. 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Also is capable for measure temperature (with 16bit resolution) if module is connected to temperature sensor such as PT1000.", "status": 2, "tags": [ "mlab", "mlab-module" ], "title": "GP201" }, { "_id": "GPS01", "description": "uBlox LEA-6 GNSS receiver module", "file_readme": "/data/mlab/mlab-modules/GPS01/README.md", "github_branch": "GPS01B", "github_branches": [ "GPS01A", "GPS01B" ], "github_description": "uBlox LEA-6 GNSS receiver module", "github_raw": "https://raw.githubusercontent.com/mlab-modules/GPS01/GPS01B/", "github_repo": "GPS01", "github_url": "https://github.com/mlab-modules/GPS01", "homepage": false, "image_title": "doc/img/GPS01B_top_small.jpg", "images": [ "doc/img/GPS01B_top_small.jpg", "doc/img/GPS01B_top_big.jpg", "doc/img/GPS01B_EEPROM02A.jpg", "doc/img/GPS01B_QRcode.png" ], "issues": 0, "local_root": "/data/mlab/mlab-modules/GPS01", "longname_en": "uBlox LEA-6 GNSS receiver module", "mark": 50, "name": "GPS01", "replaced": "GPS02", "root": "", "short_en": "uBlox LEA-6 GNSS receiver module", "status": 3, "tags": [ "gps", "gps-location", "mlab", "mlab-module" ], "title": "GPS01", "updated": "2023-09-17T11:48:25.198562+00:00" }, { "_id": "GPS02", "description": "GPS02B is GNSS reciever ready to RTK (Real time kinematics) technology", "file_readme": "/data/mlab/mlab-modules/GPS02/README.md", "github_branch": "GPS02B", "github_branches": [ "GPS02A", "GPS02B" ], "github_raw": "https://raw.githubusercontent.com/mlab-modules/GPS02/GPS02B/", "github_repo": "GPS02", "github_url": "https://github.com/mlab-modules/GPS02", "homepage": false, "image": "doc/img/GPS02A_bottom.jpg", "image_title": "doc/gen/img/GPS02B-top.png", "images": [ "doc/img/GPS02A_top.jpg", "doc/img/GPS02A_bottom.jpg", "doc/img/GPS02A_QRcode.png", "doc/gen/img/GPS02B-bottom.png", "doc/gen/img/GPS02B-top.png", "hw/cam_profi/docs/GPS02B-assembly_page_01.svg", "hw/cam_profi/docs/GPS02B-assembly_page_02.svg", "doc/gen/GPS02B-schematic.svg", "doc/gen/img/GPS02B-top.svg" ], "issues": 3, "local_root": "/data/mlab/mlab-modules/GPS02", "longname_en": "GPS02B is GNSS reciever ready to RTK (Real time kinematics) technology", "mark": 50, "mod_ibom": "hw/cam_profi/ibom/GPS02B-ibom.html", "mod_scheme": "doc/gen/GPS02B-schematic.pdf", "name": "GPS02", "root": "", "short_en": "GPS02B is GNSS reciever ready to RTK (Real time kinematics) technology", "status": 2, "tags": [ "gnss", "gps", "galileo", "mlab", "nmea", "pps", "rtk", "u-blox", "ublox", "mlab-module", "kicad", "kicad-pcb", "kicad-project", "mlab-kicad", "pcb" ], "title": "GPS02" }, { "_id": "GSENSE01", "description": "Triple axis accelerometer with proportional analog output.", "file_readme": "/data/mlab/mlab-modules/GSENSE01/README.md", "github_branch": "GSENSE01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/GSENSE01/GSENSE01A/", "github_repo": "GSENSE01", "github_url": "https://github.com/mlab-modules/GSENSE01", "homepage": false, "image_title": "doc/src/GSENSE01A_top_big.jpg", "images": [ 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"mlab", "mlab-module" ], "title": "GSM01" }, { "_id": "HB1FET01", "description": "Power bridge for 50V and 80A.", "file_readme": "/data/mlab/mlab-modules/HB1FET01/README.md", "github_branch": "HB1FET01A", "github_description": "Power bridge for 50V and 80A.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/HB1FET01/HB1FET01A/", "github_repo": "HB1FET01", "github_url": "https://github.com/mlab-modules/HB1FET01", "homepage": false, "image_title": "doc/img/HB1FET01A_QRcode.png", "images": [ "doc/img/HB1FET01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/HB1FET01", "longname_en": "Power bridge for 50V and 80A.", "mark": 50, "name": "HB1FET01", "root": "", "short_en": "Power bridge for 50V and 80A.", "status": 0, "tags": [], "title": "HB1FET01", "updated": "2023-09-17T11:50:09.542346+00:00" }, { "_id": "HB2FET01", "description": "FET based H-bridge", "file_readme": "/data/mlab/mlab-modules/HB2FET01/README.md", "github_branch": "HB2FET01A", "github_description": "FET based H-bridge", "github_raw": "https://raw.githubusercontent.com/mlab-modules/HB2FET01/HB2FET01A/", "github_repo": "HB2FET01", "github_url": "https://github.com/mlab-modules/HB2FET01", "homepage": false, "image_title": "doc/img/HB2FET01A_QRcode.png", "images": [ "doc/img/HB2FET01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/HB2FET01", "longname_en": "FET based H-bridge", "mark": 50, "name": "HB2FET01", "root": "", "short_en": "FET based H-bridge", "status": 4, "tags": [], "title": "HB2FET01", "updated": "2024-07-06T18:31:32.593796+00:00" }, { "_id": "HBRIDGE01", "description": null, "file_readme": "/data/mlab/mlab-modules/HBRIDGE01/README.md", "github_branch": "HBRIDGE01A", "github_description": null, "github_raw": "https://raw.githubusercontent.com/mlab-modules/HBRIDGE01/HBRIDGE01A/", "github_repo": "HBRIDGE01", "github_url": "https://github.com/mlab-modules/HBRIDGE01", "homepage": false, "image_title": "doc/img/HBRIDGE01A_Orig.jpg", "images": [ "doc/img/HBRIDGE01A_Orig.jpg", "doc/img/HBRIDGE01A_small.jpg", "doc/img/HBRIDGE01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/HBRIDGE01", "longname_en": null, "mark": 50, "name": "HBRIDGE01", "replaced": "HBRIDGE03", "root": "", "short_en": null, "status": 3, "tags": [], "title": "HBRIDGE01", "updated": "2024-05-18T20:22:13.055903+00:00" }, { "_id": "HBRIDGE02", "description": null, "file_readme": "/data/mlab/mlab-modules/HBRIDGE02/README.md", "github_branch": "HBRIDGE02A", "github_description": null, "github_raw": "https://raw.githubusercontent.com/mlab-modules/HBRIDGE02/HBRIDGE02A/", "github_repo": "HBRIDGE02", "github_url": "https://github.com/mlab-modules/HBRIDGE02", "homepage": false, "image_title": "doc/img/HBRIDGE02A_small.jpg", "images": [ "doc/img/HBRIDGE02A_small.jpg", "doc/img/HBRIDGE02A_big.jpg", "doc/img/HBRIDGE02A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/HBRIDGE02", "longname_en": null, "mark": 50, "name": "HBRIDGE02", "replaced": "HBRIDGE03", "root": "", "short_en": null, "status": 3, "tags": [], "title": "HBRIDGE02", "updated": "2024-05-18T20:22:40.228661+00:00" }, { "_id": "HBRIDGE03", "description": "Full bridge 6-45 V max 3.6A for DC motors. It uses circuit DRV8871.", "file_readme": "/data/mlab/mlab-modules/HBRIDGE03/README.md", "github_branch": "HBRIDGE03A", "github_description": "Full bridge 6-45 V max 3.6A for DC motors. It uses circuit DRV8871.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/HBRIDGE03/HBRIDGE03A/", "github_repo": "HBRIDGE03", "github_url": "https://github.com/mlab-modules/HBRIDGE03", "homepage": false, "image_title": "doc/img/HBRIDGE03A_top_big.jpg", "images": [ "doc/img/HBRIDGE03A_top_big.jpg", "doc/img/HBRIDGE03A_top_small.jpg" ], "local_root": "/data/mlab/mlab-modules/HBRIDGE03", "longname_en": "Full bridge 6-45 V max 3.6A for DC motors. It uses circuit DRV8871.", "mark": 50, "name": "HBRIDGE03", "root": "", "short_en": "Full bridge 6-45 V max 3.6A for DC motors. It uses circuit DRV8871.", "status": 2, "tags": [], "title": "HBRIDGE03", "updated": "2024-05-18T20:24:56.390649+00:00" }, { "_id": "HBSTEP01", "description": "Stepper Motor Driver Module based on L6470", "file_readme": "/data/mlab/mlab-modules/HBSTEP01/README.md", "github_branch": "HBSTEP01B", "github_description": "Stepper Motor Driver Module based on L6470", "github_raw": "https://raw.githubusercontent.com/mlab-modules/HBSTEP01/HBSTEP01B/", "github_repo": "HBSTEP01", "github_url": "https://github.com/mlab-modules/HBSTEP01", "homepage": false, "image_title": "doc/img/HBSTEP01B_top_big.jpg", "images": [ "doc/img/spi.jpg", "doc/img/20160929_180505.jpg", "doc/img/HBSTEP01B_top_small.jpg", "doc/img/i2c.jpg", "doc/img/HBSTEP01B_top_big.jpg", "doc/img/HBSTEP01B_QRcode.png", "doc/gen/img/HBSTEP01-top.png", "doc/gen/img/HBSTEP01-bottom.png", "hw/cam_profi/assembly/HBSTEP01-assembly_page_01.svg", "hw/cam_profi/assembly/HBSTEP01-assembly_page_02.svg", "doc/gen/HBSTEP01-schematic.svg", "doc/gen/img/HBSTEP01-top.svg", "doc/gen/img/HBSTEP01-bottom.svg" ], "local_root": "/data/mlab/mlab-modules/HBSTEP01", "longname_en": "Stepper Motor Driver Module based on L6470", "mark": 50, "mod_ibom": "hw/cam_profi/HBSTEP01-ibom.html", "mod_scheme": "doc/gen/HBSTEP01-schematic.pdf", "name": "HBSTEP01", "root": "", "short_en": "Stepper Motor Driver Module based on L6470", "status": 2, "tags": [ "motor", "motor-control", "motor-controller", "power", "stepp", "stepper-motor-control", "stepper-motor-driver" ], "title": "HBSTEP01", "updated": "2025-08-19T22:34:15.473331+00:00" }, { "_id": "HBSTEP02", "description": "Stepper motor driver", "file_readme": "/data/mlab/mlab-modules/HBSTEP02/README.md", "github_branch": "HBSTEP02A", "github_description": "Stepper motor driver", "github_raw": "https://raw.githubusercontent.com/mlab-modules/HBSTEP02/HBSTEP02A/", "github_repo": "HBSTEP02", "github_url": "https://github.com/mlab-modules/HBSTEP02", "homepage": false, "image_title": "doc/img/HBSTEP02A_QRcode.png", "images": [ "doc/img/HBSTEP02A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/HBSTEP02", "longname_en": "Stepper motor driver", "mark": 50, "name": "HBSTEP02", "root": "", "short_en": "Stepper motor driver", "status": 0, "tags": [], "title": "HBSTEP02", "updated": "2023-09-17T11:52:54.035171+00:00" }, { "_id": "HCS01", "description": "Sensing of high currents by inductive non-contact method.", "file_readme": "/data/mlab/mlab-modules/HCS01/README.md", "github_branch": "HCS01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/HCS01/HCS01A/", "github_repo": "HCS01", "github_url": "https://github.com/mlab-modules/HCS01", "homepage": false, "image_title": "doc/img/HCS01A_QRcode.png", "images": [ "doc/img/HCS01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/HCS01", "longname_en": "Sensing of high currents by inductive non-contact method.", "mark": 50, "name": "HCS01", "root": "", "short_en": "Sensing of high currents by inductive non-contact method.", "status": 0, "tags": [], "title": "HCS01" }, { "_id": "HEATBEDMAG01", "description": null, "file_readme": "/data/mlab/mlab-modules/HEATBEDMAG01/README.md", "github_branch": "master", "github_branches": [ "master" ], "github_description": null, "github_raw": "https://raw.githubusercontent.com/mlab-modules/HEATBEDMAG01/master/", "github_repo": "HEATBEDMAG01", "github_url": "https://github.com/mlab-modules/HEATBEDMAG01", "homepage": false, "image_title": "hw/sch_pcb/Heatbed.png", "images": [ "hw/sch_pcb/Heatbed.png", "doc/img/steel-sheet.svg" ], "issues": 0, "local_root": "/data/mlab/mlab-modules/HEATBEDMAG01", "longname_en": null, "mark": 50, "name": "HEATBEDMAG01", "root": "", "short_en": null, "status": 4, "tags": [ "mlab", "mlab-module", "kicad", "kicad-pcb", "kicad-project", "mlab-kicad", "pcb" ], "title": "HEATBEDMAG01", "updated": "2023-09-17T11:48:19.079449+00:00" }, { "_id": "HT675101", "description": "DC motor control H-bridge", "file_readme": "/data/mlab/mlab-modules/HT675101/README.md", "github_branch": "HT675101A", "github_description": "DC motor control H-bridge", "github_raw": "https://raw.githubusercontent.com/mlab-modules/HT675101/HT675101A/", "github_repo": "HT675101", "github_url": "https://github.com/mlab-modules/HT675101", "homepage": false, "image_title": "doc/img/HT675101A_big_Bot.jpg", "images": [ "doc/img/HT675101A_big_Bot.jpg", "doc/img/HT675101A_small_top.jpg", "doc/img/HT675101A_small_Bot.jpg", "doc/img/HT675101A_big_top.jpg", "doc/html/HT675101A_files/image001.jpg", "doc/html/HT675101A_files/image002.jpg", "doc/img/HT675101A_QRcode.png", "doc/html/HT675101A_files/image007.png", "doc/html/HT675101A_files/image004.png", "doc/html/HT675101A_files/image005.png", "doc/html/HT675101A_files/image006.png", "doc/html/HT675101A_files/image003.png" ], "local_root": "/data/mlab/mlab-modules/HT675101", "longname_en": "DC motor control H-bridge", "mark": 50, "name": "HT675101", "replaced": "HBRIDGE03", "root": "", "short_en": "DC motor control H-bridge", "status": 3, "tags": [ "h-bridge", "mlab-module", "motor-control", "motor-controller" ], "title": "HT675101", "updated": "2025-09-21T10:10:53.090167+00:00" }, { "_id": "HUM01", "description": "Humidity sensor based on HIH-5030/5031 chip. Analog output is ratiometric.", "file_readme": "/data/mlab/mlab-modules/HUM01/README.md", "github_branch": "HUM01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/HUM01/HUM01A/", "github_repo": "HUM01", "github_url": "https://github.com/mlab-modules/HUM01", "homepage": false, "image_title": "doc/img/HUM01A_top_small.jpg", "images": [ "doc/img/HUM01A_top_small.jpg", "doc/img/HUM01A_QRcode.png", "hw/cam_profi/board.png" ], "local_root": "/data/mlab/mlab-modules/HUM01", "longname_en": "Humidity sensor based on HIH-5030/5031 chip. Analog output is ratiometric.", "mark": 50, "name": "HUM01", "root": "", "short_en": "Humidity sensor based on HIH-5030/5031 chip. Analog output is ratiometric.", "status": 4, "tags": [ "humidity", "humidity-sensor", "mlab", "mlab-sensor", "mlab-module" ], "title": "HUM01" }, { "_id": "HVPS03", "description": null, "file_readme": "/data/mlab/mlab-modules/HVPS03/README.md", "github_branch": "HVPS03A", "github_description": null, "github_raw": "https://raw.githubusercontent.com/mlab-modules/HVPS03/HVPS03A/", "github_repo": "HVPS03", "github_url": "https://github.com/mlab-modules/HVPS03", "homepage": false, "image_title": "doc/pdf/P1080843.jpg", "images": [ "doc/pdf/P1080843.jpg" ], "local_root": "/data/mlab/mlab-modules/HVPS03", "longname_en": null, "mark": 50, "name": "HVPS03", "root": "", "short_en": null, "status": 0, "tags": [], "title": "HVPS03", "updated": "2023-09-17T11:48:48.099420+00:00" }, { "_id": "I2C232V01", "description": "The base module is an integrated circuit SC18IM700, who works as a converter I2C / UART. I2C interface acts as the master. I2C can be used to speed 400kbit / Sau UART can be up to 460.8 kbit / s.", "file_readme": "/data/mlab/mlab-modules/I2C232V01/README.md", "github_branch": "I2C232V01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/I2C232V01/I2C232V01A/", "github_repo": "I2C232V01", "github_url": "https://github.com/mlab-modules/I2C232V01", "homepage": false, "image_title": "doc/img/I2C232V01A_top_small.jpg", "images": [ "doc/img/I2C232V01A_top_small.jpg", "doc/img/20161030_102500.jpg", "doc/img/I2C232V01A_top_big.jpg", "doc/img/I2C232V01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/I2C232V01", "longname_en": "The base module is an integrated circuit SC18IM700, who works as a converter I2C / UART. I2C interface acts as the master. I2C can be used to speed 400kbit / Sau UART can be up to 460.8 kbit / s.", "mark": 50, "name": "I2C232V01", "root": "", "short_en": "The base module is an integrated circuit SC18IM700, who works as a converter I2C / UART. I2C interface acts as the master. I2C can be used to speed 400kbit / Sau UART can be up to 460.8 kbit / s.", "status": 2, "tags": [ "mlab", "mlab-module" ], "title": "I2C232V01" }, { "_id": "I2CADC01", "description": "24-bit analog to digital converter with I2C interface", "file_readme": "/data/mlab/mlab-modules/I2CADC01/README.md", "github_branch": "I2CADC01A", "github_branches": [ "I2CADC01A" ], "github_description": "24-bit analog to digital converter with I2C interface", "github_raw": "https://raw.githubusercontent.com/mlab-modules/I2CADC01/I2CADC01A/", "github_repo": "I2CADC01", "github_url": "https://github.com/mlab-modules/I2CADC01", "homepage": false, "image_title": "doc/img/I2CADC01A_top_big.jpg", "images": [ "doc/img/I2CADC01A_top_big.jpg", "doc/img/I2CADC01A_small.jpg", "doc/gen/img/I2CADC01-top.png", "doc/gen/img/I2CADC01-bottom.png", "doc/img/I2CADC01A_QRcode.png", "hw/cam_profi/assembly/I2CADC01-assembly_page_01.svg", "hw/cam_profi/assembly/I2CADC01-assembly_page_02.svg", "doc/gen/I2CADC01-schematic.svg", "doc/gen/img/I2CADC01-bottom.svg", "doc/gen/img/I2CADC01-top.svg" ], "issues": 0, "local_root": "/data/mlab/mlab-modules/I2CADC01", "longname_en": "24-bit analog to digital converter with I2C interface", "mark": 50, "mod_ibom": "hw/cam_profi/I2CADC01-ibom.html", "mod_scheme": "doc/gen/I2CADC01-schematic.pdf", "name": "I2CADC01", "root": "", "short_en": "24-bit analog to digital converter with I2C interface", "status": 2, "tags": [ "mlab", "mlab-module", "kicad-project", "adc", "i2c-bus", "i2c-sensors", "thermocouple" ], "title": "I2CADC01", "updated": "2024-07-16T01:07:11.981267+00:00" }, { "_id": "I2CADC02", "description": "Differential, 16-Bit \u2206\u03a3 ADC With I2C Interface", "file_readme": "/data/mlab/mlab-modules/I2CADC02/README.md", "github_branch": "I2CADC02A", "github_description": null, "github_raw": "https://raw.githubusercontent.com/mlab-modules/I2CADC02/I2CADC02A/", "github_repo": "I2CADC02", "github_url": "https://github.com/mlab-modules/I2CADC02", "homepage": false, "image_title": "doc/img/I2CADC02A_QRcode.png", "images": [ "doc/img/I2CADC02A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/I2CADC02", "longname_en": "Differential, 16-Bit \u2206\u03a3 ADC With I2C Interface", "mark": 50, "name": "I2CADC02", "root": "", "short_en": "Differential, 16-Bit \u2206\u03a3 ADC With I2C Interface", "status": 1, "tags": [ "mlab", "mlab-module", "i2c", "i2c-sensors" ], "title": "I2CADC02", "updated": "2023-10-28T12:14:55.932621+00:00" }, { "_id": "I2CDIFF01", "description": "Allows long range I\u00b2C communication in harsh environment.", "file_readme": "/data/mlab/mlab-modules/I2CDIFF01/README.md", "github_branch": "I2CDIFF01B", "github_description": "Allows long range I\u00b2C communication in harsh environment.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/I2CDIFF01/I2CDIFF01B/", "github_repo": "I2CDIFF01", "github_url": "https://github.com/mlab-modules/I2CDIFF01", "homepage": false, "image_title": "doc/gen/img/I2CDIFF01-top.png", "images": [ "doc/img/I2CDIFF01B_top_small.jpg", "doc/img/I2CDIFF01B_QRcode.png", "doc/gen/img/I2CDIFF01-top.png", "doc/gen/img/I2CDIFF01-bottom.png", "hw/cam_profi/assembly/I2CDIFF01-assembly_page_01.svg", "hw/cam_profi/assembly/I2CDIFF01-assembly_page_02.svg", "doc/gen/I2CDIFF01-schematic.svg", "doc/gen/img/I2CDIFF01-top.svg", "doc/gen/img/I2CDIFF01-bottom.svg" ], "local_root": "/data/mlab/mlab-modules/I2CDIFF01", "longname_en": "Allows long range I\u00b2C communication in harsh environment.", "mark": 50, "mod_ibom": "hw/cam_profi/I2CDIFF01-ibom.html", "mod_scheme": "doc/gen/I2CDIFF01-schematic.pdf", "name": "I2CDIFF01", "root": "", "short_en": "Allows long range I\u00b2C communication in harsh environment.", "status": 2, "tags": [ "mlab", "mlab-module" ], "title": "I2CDIFF01", "updated": "2025-08-19T22:52:30.253469+00:00" }, { "_id": "I2CHUB01", "description": " The module allow conecting multiple I2C devices together. It does not consist any configurable IO. It is a simple bus multiplyer.", "file_readme": "/data/mlab/mlab-modules/I2CHUB01/README.md", "github_branch": "I2CHUB01B", "github_raw": "https://raw.githubusercontent.com/mlab-modules/I2CHUB01/I2CHUB01B/", "github_repo": "I2CHUB01", "github_url": "https://github.com/mlab-modules/I2CHUB01", "homepage": false, "image_title": "doc/gen/img/I2CHUB01-top.png", "images": [ "doc/img/I2CHUB01B_top_small.jpg", "doc/img/I2CHUB01B_QRcode.png", "doc/gen/img/I2CHUB01-top.png", "doc/gen/img/I2CHUB01-bottom.png", "doc/gen/I2CHUB01-schematic.svg", "doc/gen/img/I2CHUB01-bottom.svg", "doc/gen/img/I2CHUB01-top.svg", "hw/cam_profi/docs/I2CHUB01B-assembly_page_01.svg", "hw/cam_profi/docs/I2CHUB01B-assembly_page_02.svg" ], "local_root": "/data/mlab/mlab-modules/I2CHUB01", "longname_en": " The module allow conecting multiple I2C devices together. It does not consist any configurable IO. It is a simple bus multiplyer.", "mark": 50, "mod_ibom": "hw/cam_profi/ibom/I2CHUB01-ibom.html", "mod_scheme": "doc/gen/I2CHUB01-schematic.pdf", "name": "I2CHUB01", "root": "", "short_en": " The module allow conecting multiple I2C devices together. It does not consist any configurable IO. It is a simple bus multiplyer.", "status": 2, "tags": [ "mlab", "mlab-module" ], "title": "I2CHUB01", "updated": "2023-09-17T09:27:48.787491+00:00" }, { "_id": "I2CHUB02", "description": "I2CHUB02 is low voltage I2C multiplexer (hub) which allows you to divide I2C bus into 8 separate buses, where the user can switch and connect individual sub-bus differently. This can connect multiple I2Cs to the device, change the voltage levels, or disconnect a certain part of the bus when it is stuck.", "file_readme": "/data/mlab/mlab-modules/I2CHUB02/README.md", "github_branch": "I2CHUB02B", "github_branches": [ "I2CHUB02A", "I2CHUB02B" ], "github_description": "I2CHUB02 is low voltage I2C multiplexer (hub) which allows you to divide I2C bus into 8 separate buses, where the user can switch and connect individual sub-bus differently. This can connect multiple I2Cs to the device, change the voltage levels, or disconnect a certain part of the bus when it is stuck.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/I2CHUB02/I2CHUB02B/", "github_repo": "I2CHUB02", "github_url": "https://github.com/mlab-modules/I2CHUB02", "homepage": false, "image_title": "doc/img/I2CHUB02B_top_small.jpg", "images": [ "doc/img/I2CHUB02B_top_small.jpg", "doc/img/I2CHUB02B_top_big.jpg", "doc/img/I2CHUB02B_QRcode.png" ], "issues": 2, "local_root": "/data/mlab/mlab-modules/I2CHUB02", "longname_en": "I2CHUB02 is low voltage I2C multiplexer (hub) which allows you to divide I2C bus into 8 separate buses, where the user can switch and connect individual sub-bus differently. This can connect multiple I2Cs to the device, change the voltage levels, or disconnect a certain part of the bus when it is stuck.", "mark": 50, "name": "I2CHUB02", "root": "", "short_en": "I2CHUB02 is low voltage I2C multiplexer (hub) which allows you to divide I2C bus into 8 separate buses, where the user can switch and connect individual sub-bus differently. This can connect multiple I2Cs to the device, change the voltage levels, or disconnect a certain part of the bus when it is stuck.", "status": 2, "tags": [ "arduino", "i2c", "i2c-bus", "i2c-device", "i2c-switch", "mlab", "multiplexer", "sensors", "switch", "level-translator", "mlab-module" ], "title": "I2CHUB02", "updated": "2023-09-17T11:47:34.330370+00:00" }, { "_id": "I2CIO01", "description": "GPIO expander with I\u00b2C interface; 16-bit I/O, configurable ports, polarity inversion.", "file_readme": "/data/mlab/mlab-modules/I2CIO01/README.md", "github_branch": "I2CIO01A", "github_branches": [ "I2CIO01A" ], "github_description": "GPIO expander with I\u00b2C interface; 16-bit I/O, configurable ports, polarity inversion.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/I2CIO01/I2CIO01A/", "github_repo": "I2CIO01", "github_url": "https://github.com/mlab-modules/I2CIO01", "homepage": false, "image_title": "doc/img/I2CIO01A_top_small.jpg", "images": [ "doc/img/I2CIO01A_top_small.jpg", "doc/img/I2CIO01A_top_big.jpg", "doc/gen/img/I2CIO01-bottom.png", "doc/gen/img/I2CIO01-top.png", "doc/img/I2CIO01A_QRcode.png", "hw/cam_profi/assembly/I2CIO01-assembly_page_01.svg", "hw/cam_profi/assembly/I2CIO01-assembly_page_02.svg", "doc/gen/I2CIO01-schematic.svg", "doc/gen/img/I2CIO01-bottom.svg", "doc/gen/img/I2CIO01-top.svg" ], "issues": 0, "local_root": "/data/mlab/mlab-modules/I2CIO01", "longname_en": "GPIO expander with I\u00b2C interface; 16-bit I/O, configurable ports, polarity inversion.", "mark": 80, "mod_ibom": "hw/cam_profi/I2CIO01-ibom.html", "mod_scheme": "doc/gen/I2CIO01-schematic.pdf", "name": "I2CIO01", "root": "", "short_en": "GPIO expander with I\u00b2C interface; 16-bit I/O, configurable ports, polarity inversion.", "status": 2, "tags": [ "mlab", "mlab-module" ], "title": "I2CIO01", "updated": "2024-07-16T01:18:31.278917+00:00" }, { "_id": "I2CPWM01", "description": "The module allows the generation of PWM signal, which can be adjusted using the I2C interface. The module has eight outputs that can run simultaneously on two frequencies in the range of 0.59 Hz - 152 Hz (with 1.69 - 6.58 ms).", "file_readme": "/data/mlab/mlab-modules/I2CPWM01/README.md", "github_branch": "I2CPWM01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/I2CPWM01/I2CPWM01A/", "github_repo": "I2CPWM01", "github_url": "https://github.com/mlab-modules/I2CPWM01", "homepage": false, "image_title": "doc/img/I2CPWM01A_top_big.jpg", "images": [ "doc/img/I2CPWM01A_top_big.jpg", "doc/img/I2CPWM01A_small.jpg", "doc/img/I2CPWM01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/I2CPWM01", "longname_en": "The module allows the generation of PWM signal, which can be adjusted using the I2C interface. The module has eight outputs that can run simultaneously on two frequencies in the range of 0.59 Hz - 152 Hz (with 1.69 - 6.58 ms).", "mark": 50, "name": "I2CPWM01", "root": "", "short_en": "The module allows the generation of PWM signal, which can be adjusted using the I2C interface. The module has eight outputs that can run simultaneously on two frequencies in the range of 0.59 Hz - 152 Hz (with 1.69 - 6.58 ms).", "status": 2, "tags": [ "mlab", "mlab-module" ], "title": "I2CPWM01" }, { "_id": "I2CSPI01", "description": "Allows connection of SPI devices to I2C bus and is capable co handle up to four SPI slaves. Not used chip-select pins can be used as GPIO pins.", "file_readme": "/data/mlab/mlab-modules/I2CSPI01/README.md", "github_branch": "I2CSPI01A", "github_description": "Allows connection of SPI devices to I2C bus and is capable co handle up to four SPI slaves. Not used chip-select pins can be used as GPIO pins.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/I2CSPI01/I2CSPI01A/", "github_repo": "I2CSPI01", "github_url": "https://github.com/mlab-modules/I2CSPI01", "homepage": false, "image_title": "doc/img/I2CSPI01A_top_small.jpg", "images": [ "doc/img/I2CSPI01A_top_small.jpg", "doc/img/I2CSPI01A_top_big.jpg", "doc/img/I2CSPI01A_QRcode.png", "doc/gen/img/I2CSPI01-bottom.png", "doc/gen/img/I2CSPI01-top.png", "doc/gen/I2CSPI01-schematic.svg", "doc/gen/img/I2CSPI01-top.svg", "doc/gen/img/I2CSPI01-bottom.svg", "hw/cam_profi/assembly/I2CSPI01-assembly_page_02.svg", "hw/cam_profi/assembly/I2CSPI01-assembly_page_01.svg" ], "local_root": "/data/mlab/mlab-modules/I2CSPI01", "longname_en": "Allows connection of SPI devices to I2C bus and is capable co handle up to four SPI slaves. Not used chip-select pins can be used as GPIO pins.", "mark": 50, "mod_ibom": "hw/cam_profi/I2CSPI01-ibom.html", "mod_scheme": "doc/gen/I2CSPI01-schematic.pdf", "name": "I2CSPI01", "root": "", "short_en": "Allows connection of SPI devices to I2C bus and is capable co handle up to four SPI slaves. Not used chip-select pins can be used as GPIO pins.", "status": 2, "tags": [ "mlab", "mlab-module" ], "title": "I2CSPI01", "updated": "2025-11-30T21:01:02.411835+00:00" }, { "_id": "IMU01", "description": "The module can be fitted with circuit MMA8451Q. It is a 3-axis accelerometer with 14-bit resolution. A3G4250D circuit provides the 3-axis gyroscope. Both circuits enable communication via I2C. On the module is not necessary to assemble both IO.", "file_readme": "/data/mlab/mlab-modules/IMU01/README.md", "github_branch": "IMU01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/IMU01/IMU01A/", "github_repo": "IMU01", "github_url": "https://github.com/mlab-modules/IMU01", "homepage": false, "image_title": "doc/img/IMU01A_top_big.jpg", "images": [ "doc/img/IMU01A_top_big.jpg", "doc/img/IMU01A_top_small.jpg", "doc/img/IMU01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/IMU01", "longname_en": "The module can be fitted with circuit MMA8451Q. It is a 3-axis accelerometer with 14-bit resolution. A3G4250D circuit provides the 3-axis gyroscope. Both circuits enable communication via I2C. On the module is not necessary to assemble both IO.", "mark": 50, "name": "IMU01", "root": "", "short_en": "The module can be fitted with circuit MMA8451Q. It is a 3-axis accelerometer with 14-bit resolution. A3G4250D circuit provides the 3-axis gyroscope. Both circuits enable communication via I2C. On the module is not necessary to assemble both IO.", "status": 2, "tags": [ "mlab", "mlab-module" ], "title": "IMU01" }, { "_id": "INPUTUNI01", "description": "Universal protected 8 channels input.", "file_readme": "/data/mlab/mlab-modules/INPUTUNI01/README.md", "github_branch": "INPUTUNI01A", "github_description": "Universal protected 8 channels input.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/INPUTUNI01/INPUTUNI01A/", "github_repo": "INPUTUNI01", "github_url": "https://github.com/mlab-modules/INPUTUNI01", "homepage": false, "image_title": "doc/img/INPUTUNI01A_top_small.jpg", "images": [ "doc/img/INPUTUNI01A_top_small.jpg", "doc/img/INPUTUNI01A_top_big.jpg", "doc/img/INPUTUNI01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/INPUTUNI01", "longname_en": "Universal protected 8 channels input.", "mark": 50, "name": "INPUTUNI01", "root": "", "short_en": "Universal protected 8 channels input.", "status": 2, "tags": [ "inputs", "mlab-module" ], "title": "INPUTUNI01", "updated": "2024-05-15T11:40:36.150148+00:00" }, { "_id": "IRDA01", "description": "None", "file_readme": "/data/mlab/mlab-modules/IRDA01/README.md", "github_branch": "IRDA01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/IRDA01/IRDA01A/", "github_repo": "IRDA01", "github_url": "https://github.com/mlab-modules/IRDA01", "homepage": false, "image_title": "doc/img/IRDA01A_QRcode.png", "images": [ "doc/img/IRDA01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/IRDA01", "longname_en": "None", "mark": 50, "name": "IRDA01", "root": "", "short_en": "None", "status": 0, "tags": [ "mlab", "mlab-module" ], "title": "IRDA01" }, { "_id": "IRFEE01", "description": "The sensor uses modulated infrared signal for distant detection of obstacles. It mmaybe seen as virtual feeler for roboot. The sensor uses processor ATtiny and infraredsensor for remote control. The modulation and statistical processing of the signalgives the sensor good noise imunity.", "file_readme": "/data/mlab/mlab-modules/IRFEE01/README.md", "github_branch": "IRFEE01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/IRFEE01/IRFEE01A/", "github_repo": "IRFEE01", "github_url": "https://github.com/mlab-modules/IRFEE01", "homepage": false, "image_title": "doc/src/IRFEE01A_Side.jpg", "images": [ "doc/src/IRFEE01A_Side.jpg", "doc/src/IRFEE01A_Bot.jpg", "doc/src/IRFEE01A_top.jpg", "doc/img/IRFEE01A_Side_small.jpg", "doc/html/IRFEE01A_Files/image002.jpg", "doc/html/IRFEE01A_Files/image009.jpg", "doc/html/IRFEE01A_Files/image011.jpg", "doc/html/IRFEE01A_Files/image001.jpg", "doc/html/IRFEE01A_Files/image010.jpg", "doc/src/SIGNALS.png", "doc/src/ODEZVA.png", "doc/img/IRFEE01A_QRcode.png", "doc/html/IRFEE01A_Files/image005.png", "doc/html/IRFEE01A_Files/image008.png", "doc/html/IRFEE01A_Files/image007.png", "doc/html/IRFEE01A_Files/image006.png", "doc/html/IRFEE01A_Files/image004.png", "doc/html/IRFEE01A_Files/image003.png" ], "local_root": "/data/mlab/mlab-modules/IRFEE01", "longname_en": "The sensor uses modulated infrared signal for distant detection of obstacles. It mmaybe seen as virtual feeler for roboot. The sensor uses processor ATtiny and infraredsensor for remote control. The modulation and statistical processing of the signalgives the sensor good noise imunity.", "mark": 50, "name": "IRFEE01", "root": "", "short_en": "The sensor uses modulated infrared signal for distant detection of obstacles. It mmaybe seen as virtual feeler for roboot. The sensor uses processor ATtiny and infraredsensor for remote control. The modulation and statistical processing of the signalgives the sensor good noise imunity.", "status": 4, "tags": [ "mlab", "mlab-module" ], "title": "IRFEE01" }, { "_id": "ISL02", "description": "Light sensor with I2C interface and UV index measuring capability.", "file_readme": "/data/mlab/mlab-modules/ISL02/README.md", "github_branch": "ISL02A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ISL02/ISL02A/", "github_repo": "ISL02", "github_url": "https://github.com/mlab-modules/ISL02", "homepage": false, "image_title": "doc/img/ISL02A_QRcode.png", "images": [ "doc/img/ISL02A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/ISL02", "longname_en": "Light sensor with I2C interface and UV index measuring capability.", "mark": 50, "name": "ISL02", "root": "", "short_en": "Light sensor with I2C interface and UV index measuring capability.", "status": 0, "tags": [ "mlab", "mlab-module" ], "title": "ISL02" }, { "_id": "ISL03", "description": "Light sensor with I2C interface to 168 klx.", "file_readme": "/data/mlab/mlab-modules/ISL03/README.md", "github_branch": "ISL03A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ISL03/ISL03A/", "github_repo": "ISL03", "github_url": "https://github.com/mlab-modules/ISL03", "homepage": false, "image_title": "doc/img/20170122_121441.jpg", "images": [ "doc/img/20170122_121441.jpg", "doc/img/20170122_124705.jpg", "doc/img/20170122_121126.jpg", "doc/img/20170121_192703.jpg", "doc/img/20170122_121356.jpg", "doc/img/20170122_121412.jpg", "doc/img/20170121_195215.jpg", "doc/img/20170122_121135.jpg", "doc/img/ISL03A_top_small.jpg", "doc/img/20170121_192658.jpg", "doc/img/20170121_195201.jpg", "doc/img/ISL03A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/ISL03", "longname_en": "Light sensor with I2C interface to 168 klx.", "mark": 50, "name": "ISL03", "root": "", "short_en": "Light sensor with I2C interface to 168 klx.", "status": 2, "tags": [ "mlab", "mlab-module" ], "title": "ISL03" }, { "_id": "ISL2902001", "description": "Light sensor ISL29020 with I2C interface. Measurement range 0.015lux - 64.000lux.", "file_readme": "/data/mlab/mlab-modules/ISL2902001/README.md", "github_branch": "ISL2902001A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ISL2902001/ISL2902001A/", "github_repo": "ISL2902001", "github_url": "https://github.com/mlab-modules/ISL2902001", "homepage": false, "image_title": "doc/img/ISL2902001A_top_small.jpg", "images": [ "doc/img/ISL2902001A_top_big.jpg", "doc/img/ISL2902001A_Detail_big.jpg", "doc/img/ISL2902001A_Detail_small.jpg", "doc/img/ISL2902001A_top_small.jpg", "doc/img/ISL2902001A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/ISL2902001", "longname_en": "Light sensor ISL29020 with I2C interface. Measurement range 0.015lux - 64.000lux.", "mark": 50, "name": "ISL2902001", "root": "", "short_en": "Light sensor ISL29020 with I2C interface. Measurement range 0.015lux - 64.000lux.", "status": 2, "tags": [ "mlab", "mlab-module" ], "title": "ISL2902001" }, { "_id": "ISLHOLDER01", "description": "Holder of light sensor for an AWS. ", "file_readme": "/data/mlab/mlab-modules/ISLHOLDER01/README.md", "github_branch": "ISLHOLDER01A", "github_description": "Holder of light sensor for an AWS. ", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ISLHOLDER01/ISLHOLDER01A/", "github_repo": "ISLHOLDER01", "github_url": "https://github.com/mlab-modules/ISLHOLDER01", "homepage": false, "image_title": "doc/img/20170219_113414.jpg", "images": [ "doc/img/20170122_121441.jpg", "doc/img/20170219_113240.jpg", "doc/img/20170219_113126.jpg", "doc/img/20170122_124705.jpg", "doc/img/20170219_112315.jpg", "doc/img/20170122_121126.jpg", "doc/img/20170219_113250.jpg", "doc/img/20170219_113319.jpg", "doc/img/20170219_112253.jpg", "doc/img/20170219_112533.jpg", "doc/img/20170122_121356.jpg", "doc/img/20170122_121412.jpg", "doc/img/20170219_112545.jpg", "doc/img/20170219_113619.jpg", "doc/img/20170122_121135.jpg", "doc/img/20170219_112328.jpg", "doc/img/20170121_192658.jpg", "doc/img/20170219_113143.jpg", "doc/img/20170219_113414.jpg", "doc/img/20170121_195201.jpg", "doc/img/ISLHOLDER01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/ISLHOLDER01", "longname_en": "Holder of light sensor for an AWS. ", "mark": 50, "name": "ISLHOLDER01", "root": "", "short_en": "Holder of light sensor for an AWS. ", "status": 2, "tags": [ "light-sensor", "weather-station", "mechanical", "sensor" ], "title": "ISLHOLDER01", "updated": "2024-05-18T17:40:58.128070+00:00" }, { "_id": "ISM01", "description": "High-performance wireless transceiver, ideal for remote control, data links, and sensor networks.", "file_readme": "/data/mlab/mlab-modules/ISM01/README.md", "github_branch": "ISM01A", "github_branches": [ "ISM01A" ], "github_description": "High-performance wireless transceiver, ideal for remote control, data links, and sensor networks.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ISM01/ISM01A/", "github_repo": "ISM01", "github_url": "https://github.com/mlab-modules/ISM01", "homepage": true, "image_title": "doc/gen/img/ISM01-top.png", "images": [ "doc/img/20191128_005344.jpg", "doc/img/20191128_005455.jpg", "doc/img/ISM01A_QRcode.png", "doc/img/ISM01A_top_big.png", "doc/img/ISM01A_bot_big.png", "doc/gen/img/ISM01-bottom.png", "doc/gen/img/ISM01-top.png", "hw/cam_profi/assembly/ISM01-assembly_page_02.svg", "hw/cam_profi/assembly/ISM01-assembly_page_01.svg", "doc/gen/ISM01-schematic.svg", "doc/gen/img/ISM01-bottom.svg", "doc/gen/img/ISM01-top.svg" ], "issues": 5, "local_root": "/data/mlab/mlab-modules/ISM01", "longname_en": "High-performance wireless transceiver, ideal for remote control, data links, and sensor networks.", "mark": 80, "mod_ibom": "hw/cam_profi/ISM01-ibom.html", "mod_scheme": "doc/gen/ISM01-schematic.pdf", "name": "ISM01", "root": "", "short_en": "High-performance wireless transceiver, ideal for remote control, data links, and sensor networks.", "status": 2, "tags": [ "sik", "datalink", "radio", "communication", "mavlink", "mlab", "mlab-module", "kicad", "kicad-pcb", "kicad-project", "mlab-kicad", "pcb", "ezradiopro", "si4463", "mlab-rf", "siliconlabs", "comm-rf" ], "title": "ISM01", "updated": "2025-03-13T11:18:09.821528+00:00" }, { "_id": "ISM02", "description": "ISM RF module with LoRa network capability", "file_readme": "/data/mlab/mlab-modules/ISM02/README.md", "github_branch": "ISM02B", "github_description": "ISM RF module with LoRa network capability", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ISM02/ISM02B/", "github_repo": "ISM02", "github_url": "https://github.com/mlab-modules/ISM02", "homepage": true, "image_title": "doc/gen/img/ISM02-top.png", "images": [ "doc/img/ISM02B_bot.png", "doc/img/ISM02B_top.png", "doc/gen/img/ISM02-bottom.png", "doc/gen/img/ISM02-top.png", "hw/cam_profi/assembly/ISM02-assembly_page_01.svg", "hw/cam_profi/assembly/ISM02-assembly_page_02.svg", "doc/gen/ISM02-schematic.svg", "doc/gen/img/ISM02-bottom.svg", "doc/gen/img/ISM02-top.svg" ], "local_root": "/data/mlab/mlab-modules/ISM02", "longname_en": "ISM RF module with LoRa network capability", "mark": 50, "mod_ibom": "hw/cam_profi/ISM02-ibom.html", "mod_scheme": "doc/gen/ISM02-schematic.pdf", "name": "ISM02", "root": "", "short_en": "ISM RF module with LoRa network capability", "status": 2, "tags": [ "lora", "lorawan", "lorawan-device", "iot-platform", "iot", "mlab", "mlab-module", "kicad", "kicad-pcb", "kicad-project", "mlab-kicad", "pcb" ], "title": "ISM02", "updated": "2025-01-22T21:25:37.952580+00:00" }, { "_id": "ISM03", "description": "Si4463-based transceiver with SPI interface", "file_readme": "/data/mlab/mlab-modules/ISM03/README.md", "github_branch": "ISM03A", "github_branches": [ "ISM03A" ], "github_description": "Si4463-based transceiver with SPI interface", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ISM03/ISM03A/", "github_repo": "ISM03", "github_url": "https://github.com/mlab-modules/ISM03", "homepage": true, "image_title": "doc/gen/img/ISM03-top.png", "images": [ "doc/gen/img/ISM03-top.png", "doc/gen/img/ISM03-bottom.png", "doc/gen/ISM03-schematic.svg", "doc/gen/img/ISM03-top.svg", "doc/gen/img/ISM03-bottom.svg", "hw/cam_profi/assembly/ISM03-assembly_page_02.svg", "hw/cam_profi/assembly/ISM03-assembly_page_01.svg" ], "issues": 5, "local_root": "/data/mlab/mlab-modules/ISM03", "longname_en": "Si4463-based transceiver with SPI interface", "mark": 30, "mod_ibom": "hw/cam_profi/ISM03-ibom.html", "mod_scheme": "doc/gen/ISM03-schematic.pdf", "name": "ISM03", "root": "", "short_en": "Si4463-based transceiver with SPI interface", "status": 2, "tags": [], "title": "ISM03", "updated": "2026-01-18T19:02:16.355692+00:00" }, { "_id": "ISO11446PWR01", "description": "Car trailer emulator for use trailer socket as a power source", "file_readme": "/data/mlab/mlab-modules/ISO11446PWR01/README.md", "github_branch": "ISO11446PWR01A", "github_branches": [ "ISO11446PWR01A" ], "github_description": "Car trailer emulator for use trailer socket as a power source", "github_raw": "https://raw.githubusercontent.com/mlab-modules/ISO11446PWR01/ISO11446PWR01A/", "github_repo": "ISO11446PWR01", "github_url": "https://github.com/mlab-modules/ISO11446PWR01", "homepage": false, "image_title": "doc/gen/img/ISO11446PWR01-bottom.png", "images": [ "doc/gen/img/ISO11446PWR01-bottom.png", "doc/gen/img/ISO11446PWR01-top.png", "doc/gen/ISO11446PWR01-Signals output.svg", "doc/gen/ISO11446PWR01-ISO11446 dummy load.svg", "doc/gen/ISO11446PWR01-schematic.svg", "doc/gen/ISO11446PWR01-Power Output.svg", "doc/gen/img/ISO11446PWR01-top.svg", "doc/gen/img/ISO11446PWR01-bottom.svg", "hw/cam_profi/assembly/ISO11446PWR01-assembly_page_01.svg", "hw/cam_profi/assembly/ISO11446PWR01-assembly_page_02.svg" ], "issues": 2, "local_root": "/data/mlab/mlab-modules/ISO11446PWR01", "longname_en": "Car trailer emulator for use trailer socket as a power source", "mark": 50, "mod_ibom": "hw/cam_profi/ISO11446PWR01-ibom.html", "mod_scheme": "doc/gen/ISO11446PWR01-schematic.pdf", "name": "ISO11446PWR01", "root": "", "short_en": "Car trailer emulator for use trailer socket as a power source", "status": 1, "tags": [ "12v", "car", "open-source", "power-source", "signals-collection", "14-pin", "trailer-connector", "trailer-emulator", "trailer-socket", "mlab", "mlab-module", "kicad", "kicad-pcb", "kicad-project", "mlab-kicad", "pcb" ], "title": "ISO11446PWR01", "updated": "2026-02-14T13:23:05.846962+00:00" }, { "_id": "IUC01", "description": "This sensor measures electric current with high precision over wide range of currents up to 30A and 80kHz bandwith. This sensor has a linear voltage output.", "file_readme": "/data/mlab/mlab-modules/IUC01/README.md", "github_branch": "IUC01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/IUC01/IUC01A/", "github_repo": "IUC01", "github_url": "https://github.com/mlab-modules/IUC01", "homepage": false, "image_title": "doc/img/IUC01A_top_big.jpg", "images": [ "doc/img/IUC01A_top_big.jpg", "doc/img/IUC01A_top_small.jpg", "doc/img/IUC01A_QRcode.png", "hw/cam_profi/board.png" ], "local_root": "/data/mlab/mlab-modules/IUC01", "longname_en": "This sensor measures electric current with high precision over wide range of currents up to 30A and 80kHz bandwith. This sensor has a linear voltage output.", "mark": 50, "name": "IUC01", "root": "", "short_en": "This sensor measures electric current with high precision over wide range of currents up to 30A and 80kHz bandwith. This sensor has a linear voltage output.", "status": 2, "tags": [ "mlab", "mlab-module" ], "title": "IUC01" }, { "_id": "JTAGFT2232V01", "description": " The module allow J-TAG programming via USB.", "file_readme": "/data/mlab/mlab-modules/JTAGFT2232V01/README.md", "github_branch": "JTAGFT2232V01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/JTAGFT2232V01/JTAGFT2232V01A/", "github_repo": "JTAGFT2232V01", "github_url": "https://github.com/mlab-modules/JTAGFT2232V01", "homepage": false, "image_title": "doc/img/JTAGFT2232V01A_QRcode.png", "images": [ "doc/img/JTAGFT2232V01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/JTAGFT2232V01", "longname_en": " The module allow J-TAG programming via USB.", "mark": 50, "name": "JTAGFT2232V01", "replaced": "JTAGFT2232V02", "root": "", "short_en": " The module allow J-TAG programming via USB.", "status": 3, "tags": [ "mlab", "mlab-module" ], "title": "JTAGFT2232V01" }, { "_id": "JTAGFT2232V02", "description": "The module allow J-TAG programming via USB.", "file_readme": "/data/mlab/mlab-modules/JTAGFT2232V02/README.md", "github_branch": "JTAGFT2232V02A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/JTAGFT2232V02/JTAGFT2232V02A/", "github_repo": "JTAGFT2232V02", "github_url": "https://github.com/mlab-modules/JTAGFT2232V02", "homepage": false, "image_title": "doc/img/JTAGFT2232V02A_top_small.jpg", "images": [ "doc/img/JTAGFT2232V02A_top_small.jpg", "doc/img/JTAGFT2232V02A_top_big.jpg", "doc/img/JTAGFT2232V02A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/JTAGFT2232V02", "longname_en": "The module allow J-TAG programming via USB.", "mark": 50, "name": "JTAGFT2232V02", "root": "", "short_en": "The module allow J-TAG programming via USB.", "status": 2, "tags": [ "mlab", "mlab-module" ], "title": "JTAGFT2232V02" }, { "_id": "LCD2L4P01", "description": " Module with two-line LCD display with Hitachi controller and with 4 push buttons. It can be used as human interface for small projects with microcontrollers.", "file_readme": "/data/mlab/mlab-modules/LCD2L4P01/README.md", "github_branch": "LCD2L4P01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/LCD2L4P01/LCD2L4P01A/", "github_repo": "LCD2L4P01", "github_url": "https://github.com/mlab-modules/LCD2L4P01", "homepage": false, "image_title": "doc/img/Obrazek.jpg", "images": [ "doc/img/Obrazek.jpg", "doc/img/LCD2L4P01A_small.jpg", "doc/html/Pictures/image006.jpg", "doc/html/Pictures/image005.jpg", "doc/html/Pictures/image001.jpg", "doc/img/LCD2L4P01A_QRcode.png", "doc/html/Pictures/image002.gif", "doc/html/Pictures/image003.gif", "doc/html/Pictures/image004.gif" ], "local_root": "/data/mlab/mlab-modules/LCD2L4P01", "longname_en": " Module with two-line LCD display with Hitachi controller and with 4 push buttons. It can be used as human interface for small projects with microcontrollers.", "mark": 50, "name": "LCD2L4P01", "replaced": "LCD2L4P02", "root": "", "short_en": " Module with two-line LCD display with Hitachi controller and with 4 push buttons. It can be used as human interface for small projects with microcontrollers.", "status": 3, "tags": [ "mlab", "mlab-module" ], "title": "LCD2L4P01" }, { "_id": "LCD2L4P02", "description": "Module with LCD 2 line display, 4 buttons and piezo ", "file_readme": "/data/mlab/mlab-modules/LCD2L4P02/README.md", "github_branch": "LCD2L4P02A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/LCD2L4P02/LCD2L4P02A/", "github_repo": "LCD2L4P02", "github_url": "https://github.com/mlab-modules/LCD2L4P02", "homepage": false, "image_title": "doc/img/LCD2L4P02A_top_small.jpg", "images": [ "doc/img/LCD2L4P02A_Bot_small_noRX.jpg", "doc/img/Piezo_Wires.jpg", "doc/img/LCD2L4P02A_Bot_big.jpg", "doc/img/LCD2L4P02A_Bot_small.jpg", "doc/img/Piezo_Ring.jpg", "doc/img/LCD2L4P02A_Bot_big_noRX.jpg", "doc/img/Detail_RX.jpg", "doc/img/LCD2L4P02A_top_small.jpg", "doc/img/LCD2L4P02A_top_big.jpg", "doc/html/LCD2L4P02A_files/image008.jpg", "doc/html/LCD2L4P02A_files/image007.jpg", "doc/html/LCD2L4P02A_files/image009.jpg", "doc/html/LCD2L4P02A_files/image006.jpg", "doc/html/LCD2L4P02A_files/image001.jpg", "doc/html/LCD2L4P02A_files/image010.jpg", "hw/cam_doc/LCD2L4P02A_PCB_top_small.jpg", "hw/cam_doc/LCD2L4P02A_PCB_top.jpg", "hw/cam_doc/LCD2L4P02A_PCB_Bot_small.jpg", "hw/cam_doc/LCD2L4P02A_PCB_Bot.jpg", "doc/img/LCD2L4P02A_QRcode.png", "doc/html/LCD2L4P02A_files/image005.png", "doc/html/LCD2L4P02A_files/image004.png", "doc/html/LCD2L4P02A_files/image003.png", "doc/html/LCD2L4P02A_files/image002.png", "hw/cam_doc/O2_Part.png", "hw/cam_doc/O1.png", "hw/cam_doc/O2.png" ], "local_root": "/data/mlab/mlab-modules/LCD2L4P02", "longname_en": "Module with LCD 2 line display, 4 buttons and piezo ", "mark": 50, "name": "LCD2L4P02", "root": "", "short_en": "Module with LCD 2 line display, 4 buttons and piezo ", "status": 2, "tags": [ "mlab", "mlab-module" ], "title": "LCD2L4P02" }, { "_id": "LCDHOLDER2X16V01", "description": "The hodlder can be prited at almost any 3D printer.", "file_readme": "/data/mlab/mlab-modules/LCDHOLDER2X16V01/README.md", "github_branch": "LCDHOLDER2X16V01A", "github_description": "The hodlder can be prited at almost any 3D printer.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/LCDHOLDER2X16V01/LCDHOLDER2X16V01A/", "github_repo": "LCDHOLDER2X16V01", "github_url": "https://github.com/mlab-modules/LCDHOLDER2X16V01", "homepage": false, "image_title": "doc/img/LCDHOLDER2X16V01A_QRcode.png", "images": [ "doc/img/LCDHOLDER2X16V01A_QRcode.png", "doc/img/LCDHOLDER2X16V01A_small.png" ], "local_root": "/data/mlab/mlab-modules/LCDHOLDER2X16V01", "longname_en": "The hodlder can be prited at almost any 3D printer.", "mark": 50, "name": "LCDHOLDER2X16V01", "root": "", "short_en": "The hodlder can be prited at almost any 3D printer.", "status": 0, "tags": [], "title": "LCDHOLDER2X16V01", "updated": "2023-09-17T11:53:19.434624+00:00" }, { "_id": "LCM01", "description": "L C meter", "file_readme": "/data/mlab/mlab-modules/LCM01/README.md", "github_branch": "LCM01A", "github_description": "L C meter", "github_raw": "https://raw.githubusercontent.com/mlab-modules/LCM01/LCM01A/", "github_repo": "LCM01", "github_url": "https://github.com/mlab-modules/LCM01", "homepage": false, "image_title": "doc/gen/img/LCM01-top.png", "images": [ "doc/gen/img/LCM01-bottom.png", "doc/gen/img/LCM01-top.png", "doc/gen/LCM01-schematic.svg", "doc/gen/img/LCM01-bottom.svg", "doc/gen/img/LCM01-top.svg", "hw/cam_profi/assembly/LCM01-assembly_page_02.svg", "hw/cam_profi/assembly/LCM01-assembly_page_01.svg" ], "local_root": "/data/mlab/mlab-modules/LCM01", "longname_en": "L C meter", "mark": 50, "mod_ibom": "hw/cam_profi/LCM01-ibom.html", "mod_scheme": "doc/gen/LCM01-schematic.pdf", "name": "LCM01", "root": "", "short_en": "L C meter", "status": 0, "tags": [ "mlab", "capacitor", "inductometer" ], "title": "LCM01", "updated": "2024-07-04T23:19:01.670441+00:00" }, { "_id": "LDD01", "description": " Three-channel laser diode pulse regulator module enables the continuous wave operation of laser diodesor spike-free switching with defined current pulsesin a frequency range of up to 155 MHz. The threechannels can be accumulatively pulsed and the peak optical power ofthe laser diode is regulated separately. ", "file_readme": "/data/mlab/mlab-modules/LDD01/README.md", "github_branch": "LDD01A", "github_description": " Three-channel laser diode pulse regulator module enables the continuous wave operation of laser diodesor spike-free switching with defined current pulsesin a frequency range of up to 155 MHz. The threechannels can be accumulatively pulsed and the peak optical power ofthe laser diode is regulated separately. ", "github_raw": "https://raw.githubusercontent.com/mlab-modules/LDD01/LDD01A/", "github_repo": "LDD01", "github_url": "https://github.com/mlab-modules/LDD01", "homepage": false, "image_title": "doc/img/LDD01_top_small.jpg", "images": [ "doc/img/LDD01_top_small.jpg", "doc/src/LDD_preview.png", "doc/img/LDD01A_QRcode.png", "sch/LDD01A.svg" ], "local_root": "/data/mlab/mlab-modules/LDD01", "longname_en": " Three-channel laser diode pulse regulator module enables the continuous wave operation of laser diodesor spike-free switching with defined current pulsesin a frequency range of up to 155 MHz. The threechannels can be accumulatively pulsed and the peak optical power ofthe laser diode is regulated separately. ", "mark": 50, "name": "LDD01", "root": "", "short_en": " Three-channel laser diode pulse regulator module enables the continuous wave operation of laser diodesor spike-free switching with defined current pulsesin a frequency range of up to 155 MHz. The threechannels can be accumulatively pulsed and the peak optical power ofthe laser diode is regulated separately. ", "status": 2, "tags": [], "title": "LDD01", "updated": "2024-07-05T17:32:05.524562+00:00" }, { "_id": "LED01", "description": "LED01A is a simple MLAB module that contains 4 LED diodes. The module is useful for debugging and indicating individual states of systems built from MLAB construction kit", "file_readme": "/data/mlab/mlab-modules/LED01/README.md", "github_branch": "LED01A", "github_branches": [ "LED01A" ], "github_description": "LED01A is a simple MLAB module that contains 4 LED diodes. The module is useful for debugging and indicating individual states of systems built from MLAB construction kit", "github_raw": "https://raw.githubusercontent.com/mlab-modules/LED01/LED01A/", "github_repo": "LED01", "github_url": "https://github.com/mlab-modules/LED01", "homepage": false, "image_title": "doc/img/LED01A_small.jpg", "images": [ "doc/pdf/led1206dim_prew_600_0_color_fff.jpg", "doc/img/LED01A_small.jpg", "doc/img/LED01A_big.jpg", "doc/img/LED01-side.jpg", "doc/img/LED01A_1.jpg", "doc/img/LED01-side-small.jpg", "doc/img/EOSR3080.jpg", "doc/img/EOSR3080-2.jpg", "doc/img/LED01A_2.jpg", "doc/img/LED01A_QRcode.png" ], "issues": 0, "local_root": "/data/mlab/mlab-modules/LED01", "longname_en": "LED01A is a simple MLAB module that contains 4 LED diodes. The module is useful for debugging and indicating individual states of systems built from MLAB construction kit", "mark": 50, "name": "LED01", "root": "", "short_en": "LED01A is a simple MLAB module that contains 4 LED diodes. The module is useful for debugging and indicating individual states of systems built from MLAB construction kit", "status": 2, "tags": [ "indication", "led", "mlab", "visual", "mlab-module", "led-indicator", "mlab-ui" ], "title": "LED01", "updated": "2024-07-09T00:28:44.577245+00:00" }, { "_id": "LED7SEG01", "description": "LED 7 segment display with I2C interface. Module can be used for simple numerical data display. ", "file_readme": "/data/mlab/mlab-modules/LED7SEG01/README.md", "github_branch": "LED7SEG01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/LED7SEG01/LED7SEG01A/", "github_repo": "LED7SEG01", "github_url": "https://github.com/mlab-modules/LED7SEG01", "homepage": false, "image_title": "doc/gen/img/LED7SEG01-top.png", "images": [ "doc/img/LED7SEG01A_small.jpg", "doc/img/LED7SEG01A_QRcode.png", "doc/gen/img/LED7SEG01-top.png", "doc/gen/img/LED7SEG01-bottom.png", "doc/gen/LED7SEG01-schematic.svg", "doc/gen/img/LED7SEG01-top.svg", "doc/gen/img/LED7SEG01-bottom.svg", "hw/cam_profi/docs/LED7SEG01A-assembly_page_02.svg", "hw/cam_profi/docs/LED7SEG01A-assembly_page_01.svg" ], "local_root": "/data/mlab/mlab-modules/LED7SEG01", "longname_en": "LED 7 segment display with I2C interface. Module can be used for simple numerical data display. ", "mark": 50, "mod_ibom": "hw/cam_profi/ibom/LED7SEG01-ibom.html", "mod_scheme": "doc/gen/LED7SEG01-schematic.pdf", "name": "LED7SEG01", "root": "", "short_en": "LED 7 segment display with I2C interface. Module can be used for simple numerical data display. ", "status": 2, "tags": [ "mlab", "mlab-module", "7-segment", "i2c", "i2c-bus", "i2c-display", "led-display", "seven-segments-display", "module-ui" ], "title": "LED7SEG01" }, { "_id": "LED7SEG02", "description": "7-segment display with WS2815 addressable RGB LEDs and RS485 communication.", "file_readme": "/data/mlab/mlab-modules/LED7SEG02/README.md", "github_branch": "LED7SEG02A", "github_branches": null, "github_description": "7-segment display with WS2815 addressable RGB LEDs and RS485 communication.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/LED7SEG02/LED7SEG02A/", "github_repo": "LED7SEG02", "github_url": "https://github.com/mlab-modules/LED7SEG02", "homepage": false, "image_title": "doc/gen/img/LED7SEG02-top.png", "images": [ "doc/gen/img/LED7SEG02-bottom.png", "doc/gen/img/LED7SEG02-top.png", "doc/gen/LED7SEG02-schematic.svg", "doc/gen/LED7SEG02-communications.svg", "doc/gen/LED7SEG02-leds.svg", "doc/gen/LED7SEG02-power_supply.svg", "doc/gen/img/LED7SEG02-top.svg", "doc/gen/img/LED7SEG02-bottom.svg", "hw/cam_profi/assembly/LED7SEG02-assembly_page_02.svg", "hw/cam_profi/assembly/LED7SEG02-assembly_page_01.svg" ], "issues": 2, "local_root": "/data/mlab/mlab-modules/LED7SEG02", "longname_en": "7-segment display with WS2815 addressable RGB LEDs and RS485 communication.", "mark": 50, "mod_ibom": "hw/cam_profi/LED7SEG02-ibom.html", "mod_scheme": "doc/gen/LED7SEG02-schematic.pdf", "name": "LED7SEG02", "root": "", "short_en": "7-segment display with WS2815 addressable RGB LEDs and RS485 communication.", "status": 2, "tags": [ "7segmentdisplay", "led-controller" ], "title": "LED7SEG02", "updated": "2026-02-07T01:41:31.584083+00:00" }, { "_id": "LED8TRI01", "description": null, "file_readme": "/data/mlab/mlab-modules/LED8TRI01/README.md", "github_branch": "LED8TRI01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/LED8TRI01/LED8TRI01A/", "github_repo": "LED8TRI01", "github_url": "https://github.com/mlab-modules/LED8TRI01", "homepage": false, "image_title": "doc/img/LED8TRI01A_QRcode.png", "images": [ "doc/img/LED8TRI01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/LED8TRI01", "longname_en": null, "mark": 50, "name": "LED8TRI01", "root": "", "short_en": null, "status": 0, "tags": [ "mlab", "mlab-module" ], "title": "LED8TRI01" }, { "_id": "LEDbar01", "description": "There are 8 LEDs drived by simple shift register. Construction is useful to indicate status on small robots.", "file_readme": "/data/mlab/mlab-modules/LEDbar01/README.md", "github_branch": "LEDbar01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/LEDbar01/LEDbar01A/", "github_repo": "LEDbar01", "github_url": "https://github.com/mlab-modules/LEDbar01", "homepage": false, "image_title": "doc/src/P5180002.jpg", "images": [ "doc/src/P5180002.jpg", "doc/src/P5180003.jpg", "doc/src/P5180001_cropped.jpg", "doc/src/P5180001.jpg", "doc/img/LEDbar_small.jpg", "doc/img/LEDbar01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/LEDbar01", "longname_en": "There are 8 LEDs drived by simple shift register. Construction is useful to indicate status on small robots.", "mark": 50, "name": "LEDbar01", "root": "", "short_en": "There are 8 LEDs drived by simple shift register. Construction is useful to indicate status on small robots.", "status": 4, "tags": [ "mlab", "mlab-module" ], "title": "LEDbar01" }, { "_id": "LEDbar02", "description": "There are 8 LEDs drived by simple shift register. Construction is useful to indicate status on small robots. SMD version", "file_readme": "/data/mlab/mlab-modules/LEDbar02/README.md", "github_branch": "LEDbar02A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/LEDbar02/LEDbar02A/", "github_repo": "LEDbar02", "github_url": "https://github.com/mlab-modules/LEDbar02", "homepage": false, "image_title": "doc/img/LEDbar02A_QRcode.png", "images": [ "doc/img/LEDbar02A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/LEDbar02", "longname_en": "There are 8 LEDs drived by simple shift register. Construction is useful to indicate status on small robots. SMD version", "mark": 50, "name": "LEDbar02", "root": "", "short_en": "There are 8 LEDs drived by simple shift register. Construction is useful to indicate status on small robots. SMD version", "status": 4, "tags": [ "mlab", "mlab-module", "ledbar", "mlab-ui" ], "title": "LEDbar02" }, { "_id": "LIGHTNING01", "description": "Lightning sensor module based on AS3935 Franklin Lightning Sensor IO. Sensor can be connected via I2C or SPI bus.", "file_readme": "/data/mlab/mlab-modules/LIGHTNING01/README.md", "github_branch": "LIGHTNING01A", "github_branches": [ "LIGHTNING01A" ], "github_raw": "https://raw.githubusercontent.com/mlab-modules/LIGHTNING01/LIGHTNING01A/", "github_repo": "LIGHTNING01", "github_url": "https://github.com/mlab-modules/LIGHTNING01", "homepage": true, "image_title": "doc/gen/img/LIGHTNING01-top.png", "images": [ "doc/img/LIGHTNING01A_bottom.jpg", "doc/img/LIGHTNING01A_w_top.jpg", "doc/img/LIGHTNING01A_bottom_1nF.jpg", "doc/img/LIGHTNING01A_top.jpg", "doc/img/LIGHTNING01A_p.jpg", "doc/img/LIGHTNING01A_bottom_980pF.jpg", "doc/img/LIGHTNING01A_QRcode.png", "doc/img/Antenna_DISP_LCO.png", "doc/img/IRQ_DISP_LCO.png", "doc/gen/img/LIGHTNING01-bottom.png", "doc/gen/img/LIGHTNING01-top.png", "doc/gen/LIGHTNING01-schematic.svg", "doc/gen/img/LIGHTNING01-top.svg", "doc/gen/img/LIGHTNING01-bottom.svg", "hw/cam_profi/docs/LIGHTNING01A-assembly_page_01.svg", "hw/cam_profi/docs/LIGHTNING01A-assembly_page_02.svg" ], "issues": 0, "local_root": "/data/mlab/mlab-modules/LIGHTNING01", "longname_en": "Lightning sensor module based on AS3935 Franklin Lightning Sensor IO. Sensor can be connected via I2C or SPI bus.", "mark": 80, "mod_ibom": "hw/cam_profi/ibom/LIGHTNING01-ibom.html", "mod_scheme": "doc/gen/LIGHTNING01-schematic.pdf", "name": "LIGHTNING01", "root": "", "short_en": "Lightning sensor module based on AS3935 Franklin Lightning Sensor IO. Sensor can be connected via I2C or SPI bus.", "status": 2, "tags": [ "as3935", "i2c", "lightning", "mlab", "sensing", "spi", "thunderstorm", "mlab-sensor", "mlab-module", "kicad", "kicad-pcb", "kicad-project", "mlab-kicad", "pcb", "measuring", "sensor" ], "title": "LIGHTNING01" }, { "_id": "LINREG01", "description": "The module can be fitted in housings linear stabilizers D2PAK (TO263), SOT223, DPAK (252).", "file_readme": "/data/mlab/mlab-modules/LINREG01/README.md", "github_branch": "LINREG01A", "github_description": "The module can be fitted in housings linear stabilizers D2PAK (TO263), SOT223, DPAK (252).", "github_raw": "https://raw.githubusercontent.com/mlab-modules/LINREG01/LINREG01A/", "github_repo": "LINREG01", "github_url": "https://github.com/mlab-modules/LINREG01", "homepage": false, "image_title": "doc/img/LINREG01A_top_big.jpg", "images": [ "doc/img/LINREG01A_top_big.jpg", "doc/img/LINREG01A_top_small.jpg" ], "local_root": "/data/mlab/mlab-modules/LINREG01", "longname_en": "The module can be fitted in housings linear stabilizers D2PAK (TO263), SOT223, DPAK (252).", "mark": 50, "name": "LINREG01", "root": "", "short_en": "The module can be fitted in housings linear stabilizers D2PAK (TO263), SOT223, DPAK (252).", "status": 2, "tags": [ "linear-regulator", "mlab", "mlab-module", "power", "power-source", "source", "pwr-src" ], "title": "LINREG01", "updated": "2024-05-18T20:18:14.729547+00:00" }, { "_id": "LION1CELL01", "description": "Singe cell Li-ion battery management module ", "file_readme": "/data/mlab/mlab-modules/LION1CELL01/README.md", "github_branch": "LION1CELL01B", "github_branches": [ "LION1CELL01A", "LION1CELL01B" ], "github_description": "Singe cell Li-ion battery management module ", "github_raw": "https://raw.githubusercontent.com/mlab-modules/LION1CELL01/LION1CELL01B/", "github_repo": "LION1CELL01", "github_url": "https://github.com/mlab-modules/LION1CELL01", "homepage": false, "image_title": "doc/img/LION1CELL01B_off_big.jpg", "images": [ "doc/img/LION1CELL01B_charge_big.jpg", "doc/img/LION1CELL01B_small.jpg", "doc/img/LION1CELL01B_off_big.jpg", "doc/src/Video/Charging_started.png", "doc/src/Video/logo.png", "doc/src/Video/Charging_finished.png", "doc/src/Video/Charger_connection.png", "doc/src/Video/Introduction.png", "doc/img/LION1CELL01B_QRcode.png", "sw/PIC16F887/setting/Min_V_cl/v_min_reg.png", "sw/PIC16F887/setting/V_MAX/vmax_reg.png", "sw/PIC16F887/setting/LED_BAT7/led_reg.png", "sw/PIC16F887/setting/Q_MAX/q_max_reg.png" ], "issues": 3, "local_root": "/data/mlab/mlab-modules/LION1CELL01", "longname_en": "Singe cell Li-ion battery management module ", "mark": 50, "name": "LION1CELL01", "root": "", "short_en": "Singe cell Li-ion battery management module ", "status": 2, "tags": [ "battery", "battery-management-system", "battery-monitor", "battery-fuel-gauge", "battery-protector", "mlab", "mlab-module" ], "title": "LION1CELL01", "updated": "2023-09-17T11:47:12.640407+00:00" }, { "_id": "LION1CELL02", "description": "Single-cell Li-Ion Battery management system with I2C interface", "file_readme": "/data/mlab/mlab-modules/LION1CELL02/README.md", "github_branch": "LION1CELL02A", "github_branches": [ "LION1CELL02A" ], "github_description": "Single-cell Li-Ion Battery management system with I2C interface", "github_raw": "https://raw.githubusercontent.com/mlab-modules/LION1CELL02/LION1CELL02A/", "github_repo": "LION1CELL02", "github_url": "https://github.com/mlab-modules/LION1CELL02", "homepage": false, "image_title": "doc/img/LION2CELL01D_top_big.jpg", "images": [ "doc/gen/img/LION1CELL02-bottom.png", "doc/gen/img/LION1CELL02-top.png", "doc/gen/LION1CELL02-schematic.svg", "doc/gen/img/LION1CELL02-top.svg", "doc/gen/img/LION1CELL02-bottom.svg", "hw/cam_profi/assembly/LION1CELL02-assembly_page_02.svg", "hw/cam_profi/assembly/LION1CELL02-assembly_page_01.svg" ], "issues": 0, "local_root": "/data/mlab/mlab-modules/LION1CELL02", "longname_en": "Single-cell Li-Ion Battery management system with I2C interface", "mark": 50, "mod_scheme": "doc/gen/LION1CELL02-schematic.pdf", "name": "LION1CELL02", "root": "", "short_en": "Single-cell Li-Ion Battery management system with I2C interface", "status": 1, "tags": [ "mlab", "mlab-module", "kicad", "kicad-pcb", "kicad-project", "mlab-kicad", "pcb" ], "title": "LION1CELL02", "updated": "2026-01-25T22:12:09.200999+00:00" }, { "_id": "LION2CELL01", "description": "Dual-cell Li-Ion Battery management system. ", "file_readme": "/data/mlab/mlab-modules/LION2CELL01/README.md", "github_branch": "LION2CELL01D", "github_branches": [ "LION2CELL01B", "LION2CELL01C", "LION2CELL01D" ], "github_description": "Dual-cell Li-Ion Battery management system. ", "github_raw": "https://raw.githubusercontent.com/mlab-modules/LION2CELL01/LION2CELL01D/", "github_repo": "LION2CELL01", "github_url": "https://github.com/mlab-modules/LION2CELL01", "homepage": false, "image_title": "doc/img/LION2CELL01D_top_big.jpg", "images": [ "doc/img/LION2CELL01D_top_big_back.jpg", "doc/img/LION2CELL01D_top_big.jpg", "doc/img/LION2CELL01D_small.jpg", "doc/img/FLIR/FLIR0207.jpg", "doc/img/FLIR/FLIR0217.jpg", "doc/img/FLIR/FLIR0212.jpg", "doc/img/FLIR/FLIR0221.jpg", "doc/img/FLIR/FLIR0219.jpg", "doc/img/FLIR/FLIR0208.jpg", "doc/img/FLIR/FLIR0216.jpg", "doc/img/FLIR/FLIR0213.jpg", "doc/img/FLIR/FLIR0210.jpg", "doc/img/FLIR/FLIR0222.jpg", "doc/img/FLIR/FLIR0220.jpg", "doc/img/FLIR/FLIR0218.jpg", "doc/img/FLIR/FLIR0209.jpg", "doc/img/FLIR/FLIR0214.jpg", "doc/img/FLIR/FLIR0211.jpg", "doc/gen/img/LION2CELL01-bottom.png", "doc/gen/img/LION2CELL01-top.png", "doc/img/LION2CELL01D_QRcode.png", "hw/cam_profi/assembly/LION2CELL01-assembly_page_01.svg", "hw/cam_profi/assembly/LION2CELL01-assembly_page_02.svg", "doc/gen/LION2CELL01-schematic.svg", "doc/gen/img/LION2CELL01-bottom.svg", "doc/gen/img/LION2CELL01-top.svg" ], "issues": 0, "local_root": "/data/mlab/mlab-modules/LION2CELL01", "longname_en": "Dual-cell Li-Ion Battery management system. ", "mark": 50, "mod_ibom": "hw/cam_profi/LION2CELL01-ibom.html", "mod_scheme": "doc/gen/LION2CELL01-schematic.pdf", "name": "LION2CELL01", "root": "", "short_en": "Dual-cell Li-Ion Battery management system. ", "status": 2, "tags": [ "battery", "battery-management-system", "charger", "i2c", "li-ion-battery", "mlab", "mlab-module", "kicad", "kicad-project", "mlab-kicad", "bms", "power-supply" ], "title": "LION2CELL01", "updated": "2024-07-19T15:33:24.813134+00:00" }, { "_id": "LION2CELL02", "description": " Dual-cell Li-Ion Battery management system with I2C interface and USB-C charging. ", "file_readme": "/data/mlab/mlab-modules/LION2CELL02/README.md", "github_branch": "LION2CELL02A", "github_description": " Dual-cell Li-Ion Battery management system with I2C interface and USB-C charging. ", "github_raw": "https://raw.githubusercontent.com/mlab-modules/LION2CELL02/LION2CELL02A/", "github_repo": "LION2CELL02", "github_url": "https://github.com/mlab-modules/LION2CELL02", "homepage": false, "image_title": "doc/src/img/LION2CELL02_3.jpg", "images": [ "doc/src/img/LION2CELL02_3.jpg", "doc/src/img/LION2CELL02_5.jpg", "doc/src/img/LION2CELL02_1.jpg", "doc/src/img/LION2CELL02_2.jpg", "doc/src/img/LION2CELL02_6.jpg", "doc/src/img/LION2CELL02_4.jpg", "doc/gen/img/LION2CELL02-top.png", "doc/gen/img/LION2CELL02-bottom.png", "hw/cam_profi/assembly/LION2CELL02-assembly_page_02.svg", "hw/cam_profi/assembly/LION2CELL02-assembly_page_01.svg", "doc/gen/LION2CELL02-schematic.svg", "doc/gen/LION2CELL02-Fuel Gauge.svg", "doc/gen/LION2CELL02-Power Output.svg", "doc/gen/LION2CELL02-Power Input.svg", "doc/gen/img/LION2CELL02-bottom.svg", "doc/gen/img/LION2CELL02-top.svg" ], "issues": 2, "local_root": "/data/mlab/mlab-modules/LION2CELL02", "longname_en": " Dual-cell Li-Ion Battery management system with I2C interface and USB-C charging. ", "mark": 50, "mod_ibom": "hw/cam_profi/LION2CELL02-ibom.html", "mod_scheme": "doc/gen/LION2CELL02-schematic.pdf", "name": "LION2CELL02", "root": "", "short_en": " Dual-cell Li-Ion Battery management system with I2C interface and USB-C charging. ", "status": 2, "tags": [ "battery", "battery-management-system", "bms", "charger", "i2c-device", "li-ion-battery", "mlab", "mlab-module", "power-supply" ], "tindie_url": "https://www.tindie.com/products/36381/", "title": "LION2CELL02", "updated": "2025-02-25T21:32:46.360913+00:00" }, { "_id": "LM108601", "description": " Small voltage stabilizer. Based on LM1086.", "file_readme": "/data/mlab/mlab-modules/LM108601/README.md", "github_branch": "LM108601A", "github_description": " Small voltage stabilizer. Based on LM1086.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/LM108601/LM108601A/", "github_repo": "LM108601", "github_url": "https://github.com/mlab-modules/LM108601", "homepage": false, "image_title": "/doc/img/LM108601A_SMD_top_big.jpg", "images": [ "doc/img/LM_small.jpg", "doc/img/LM108601A_top_small.jpg", "doc/img/LM108601A_Bot_small.jpg", "doc/img/LM108601A_top_big.jpg", "doc/img/LM108601A_SMD_Bot_small.jpg", "doc/img/LM108601A_SMD_top_big.jpg", "doc/img/LM108601A_Bot_big.jpg", "doc/img/LM108601A_SMD_Bot_big.jpg", "doc/img/LM108601A_SMD_top_small.jpg", "doc/html/LM108601A_Files/image003.jpg", "doc/html/LM108601A_Files/image006.jpg", "doc/html/LM108601A_Files/image008.jpg", "doc/html/LM108601A_Files/image009.jpg", "doc/html/LM108601A_Files/image005.jpg", "doc/html/LM108601A_Files/image007.jpg", "doc/html/LM108601A_Files/image001.jpg", "doc/html/LM108601A_Files/image004.jpg", "doc/img/LM108601A_QRcode.png", "doc/html/LM108601A_Files/image002.png" ], "local_root": "/data/mlab/mlab-modules/LM108601", "longname_en": " Small voltage stabilizer. Based on LM1086.", "mark": 50, "name": "LM108601", "replaced": "LINREG01", "root": "", "short_en": " Small voltage stabilizer. Based on LM1086.", "status": 3, "tags": [ "mlab-module", "power-source" ], "title": "LM108601", "updated": "2024-05-18T19:42:28.973187+00:00" }, { "_id": "LM38601", "description": " Module of small universal audio amplifier with LM386 can be used for receivers and other devices requiring low output power. The amplifier is equipped with jumpers for setting of parameters (gain and frequency) so that it can be used more universally. ", "file_readme": "/data/mlab/mlab-modules/LM38601/README.md", "github_branch": "LM38601A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/LM38601/LM38601A/", "github_repo": "LM38601", "github_url": "https://github.com/mlab-modules/LM38601", "homepage": false, "image_title": "doc/src/Modul.jpg", "images": [ "doc/src/Modul.jpg", "doc/src/04.jpg", "doc/src/02.jpg", "doc/src/03.jpg", "doc/src/01.jpg", "doc/img/LM38601A_small.jpg", "doc/html/Pictures/image005.jpg", "doc/html/Pictures/image001.jpg", "doc/html/Pictures/image004.jpg", "doc/img/LM38601A_QRcode.png", "doc/html/Pictures/image002.gif", "doc/html/Pictures/image003.gif" ], "local_root": "/data/mlab/mlab-modules/LM38601", "longname_en": " Module of small universal audio amplifier with LM386 can be used for receivers and other devices requiring low output power. The amplifier is equipped with jumpers for setting of parameters (gain and frequency) so that it can be used more universally. ", "mark": 50, "name": "LM38601", "root": "", "short_en": " Module of small universal audio amplifier with LM386 can be used for receivers and other devices requiring low output power. The amplifier is equipped with jumpers for setting of parameters (gain and frequency) so that it can be used more universally. ", "status": 4, "tags": [ "mlab", "mlab-module" ], "title": "LM38601" }, { "_id": "LMR1405001", "description": "40 V input high-power step-down converter. ", "file_readme": "/data/mlab/mlab-modules/LMR1405001/README.md", "github_branch": "LMR1405001A", "github_description": "40 V input high-power step-down converter. ", "github_raw": "https://raw.githubusercontent.com/mlab-modules/LMR1405001/LMR1405001A/", "github_repo": "LMR1405001", "github_url": "https://github.com/mlab-modules/LMR1405001", "homepage": false, "image_title": "doc/gen/img/LMR1405001-bottom.png", "images": [ "doc/gen/img/LMR1405001-bottom.png", "doc/gen/img/LMR1405001-top.png", "hw/cam_profi/assembly/LMR1405001-assembly_page_01.svg", "hw/cam_profi/assembly/LMR1405001-assembly_page_02.svg", "doc/gen/LMR1405001-schematic.svg", "doc/gen/img/LMR1405001-bottom.svg", "doc/gen/img/LMR1405001-top.svg" ], "local_root": "/data/mlab/mlab-modules/LMR1405001", "longname_en": "40 V input high-power step-down converter. ", "mark": 50, "mod_ibom": "hw/cam_profi/LMR1405001-ibom.html", "mod_scheme": "doc/gen/LMR1405001-schematic.pdf", "name": "LMR1405001", "root": "", "short_en": "40 V input high-power step-down converter. ", "status": 2, "tags": [ "dcdc-converter" ], "title": "LMR1405001", "updated": "2024-07-16T00:42:43.375039+00:00" }, { "_id": "LNA01", "description": "Very low noise <0.8dB band pass amplifier to multi frequency bands.", "file_readme": "/data/mlab/mlab-modules/LNA01/README.md", "github_branch": "LNA01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/LNA01/LNA01A/", "github_repo": "LNA01", "github_url": "https://github.com/mlab-modules/LNA01", "homepage": false, "image_title": "doc/img/LNA01A_bottom_big.jpg", "images": [ "doc/img/LNA01A_bottom_big.jpg", "doc/img/LNA01A_bottom_small.jpg", "doc/img/frequency_response1.png", "doc/img/LNA01A_QRcode.png", "doc/img/frequency_response2.png", "hw/cam_ama/front_panel.svg", "hw/cam_ama/hole_pattern.svg", "hw/cam_ama/front_panel_multi.svg" ], "local_root": "/data/mlab/mlab-modules/LNA01", "longname_en": "Very low noise <0.8dB band pass amplifier to multi frequency bands.", "mark": 50, "name": "LNA01", "root": "", "short_en": "Very low noise <0.8dB band pass amplifier to multi frequency bands.", "status": 2, "tags": [ "mlab", "mlab-module", "comm-rf", "lna", "low-noise-amplifier", "radio", "rf", "pream", "rf-preamp" ], "title": "LNA01" }, { "_id": "LTS01", "description": "The MLAB LTS01 is a highly precise digital thermometer module utilizing the MAX31725 IC. It offers I2C connectivity, multiple resolution options, and low power consumption. Designed for a temperature range of -55\u00b0C to +150\u00b0C, it's perfect for home automation, industrial control, medical devices, and HVAC systems.", "file_readme": "/data/mlab/mlab-modules/LTS01/README.md", "github_branch": "LTS01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/LTS01/LTS01A/", "github_repo": "LTS01", "github_url": "https://github.com/mlab-modules/LTS01", "homepage": false, "image_title": "doc/img/LTS01A_top_big.jpg", "images": [ "doc/img/LTS01A_top_big.jpg", "doc/img/LTS01A_top_small.jpg", "doc/img/LTS01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/LTS01", "longname_en": "The MLAB LTS01 is a highly precise digital thermometer module utilizing the MAX31725 IC. It offers I2C connectivity, multiple resolution options, and low power consumption. Designed for a temperature range of -55\u00b0C to +150\u00b0C, it's perfect for home automation, industrial control, medical devices, and HVAC systems.", "mark": 50, "name": "LTS01", "root": "", "short_en": "The MLAB LTS01 is a highly precise digital thermometer module utilizing the MAX31725 IC. It offers I2C connectivity, multiple resolution options, and low power consumption. Designed for a temperature range of -55\u00b0C to +150\u00b0C, it's perfect for home automation, industrial control, medical devices, and HVAC systems.", "status": 2, "tags": [ "mlab", "mlab-module", "max31725", "mlab-senzor", "mlab-thermometer", "high-accuracy", "hvac-control", "i2c", "i2c-bus", "i2c-sensors", "temperature-monitoring", "temperature-sensor", "thermometer", "i2c-thermometer" ], "title": "LTS01" }, { "_id": "MAG01", "description": "Precision I2C magnetometer for compass and navigation applications in robotics.", "file_readme": "/data/mlab/mlab-modules/MAG01/README.md", "github_branch": "MAG01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/MAG01/MAG01A/", "github_repo": "MAG01", "github_url": "https://github.com/mlab-modules/MAG01", "homepage": false, "image_title": "doc/img/MAG01A_top_big.jpg", "images": [ "doc/img/MAG01A_top_big.jpg", "doc/img/MAG01A_top_small.jpg", "doc/html/Pictures/MAG01A_2.jpg", "doc/html/Pictures/MAG01A_1.jpg", "doc/img/MAG01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/MAG01", "longname_en": "Precision I2C magnetometer for compass and navigation applications in robotics.", "mark": 50, "name": "MAG01", "root": "", "short_en": "Precision I2C magnetometer for compass and navigation applications in robotics.", "status": 2, "tags": [ "mlab", "mlab-module" ], "title": "MAG01" }, { "_id": "MBA81001", "description": " Module of 5W audio amplifier with MBA810 (TBA810). The chip is old and it was used because we had lots of them.", "file_readme": "/data/mlab/mlab-modules/MBA81001/README.md", "github_branch": "MBA81001A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/MBA81001/MBA81001A/", "github_repo": "MBA81001", "github_url": "https://github.com/mlab-modules/MBA81001", "homepage": false, "image_title": "doc/img/MBA81001A_small.jpg", "images": [ "doc/img/MBA81001A_small.jpg", "doc/html/Pictures/image003.jpg", "doc/html/Pictures/image001.jpg", "doc/html/Pictures/image004.jpg", "doc/src/OBR3.jpg", "doc/src/OBR3_s.jpg", "doc/src/OBR1.jpg", "doc/src/OBR2.jpg", "doc/src/MBA810S_Internal.jpg", "doc/img/MBA81001A_QRcode.png", "doc/html/Pictures/image002.gif" ], "local_root": "/data/mlab/mlab-modules/MBA81001", "longname_en": " Module of 5W audio amplifier with MBA810 (TBA810). The chip is old and it was used because we had lots of them.", "mark": 50, "name": "MBA81001", "root": "", "short_en": " Module of 5W audio amplifier with MBA810 (TBA810). The chip is old and it was used because we had lots of them.", "status": 4, "tags": [ "mlab", "mlab-module", "audio" ], "title": "MBA81001" }, { "_id": "MC3406301", "description": " Switched power unit with adjustable regulator.", "file_readme": "/data/mlab/mlab-modules/MC3406301/README.md", "github_branch": "MC3406301A", "github_description": " Switched power unit with adjustable regulator.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/MC3406301/MC3406301A/", "github_repo": "MC3406301", "github_url": "https://github.com/mlab-modules/MC3406301", "homepage": false, "image_title": "doc/img/MC3406301A_small.jpg", "images": [ "doc/img/MC3406301A_small.jpg", "doc/img/MC3406301A_big.jpg", "doc/img/MC3406301A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/MC3406301", "longname_en": " Switched power unit with adjustable regulator.", "mark": 50, "name": "MC3406301", "replaced": "BATPOWER04", "root": "", "short_en": " Switched power unit with adjustable regulator.", "status": 3, "tags": [], "title": "MC3406301", "updated": "2024-05-18T19:38:20.154127+00:00" }, { "_id": "MIC01", "description": null, "file_readme": "/data/mlab/mlab-modules/MIC01/README.md", "github_branch": "MIC01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/MIC01/MIC01A/", "github_repo": "MIC01", "github_url": "https://github.com/mlab-modules/MIC01", "homepage": false, "image_title": "doc/img/MIC01A_QRcode.png", "images": [ "doc/img/MIC01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/MIC01", "longname_en": null, "mark": 50, "name": "MIC01", "root": "", "short_en": null, "status": 0, "tags": [ "mlab", "mlab-module" ], "title": "MIC01" }, { "_id": "MPC17511HB01", "description": "The module uses two MC17511A H-Bridges. 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Power supply is 2.0-6.8V, current 1A, max 3A (per bridge)", "github_raw": "https://raw.githubusercontent.com/mlab-modules/MPC17511HB01/MPC17511HB01A/", "github_repo": "MPC17511HB01", "github_url": "https://github.com/mlab-modules/MPC17511HB01", "homepage": false, "image_title": "doc/img/MPC17511HB01A_top_Icon.jpg", "images": [ "doc/img/MPC17511HB01A_top_Icon.jpg", "doc/img/Odpory.jpg", "doc/img/MPC17511HB01A_Bot_small.jpg", "doc/img/MPC17511HB01A_top_small.jpg", "doc/img/MPC17511HB01A_Bot_Icon.jpg", "doc/html/MPC17511HB01A_Files/image001.jpg", "doc/html/MPC17511HB01A_Files/image008.jpg", "doc/html/MPC17511HB01A_Files/image010.jpg", "doc/html/MPC17511HB01A_Files/image009.jpg", "doc/html/MPC17511HB01A_Files/image002.jpg", "doc/img/MPC17511HB01A_QRcode.png", "doc/html/MPC17511HB01A_Files/image007.png", "doc/html/MPC17511HB01A_Files/image004.png", "doc/html/MPC17511HB01A_Files/image005.png", "doc/html/MPC17511HB01A_Files/image006.png", "doc/html/MPC17511HB01A_Files/image003.png" ], "local_root": "/data/mlab/mlab-modules/MPC17511HB01", "longname_en": "The module uses two MC17511A H-Bridges. Power supply is 2.0-6.8V, current 1A, max 3A (per bridge)", "mark": 50, "name": "MPC17511HB01", "replaced": "HBRIDGE03", "root": "", "short_en": "The module uses two MC17511A H-Bridges. Power supply is 2.0-6.8V, current 1A, max 3A (per bridge)", "status": 3, "tags": [ "control", "dcmotor", "h-bridge" ], "title": "MPC17511HB01", "updated": "2025-09-21T11:18:44.163984+00:00" }, { "_id": "MPC17529HB01", "description": "The module uses dual MC17529 H-Bridge. The power voltage is 2.0-6.8V, the current 2x0.7A, maximum current max 2x1.4A. ", "file_readme": "/data/mlab/mlab-modules/MPC17529HB01/README.md", "github_branch": "MPC17529HB01A", "github_description": "The module uses dual MC17529 H-Bridge. The power voltage is 2.0-6.8V, the current 2x0.7A, maximum current max 2x1.4A. ", "github_raw": "https://raw.githubusercontent.com/mlab-modules/MPC17529HB01/MPC17529HB01A/", "github_repo": "MPC17529HB01", "github_url": "https://github.com/mlab-modules/MPC17529HB01", "homepage": false, "image_title": "doc/img/MPC17529HB01A_Bot_Icon.jpg", "images": [ "doc/img/MPC17529HB01A_Bot_Icon.jpg", "doc/img/MPC17529HB01A_top_small.jpg", "doc/img/MPC17529HB01A_Bot_small.jpg", "doc/img/MPC17529HB01A_top_Icon.jpg", "doc/html/MPC17529HB01A_Files/image001.jpg", "doc/html/MPC17529HB01A_Files/image005.jpg", "doc/html/MPC17529HB01A_Files/image002.jpg", "doc/img/MPC17529HB01A_QRcode.png", "doc/html/MPC17529HB01A_Files/image008.png", "doc/html/MPC17529HB01A_Files/image007.png", "doc/html/MPC17529HB01A_Files/image004.png", "doc/html/MPC17529HB01A_Files/image006.png", "doc/html/MPC17529HB01A_Files/image003.png" ], "local_root": "/data/mlab/mlab-modules/MPC17529HB01", "longname_en": "The module uses dual MC17529 H-Bridge. The power voltage is 2.0-6.8V, the current 2x0.7A, maximum current max 2x1.4A. ", "mark": 50, "name": "MPC17529HB01", "replaced": "HBRIDGE03", "root": "", "short_en": "The module uses dual MC17529 H-Bridge. The power voltage is 2.0-6.8V, the current 2x0.7A, maximum current max 2x1.4A. ", "status": 3, "tags": [ "dcmotor", "h-bridge" ], "title": "MPC17529HB01", "updated": "2025-09-21T11:34:29.562636+00:00" }, { "_id": "MPCIEFTDI01", "description": "miniPCIexpress breadboard with FTDI converter", "file_readme": "/data/mlab/mlab-modules/MPCIEFTDI01/README.md", "github_branch": "MPCIEFTDI01A", "github_branches": [ "MPCIEFTDI01A" ], "github_description": "miniPCIexpress breadboard with FTDI converter", "github_raw": "https://raw.githubusercontent.com/mlab-modules/MPCIEFTDI01/MPCIEFTDI01A/", "github_repo": "MPCIEFTDI01", "github_url": "https://github.com/mlab-modules/MPCIEFTDI01", "homepage": false, "images": [], "issues": 0, "local_root": "/data/mlab/mlab-modules/MPCIEFTDI01", "longname_en": "miniPCIexpress breadboard with FTDI converter", "mark": 50, "name": "MPCIEFTDI01", "root": "", "short_en": "miniPCIexpress breadboard with FTDI converter", "status": 0, "tags": [ "mlab", "mlab-module" ], "title": "MPCIEFTDI01", "updated": "2023-09-17T11:48:09.605648+00:00" }, { "_id": "MPPB01", "description": "Mechanical parallella peripheral board ", "file_readme": "/data/mlab/mlab-modules/MPPB01/README.md", "github_branch": "MPPB01B", "github_branches": [ "MPPB01A", "MPPB01B" ], "github_raw": "https://raw.githubusercontent.com/mlab-modules/MPPB01/MPPB01B/", "github_repo": "MPPB01", "github_url": "https://github.com/mlab-modules/MPPB01", "homepage": false, "image_title": "doc/gen/img/MPPB01-top.png", "images": [ "doc/src/img/MPPB01A_PCB_top.png", "doc/src/img/MPPB01A_top.png", "doc/src/img/MPPB01A_PCB.png", "doc/gen/img/MPPB01-top.png", "doc/gen/img/MPPB01-bottom.png", "doc/gen/MPPB01-SOUTH.svg", "doc/gen/MPPB01-POWER.svg", "doc/gen/MPPB01-MountingHoles.svg", "doc/gen/MPPB01-NORTH.svg", "doc/gen/MPPB01-GPIO.svg", "doc/gen/MPPB01-schematic.svg", "doc/gen/img/MPPB01-top.svg", "doc/gen/img/MPPB01-bottom.svg", "hw/cam_profi/assembly/MPPB01-assembly_page_01.svg", "hw/cam_profi/assembly/MPPB01-assembly_page_02.svg" ], "issues": 2, "local_root": "/data/mlab/mlab-modules/MPPB01", "longname_en": "Mechanical parallella peripheral board ", "mark": 50, "mod_ibom": "hw/cam_profi/MPPB01-ibom.html", "mod_scheme": "doc/parallella_schematic.pdf", "name": "MPPB01", "root": "", "short_en": "Mechanical parallella peripheral board ", "status": 2, "tags": [ "mlab", "mlab-module", "kicad", "kicad-pcb", "kicad-project", "mlab-kicad", "pcb" ], "title": "MPPB01", "updated": "2023-09-17T07:11:44.226075+00:00" }, { "_id": "NFET2X01", "description": "There are 2 NFETs switching to earth. Inductive load is allowed.", "file_readme": "/data/mlab/mlab-modules/NFET2X01/README.md", "github_branch": "NFET2X01A", "github_description": "There are 2 NFETs switching to earth. Inductive load is allowed.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/NFET2X01/NFET2X01A/", "github_repo": "NFET2X01", "github_url": "https://github.com/mlab-modules/NFET2X01", "homepage": false, "image_title": "doc/img/NFET2X01A_top.jpg", "images": [ "doc/img/NFET2X01A_top.jpg", "doc/img/NFET2X01A_Bot_small.jpg", "doc/img/NFET2X01A_top_small.jpg", "doc/img/NFET2X01A_top_Icon.jpg", "doc/img/NFET2X01A_Bot_Icon.jpg", "doc/img/NFET2X01A_Bot.jpg", "doc/html/NFET2X01A_Files/image002.jpg", "doc/html/NFET2X01A_Files/image001.jpg", "doc/img/NFET2X01A_QRcode.png", "doc/html/NFET2X01A_Files/image004.png", "doc/html/NFET2X01A_Files/image003.png", "doc/html/NFET2X01A_Files/image006.png", "doc/html/NFET2X01A_Files/image005.png" ], "local_root": "/data/mlab/mlab-modules/NFET2X01", "longname_en": "There are 2 NFETs switching to earth. Inductive load is allowed.", "mark": 50, "name": "NFET2X01", "replaced": "NFET4X01", "root": "", "short_en": "There are 2 NFETs switching to earth. Inductive load is allowed.", "status": 3, "tags": [], "title": "NFET2X01", "updated": "2024-05-18T19:54:16.112100+00:00" }, { "_id": "NFET4X01", "description": "Quad power MOSFET D-PAK transistors.", "file_readme": "/data/mlab/mlab-modules/NFET4X01/README.md", "github_branch": "NFET4X01B", "github_description": "Quad power MOSFET D-PAK transistors.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/NFET4X01/NFET4X01B/", "github_repo": "NFET4X01", "github_url": "https://github.com/mlab-modules/NFET4X01", "homepage": false, "image_title": "doc/img/NFET4X01B_top_big.jpg", "images": [ "doc/img/NFET4X01B_top_big.jpg", "doc/img/NFET4X01B_bottom_big.jpg", "doc/img/NFET4X01B_bottom_small.jpg", "doc/img/NFET4X01B_top_small.jpg", "doc/html/NFET4X01A_Files/image002.jpg", "doc/html/NFET4X01A_Files/image001.jpg", "doc/img/NFET4X01B_QRcode.png", "doc/html/NFET4X01A_Files/image004.png", "doc/html/NFET4X01A_Files/image003.png", "doc/html/NFET4X01A_Files/image008.png", "doc/html/NFET4X01A_Files/image006.png", "doc/html/NFET4X01A_Files/image005.png", "doc/html/NFET4X01A_Files/image007.png" ], "local_root": "/data/mlab/mlab-modules/NFET4X01", "longname_en": "Quad power MOSFET D-PAK transistors.", "mark": 50, "name": "NFET4X01", "root": "", "short_en": "Quad power MOSFET D-PAK transistors.", "status": 2, "tags": [ "fet", "load-switch", "mlab", "mlab-module", "mosfet", "power-switch", "switching", "transistor", "transistors", "mlab-powersw", "n-fet", "nfet", "power-sw" ], "title": "NFET4X01", "updated": "2024-06-02T23:46:46.291900+00:00" }, { "_id": "OLED01", "category": "Display", "description": " OLED module with SSD1306 controller, I2C interface level shifter, integrated buzzer, touchscreen, and LEDs.", "file_readme": "/data/mlab/mlab-modules/OLED01/README.md", "github_branch": "OLED01B", "github_branches": [ "OLED01A", "OLED01B" ], "github_description": " OLED module with SSD1306 controller, I2C interface level shifter, integrated buzzer, touchscreen, and LEDs.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/OLED01/OLED01B/", "github_repo": "OLED01", "github_url": "https://github.com/mlab-modules/OLED01", "homepage": true, "image_title": "doc/gen/img/OLED01-top.png", "images": [ "doc/gen/img/OLED01-bottom.png", "doc/gen/img/OLED01-top.png", "hw/cam_profi/assembly/OLED01-assembly_page_01.svg", "hw/cam_profi/assembly/OLED01-assembly_page_02.svg", "doc/gen/OLED01-schematic.svg", "doc/gen/img/OLED01-top.svg", "doc/gen/img/OLED01-bottom.svg" ], "issues": 6, "local_root": "/data/mlab/mlab-modules/OLED01", "longname_en": " OLED module with SSD1306 controller, I2C interface level shifter, integrated buzzer, touchscreen, and LEDs.", "mark": 80, "mod_ibom": "hw/cam_profi/OLED01-ibom.html", "mod_scheme": "doc/gen/OLED01-schematic.pdf", "name": "OLED01", "root": "", "short_en": " OLED module with SSD1306 controller, I2C interface level shifter, integrated buzzer, touchscreen, and LEDs.", "status": 2, "tags": [ "display", "i2c", "mlab", "oled", "oled-display", "spi", "mlab-module", "kicad", "kicad-pcb", "kicad-project", "mlab-kicad", "pcb", "mlab-display", "mlab-ui", "ssd1306", "ssd1306-oled", "oledm128-6gga", "touchscreen" ], "title": "OLED01", "updated": "2025-04-13T02:21:53.233709+00:00" }, { "_id": "OLED02", "description": "Simplified 1.3\" OLED display and SSD1306 controller, connected via I\u00b2C.", "file_readme": "/data/mlab/mlab-modules/OLED02/README.md", "github_branch": "OLED02A", "github_description": "Simplified 1.3\" OLED display and SSD1306 controller, connected via I\u00b2C.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/OLED02/OLED02A/", "github_repo": "OLED02", "github_url": "https://github.com/mlab-modules/OLED02", "homepage": false, "image_title": "doc/gen/img/OLED02-top.png", "images": [ "doc/img/IMG_20250409_185328.jpg", "doc/img/OLED02.jpg", "doc/img/IMG_20250409_185201.jpg", "doc/img/IMG_20250409_185218.jpg", "doc/gen/img/OLED02-top.png", "doc/gen/img/OLED02-bottom.png", "hw/cam_profi/assembly/OLED02-assembly_page_02.svg", "hw/cam_profi/assembly/OLED02-assembly_page_01.svg", "doc/gen/OLED02-schematic.svg", "doc/gen/img/OLED02-bottom.svg", "doc/gen/img/OLED02-top.svg" ], "local_root": "/data/mlab/mlab-modules/OLED02", "longname_en": "Simplified 1.3\" OLED display and SSD1306 controller, connected via I\u00b2C.", "mark": 50, "mod_ibom": "hw/cam_profi/OLED02-ibom.html", "mod_scheme": "doc/gen/OLED02-schematic.pdf", "name": "OLED02", "root": "", "short_en": "Simplified 1.3\" OLED display and SSD1306 controller, connected via I\u00b2C.", "status": 2, "tags": [ "display", "i2c-display", "mlab-module", "human-interface" ], "title": "OLED02", "updated": "2026-04-15T12:14:56.779495+00:00" }, { "_id": "OZDUAL02", "description": "Construction of the module is developed as universal circuit module for dual operational amplifier in SO8 package. Module contains voltage reference. This module can be used for all standard operational amplifier applications. Circuitry is modified by populating the module by SMD resistors.", "file_readme": "/data/mlab/mlab-modules/OZDUAL02/README.md", "github_branch": "OZDUAL02A", "github_description": "Construction of the module is developed as universal circuit module for dual operational amplifier in SO8 package. Module contains voltage reference. This module can be used for all standard operational amplifier applications. Circuitry is modified by populating the module by SMD resistors.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/OZDUAL02/OZDUAL02A/", "github_repo": "OZDUAL02", "github_url": "https://github.com/mlab-modules/OZDUAL02", "homepage": false, "image_title": "doc/img/OZDUAL02A_QRcode.png", "images": [ "doc/img/OZDUAL02A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/OZDUAL02", "longname_en": "Construction of the module is developed as universal circuit module for dual operational amplifier in SO8 package. Module contains voltage reference. This module can be used for all standard operational amplifier applications. Circuitry is modified by populating the module by SMD resistors.", "mark": 50, "name": "OZDUAL02", "root": "", "short_en": "Construction of the module is developed as universal circuit module for dual operational amplifier in SO8 package. Module contains voltage reference. This module can be used for all standard operational amplifier applications. Circuitry is modified by populating the module by SMD resistors.", "status": 0, "tags": [], "title": "OZDUAL02", "updated": "2023-09-17T11:51:47.926984+00:00" }, { "_id": "OZDUAL03", "description": null, "file_readme": "/data/mlab/mlab-modules/OZDUAL03/README.md", "github_branch": "OZDUAL03A", "github_description": null, "github_raw": "https://raw.githubusercontent.com/mlab-modules/OZDUAL03/OZDUAL03A/", "github_repo": "OZDUAL03", "github_url": "https://github.com/mlab-modules/OZDUAL03", "homepage": false, "images": [], "local_root": "/data/mlab/mlab-modules/OZDUAL03", "longname_en": null, "mark": 50, "name": "OZDUAL03", "root": "", "short_en": null, "status": 0, "tags": [], "title": "OZDUAL03", "updated": "2023-09-17T11:49:13.188053+00:00" }, { "_id": "OZdual01", "description": "Construction of the module is optimized for most dual operational apmlifier in DIL8 package. Contains voltage reference.", "file_readme": "/data/mlab/mlab-modules/OZdual01/README.md", "github_branch": "OZdual01A", "github_description": "Construction of the module is optimized for most dual operational apmlifier in DIL8 package. Contains voltage reference.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/OZdual01/OZdual01A/", "github_repo": "OZdual01", "github_url": "https://github.com/mlab-modules/OZdual01", "homepage": false, "image_title": "doc/img/OZDUAL01A_big.jpg", "images": [ "doc/img/OZDUAL01A_big.jpg", "doc/img/OZDUAL01A_small.jpg", "doc/img/OZdual01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/OZdual01", "longname_en": "Construction of the module is optimized for most dual operational apmlifier in DIL8 package. Contains voltage reference.", "mark": 50, "name": "OZdual01", "root": "", "short_en": "Construction of the module is optimized for most dual operational apmlifier in DIL8 package. Contains voltage reference.", "status": 4, "tags": [], "title": "OZdual01", "updated": "2025-02-25T22:43:14.693171+00:00" }, { "_id": "OZpower01", "description": "Construction of single power operational aplifier suitable for 18V/3A", "file_readme": "/data/mlab/mlab-modules/OZpower01/README.md", "github_branch": "OZpower01A", "github_description": "Construction of single power operational aplifier suitable for 18V/3A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/OZpower01/OZpower01A/", "github_repo": "OZpower01", "github_url": "https://github.com/mlab-modules/OZpower01", "homepage": false, "image_title": "doc/img/OZPOWER01A_small.jpg", "images": [ "doc/img/OZPOWER01A_small.jpg", "doc/img/OZPOWER01A_big.jpg", "doc/img/sch2.png", "doc/img/O1.png", "doc/img/OZpower01A_QRcode.png", "doc/img/sch.png" ], "local_root": "/data/mlab/mlab-modules/OZpower01", "longname_en": "Construction of single power operational aplifier suitable for 18V/3A", "mark": 50, "name": "OZpower01", "root": "", "short_en": "Construction of single power operational aplifier suitable for 18V/3A", "status": 4, "tags": [], "title": "OZpower01", "updated": "2025-02-25T21:58:09.192941+00:00" }, { "_id": "OZquad01", "description": "Construction of the module is optimized for most quad operational apmlifier in DIL14 package.", "file_readme": "/data/mlab/mlab-modules/OZquad01/README.md", "github_branch": "OZquad01A", "github_description": "Construction of the module is optimized for most quad operational apmlifier in DIL14 package.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/OZquad01/OZquad01A/", "github_repo": "OZquad01", "github_url": "https://github.com/mlab-modules/OZquad01", "homepage": false, "image_title": "doc/img/P1020108.jpg", "images": [ "doc/img/P1020108.jpg", "doc/img/pinout.png", "doc/img/OZquad01A_QRcode.png", "doc/img/schema1.png", "doc/img/schema2.png" ], "local_root": "/data/mlab/mlab-modules/OZquad01", "longname_en": "Construction of the module is 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On PCB is a bias resistor for Ethernet peripheral.", "file_readme": "/data/mlab/mlab-modules/PIC18F8xTQ8001/README.md", "github_branch": "PIC18F8xTQ8001A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/PIC18F8xTQ8001/PIC18F8xTQ8001A/", "github_repo": "PIC18F8xTQ8001", "github_url": "https://github.com/mlab-modules/PIC18F8xTQ8001", "homepage": false, "image_title": "doc/img/PIC18F8xTQ8001A_top_big.jpg", "images": [ "doc/img/PIC18F8xTQ8001A_top_big.jpg", "doc/img/PIC18F8xTQ8001A_top_small.jpg", "doc/img/PIC18F8xTQ8001A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/PIC18F8xTQ8001", "longname_en": "Module for work with PIC18F MCU in TQFP80 package. On PCB is a bias resistor for Ethernet peripheral.", "mark": 50, "name": "PIC18F8xTQ8001", "root": "", "short_en": "Module for work with PIC18F MCU in TQFP80 package. On PCB is a bias resistor for Ethernet peripheral.", "status": 2, "tags": [ "mlab", "mlab-module" ], "title": "PIC18F8xTQ8001" }, { "_id": "PICICD01", "description": null, "file_readme": "/data/mlab/mlab-modules/PICICD01/README.md", "github_branch": "PICICD01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/PICICD01/PICICD01A/", "github_repo": "PICICD01", "github_url": "https://github.com/mlab-modules/PICICD01", "homepage": false, "image_title": "doc/src/PICICD_big.jpg", "images": [ "doc/src/PICICD_big.jpg", "doc/img/PICICD01A_small.jpg", "doc/html/Pictures/image008.jpg", "doc/html/Pictures/image009.jpg", "doc/html/Pictures/image001.jpg", "doc/img/PICICD01A_QRcode.png", "doc/html/Pictures/image006.gif", "doc/html/Pictures/image005.gif", "doc/html/Pictures/image002.gif", "doc/html/Pictures/image003.gif", "doc/html/Pictures/image004.gif", "doc/html/Pictures/image007.gif" ], "local_root": "/data/mlab/mlab-modules/PICICD01", "longname_en": null, "mark": 50, "name": "PICICD01", "root": "", "short_en": null, "status": 4, "tags": [ "mlab", "mlab-module" ], "title": "PICICD01" }, { "_id": "PICPGR301", "description": "The programmer uses LPT port of PC and contains 5V voltage regulator so it can be used for powering target application. 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The programmer has tree state outputs and that is why it is not necessary to disconnect it from target application while debugging.", "mark": 50, "name": "PICPGR301", "root": "", "short_en": "The programmer uses LPT port of PC and contains 5V voltage regulator so it can be used for powering target application. The programmer has tree state outputs and that is why it is not necessary to disconnect it from target application while debugging.", "status": 4, "tags": [ "mlab", "mlab-module" ], "title": "PICPGR301" }, { "_id": "PICPROGUSB02", "description": null, "file_readme": "/data/mlab/mlab-modules/PICPROGUSB02/README.md", "github_branch": "main", "github_raw": "https://raw.githubusercontent.com/mlab-modules/PICPROGUSB02/main/", "github_repo": "PICPROGUSB02", "github_url": "https://github.com/mlab-modules/PICPROGUSB02", "homepage": false, "images": [], "local_root": "/data/mlab/mlab-modules/PICPROGUSB02", "longname_en": null, "mark": 50, "name": "PICPROGUSB02", "root": "", "short_en": null, "status": 0, "tags": [ "mlab", "mlab-module" ], "title": "PICPROGUSB02" }, { "_id": "PIND01", "description": "The module includes a parallel-connected diodes for PINS dosimeter.", "file_readme": "/data/mlab/mlab-modules/PIND01/README.md", "github_branch": "PIND01A", "github_description": "The module includes a parallel-connected diodes for PINS dosimeter.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/PIND01/PIND01A/", "github_repo": "PIND01", "github_url": "https://github.com/mlab-modules/PIND01", "homepage": false, "image_title": "doc/gen/img/PIND01-top.png", "images": [ "doc/gen/img/PIND01-top.png", "doc/gen/img/PIND01-bottom.png", "doc/img/PIND01A_QRcode.png", "doc/gen/PIND01-schematic.svg", "doc/gen/img/PIND01-bottom.svg", "doc/gen/img/PIND01-top.svg", "hw/cam_profi/assembly/PIND01-assembly_page_02.svg", "hw/cam_profi/assembly/PIND01-assembly_page_01.svg" ], "local_root": "/data/mlab/mlab-modules/PIND01", "longname_en": "The module includes a parallel-connected diodes for PINS dosimeter.", "mark": 50, "mod_ibom": "hw/cam_profi/PIND01-ibom.html", "mod_scheme": "doc/gen/PIND01-schematic.pdf", "name": "PIND01", "root": "", "short_en": "The module includes a parallel-connected diodes for PINS dosimeter.", "status": 4, "tags": [ "mlab", "mlab-module", "kicad", "kicad-pcb", "kicad-project", "mlab-kicad", "pcb" ], "title": "PIND01", "updated": "2024-07-04T22:40:59.388108+00:00" }, { "_id": "PIND02", "description": "PIN diode semiconductor radiation detector analog front-end. ", "file_readme": "/data/mlab/mlab-modules/PIND02/README.md", "github_branch": "PIND02A", "github_branches": [ "MODUL01A" ], "github_raw": "https://raw.githubusercontent.com/mlab-modules/PIND02/PIND02A/", "github_repo": "PIND02", "github_url": "https://github.com/mlab-modules/PIND02", "homepage": true, "image_title": "doc/src/img/PIND02_top_big.jpg", "images": [ "doc/src/img/PIND02_top_big.jpg", "doc/gen/img/PIND02-bottom.png", "doc/gen/img/PIND02-top.png", "hw/cam_profi/docs/PIND02A-assembly_page_02.svg", "hw/cam_profi/docs/PIND02A-assembly_page_01.svg", "doc/gen/PIND02-schematic.svg", "doc/gen/img/PIND02-top.svg", "doc/gen/img/PIND02-bottom.svg" ], "issues": 2, "local_root": "/data/mlab/mlab-modules/PIND02", "longname_en": "PIN diode semiconductor radiation detector analog front-end. ", "mark": 50, "mod_ibom": "hw/cam_profi/ibom/PIND02-ibom.html", "mod_scheme": "doc/gen/PIND02-schematic.pdf", "name": "PIND02", "root": "", "short_en": "PIN diode semiconductor radiation detector analog front-end. ", "status": 2, "tags": [ "cosmic-rays", "semiconductor-detector", "ionizing-radiation" ], "title": "PIND02", "updated": "2023-09-10T20:51:54.436543+00:00" }, { "_id": "PINHOLDER01", "description": "Board for mounting thick semiconductor diodes into existing devices.", "file_readme": "/data/mlab/mlab-modules/PINHOLDER01/README.md", "github_branch": "PINHOLDER01A", "github_branches": [ "PINHOLDER01A" ], "github_raw": "https://raw.githubusercontent.com/mlab-modules/PINHOLDER01/PINHOLDER01A/", "github_repo": "PINHOLDER01", "github_url": "https://github.com/mlab-modules/PINHOLDER01", "homepage": false, "image_title": "doc/gen/img/PINHOLDER01-top.png", "images": [ "doc/gen/img/PINHOLDER01-bottom.png", "doc/gen/img/PINHOLDER01-top.png", "hw/cam_profi/docs/PINHOLDER01A-assembly_page_01.svg", "hw/cam_profi/docs/PINHOLDER01A-assembly_page_02.svg", "doc/gen/PINHOLDER01-schematic.svg", "doc/gen/img/PINHOLDER01-top.svg", "doc/gen/img/PINHOLDER01-bottom.svg" ], "issues": 0, "local_root": "/data/mlab/mlab-modules/PINHOLDER01", "longname_en": "Board for mounting thick semiconductor diodes into existing devices.", "mark": 10, "mod_ibom": "hw/cam_profi/ibom/PINHOLDER01-ibom.html", "mod_scheme": "doc/gen/PINHOLDER01-schematic.pdf", "name": "PINHOLDER01", "root": "", "short_en": "Board for mounting thick semiconductor diodes into existing devices.", "status": 2, "tags": [ "mlab", "mlab-module", "kicad", "kicad-pcb", "kicad-project", "mlab-kicad", "pcb" ], "title": "PINHOLDER01" }, { "_id": "PINHOLDER02", "description": "Board for mounting thick semiconductor diodes into existing devices.", "file_readme": "/data/mlab/mlab-modules/PINHOLDER02/README.md", "github_branch": "PINHOLDER02A", "github_branches": [ "PINHOLDER02A" ], "github_raw": "https://raw.githubusercontent.com/mlab-modules/PINHOLDER02/PINHOLDER02A/", "github_repo": "PINHOLDER02", "github_url": "https://github.com/mlab-modules/PINHOLDER02", "homepage": false, "image_title": "doc/gen/img/PINHOLDER02-top.png", "images": [ "doc/gen/img/PINHOLDER02-bottom.png", "doc/gen/img/PINHOLDER02-top.png", "doc/gen/PINHOLDER02-schematic.svg", "doc/gen/img/PINHOLDER02-bottom.svg", "doc/gen/img/PINHOLDER02-top.svg", "hw/cam_profi/docs/PINHOLDER02A-assembly_page_02.svg", "hw/cam_profi/docs/PINHOLDER02A-assembly_page_01.svg" ], "issues": 0, "local_root": "/data/mlab/mlab-modules/PINHOLDER02", "longname_en": "Board for mounting thick semiconductor diodes into existing devices.", "mark": 50, "mod_ibom": "hw/cam_profi/ibom/PINHOLDER02-ibom.html", "mod_scheme": "doc/gen/PINHOLDER02-schematic.pdf", "name": "PINHOLDER02", "root": "", "short_en": "Board for mounting thick semiconductor diodes into existing devices.", "status": 2, "tags": [ "mlab", "mlab-module", "kicad", "kicad-pcb", "kicad-project", "mlab-kicad", "pcb" ], "title": "PINHOLDER02" }, { "_id": "PINHOLDER03", "description": "Board for mounting thick semiconductor diodes into existing devices.", "file_readme": "/data/mlab/mlab-modules/PINHOLDER03/README.md", "github_branch": "PINHOLDER03A", "github_branches": [ "PINHOLDER03A" ], "github_raw": "https://raw.githubusercontent.com/mlab-modules/PINHOLDER03/PINHOLDER03A/", "github_repo": "PINHOLDER03", "github_url": "https://github.com/mlab-modules/PINHOLDER03", "homepage": false, "image_title": "doc/gen/img/PINHOLDER03-bottom.png", "images": [ "doc/gen/img/PINHOLDER03-top.png", "doc/gen/img/PINHOLDER03-bottom.png", "doc/gen/PINHOLDER03-schematic.svg", "doc/gen/img/PINHOLDER03-bottom.svg", "doc/gen/img/PINHOLDER03-top.svg", "hw/cam_profi/docs/PINHOLDER03A-assembly_page_01.svg", "hw/cam_profi/docs/PINHOLDER03A-assembly_page_02.svg" ], "issues": 0, "local_root": "/data/mlab/mlab-modules/PINHOLDER03", "longname_en": "Board for mounting thick semiconductor diodes into existing devices.", "mark": 50, "mod_ibom": "hw/cam_profi/ibom/PINHOLDER03-ibom.html", "mod_scheme": "doc/gen/PINHOLDER03-schematic.pdf", "name": "PINHOLDER03", "root": "", "short_en": "Board for mounting thick semiconductor diodes into existing devices.", "status": 2, "tags": [ "mlab", "mlab-module", "kicad", "kicad-pcb", "kicad-project", "mlab-kicad", "pcb" ], "title": "PINHOLDER03" }, { "_id": "PLBASE1113", "description": "3D printable MLAB plastic base board", "file_readme": "/data/mlab/mlab-modules/PLBASE1113/README.md", "github_branch": "PLBASE1113A", "github_description": "3D printable MLAB plastic base board", "github_raw": "https://raw.githubusercontent.com/mlab-modules/PLBASE1113/PLBASE1113A/", "github_repo": "PLBASE1113", "github_url": "https://github.com/mlab-modules/PLBASE1113", "homepage": false, "image_title": "doc/src/img/PLBASE1115_Top_Big.png", "images": [ "doc/img/PLBASE1115_Bottom_Small.jpg", "doc/img/PLBASE1115_Top_Small.jpg", "doc/src/img/PLBASE1115_module_Top_Big.JPG", "doc/src/img/PLBASE1115_mount_leg_Top_Big.JPG", "doc/src/img/PLBASE1115_Top_Big.png", "doc/src/img/PLBASE1115_Bottom_Big.png", "doc/src/img/PLBASE1115_QRcode.png" ], "issues": 2, "local_root": "/data/mlab/mlab-modules/PLBASE1113", "longname_en": "3D printable MLAB plastic base board", "mark": 50, "name": "PLBASE1113", "root": "", "short_en": "3D printable MLAB plastic base board", "status": 0, "tags": [ "3d-models", "3d-printing", "mlab", "mechanical" ], "title": "PLBASE1113", "updated": "2026-03-25T19:57:55.866157+00:00" }, { "_id": "POWERDAC01", "description": "DAC with power output class D amplifier. ", "file_readme": "/data/mlab/mlab-modules/POWERDAC01/README.md", "github_branch": "POWERDAC01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/POWERDAC01/POWERDAC01A/", "github_repo": "POWERDAC01", "github_url": "https://github.com/mlab-modules/POWERDAC01", "homepage": false, "image_title": "doc/img/POWERDAC01A_bottom_small.jpg", "images": [ "doc/img/POWERDAC01A_bottom_small.jpg", "doc/img/POWERDAC01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/POWERDAC01", "longname_en": "DAC with power output class D amplifier. ", "mark": 50, "name": "POWERDAC01", "root": "", "short_en": "DAC with power output class D amplifier. ", "status": 2, "tags": [ "mlab", "mlab-module" ], "title": "POWERDAC01" }, { "_id": "PROGLOG01", "description": "Small low-power open-source toolchain compatible FPGA ", "file_readme": "/data/mlab/mlab-modules/PROGLOG01/README.md", "github_branch": "PROGLOG01B", "github_branches": [ "PROGLOG01A", "PROGLOG01B" ], "github_raw": "https://raw.githubusercontent.com/mlab-modules/PROGLOG01/PROGLOG01B/", "github_repo": "PROGLOG01", "github_url": "https://github.com/mlab-modules/PROGLOG01", "homepage": false, "image_title": "doc/gen/img/PROGLOG01-top.png", "images": [ "doc/img/20191115_233044.jpg", "doc/img/20191115_233056.jpg", "doc/img/PROGLOG01A_top_big.jpg", "doc/img/20200121_193634.jpg", "doc/img/PROGLOG01A_bot_big.jpg", "doc/img/20200121_193715.jpg", "doc/img/20200121_193658.jpg", "doc/img/PROGLOG01A_QRcode.png", "doc/gen/img/PROGLOG01-top.png", "doc/gen/img/PROGLOG01-bottom.png", "doc/gen/PROGLOG01-schematic.svg", "doc/gen/img/PROGLOG01-top.svg", "doc/gen/img/PROGLOG01-bottom.svg", "hw/cam_profi/docs/PROGLOG01B-assembly_page_01.svg", "hw/cam_profi/docs/PROGLOG01B-assembly_page_02.svg" ], "issues": 3, "local_root": "/data/mlab/mlab-modules/PROGLOG01", "longname_en": "Small low-power open-source toolchain compatible FPGA ", "mark": 50, "mod_ibom": "hw/cam_profi/ibom/PROGLOG01-ibom.html", "mod_scheme": "doc/gen/PROGLOG01-schematic.pdf", "name": "PROGLOG01", "root": "", "short_en": "Small low-power open-source toolchain compatible FPGA ", "status": 2, "tags": [ "fpga", "fpga-programming", "mlab", "mlab-module", "kicad", "kicad-pcb", "kicad-project", "mlab-kicad", "pcb" ], "title": "PROGLOG01" }, { "_id": "QFHBAL01", "description": "Balun for QFH mix antennas", "file_readme": "/data/mlab/mlab-modules/QFHBAL01/README.md", "github_branch": "QFHBAL01A", "github_branches": [ "QFHBAL01A" ], "github_description": "Balun for QFH mix antennas", "github_raw": "https://raw.githubusercontent.com/mlab-modules/QFHBAL01/QFHBAL01A/", "github_repo": "QFHBAL01", "github_url": "https://github.com/mlab-modules/QFHBAL01", "homepage": false, "image_title": "doc/gen/img/QFHBAL01-top.png", "images": [ "doc/src/img/dimensions.png", "doc/src/img/QFHBAL01.png", "doc/gen/img/QFHBAL01-top.png", "doc/gen/img/QFHBAL01-bottom.png", "hw/cam_profi/assembly/QFHBAL01-assembly_page_02.svg", "hw/cam_profi/assembly/QFHBAL01-assembly_page_01.svg", "doc/src/img/dimensions.svg", "doc/gen/QFHBAL01-schematic.svg", "doc/gen/img/QFHBAL01-top.svg", "doc/gen/img/QFHBAL01-bottom.svg" ], "issues": 0, "local_root": "/data/mlab/mlab-modules/QFHBAL01", "longname_en": "Balun for QFH mix antennas", "mark": 50, "mod_ibom": "hw/cam_profi/QFHBAL01-ibom.html", "mod_scheme": "doc/gen/QFHBAL01-schematic.pdf", "name": "QFHBAL01", "root": "", "short_en": "Balun for QFH mix antennas", "status": 2, "tags": [ "mlab", "mlab-module", "kicad", "kicad-pcb", "kicad-project", "mlab-kicad", "pcb" ], "title": "QFHBAL01", "updated": "2025-02-22T20:52:52.366289+00:00" }, { "_id": "QFHMIX01", "description": "QFH 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RJ45 connectors.", "mark": 50, "name": "RJ45V01", "root": "", "short_en": "Designed primarily to connect to the I2C DIFF as an extension of another RJ45 connectors.", "status": 2, "tags": [ "i2c-bus", "mlab-module", "rj45" ], "title": "RJ45V01", "updated": "2024-05-15T11:34:13.353867+00:00" }, { "_id": "RP2040v01", "description": "MCU board with RP2040 dual-core microcontroller.", "file_readme": "/data/mlab/mlab-modules/RP2040v01/README.md", "github_branch": "RP2040v01A", "github_description": "MCU board with RP2040 dual-core microcontroller.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/RP2040v01/RP2040v01A/", "github_repo": "RP2040v01", "github_url": "https://github.com/mlab-modules/RP2040v01", "homepage": true, "image_title": "doc/img/RP2040v01-small.jpg", "images": [ "doc/img/RP2040v01-small.jpg", "doc/img/analyzator-small.jpg", "doc/img/RP2040v01_b.jpg", "doc/img/RP2040v01_b-small.jpg", "doc/img/analyzator.jpg", "doc/img/RP2040v01.jpg", 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magnetic field perpendicular to the surface of the integrated circuit. The module is suitable for measuring the angular position of a magnet and constructing tachometers. The communication interface is I2C.", "file_readme": "/data/mlab/mlab-modules/RPS01/README.md", "github_branch": "RPS01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/RPS01/RPS01A/", "github_repo": "RPS01", "github_url": "https://github.com/mlab-modules/RPS01", "homepage": false, "image_title": "doc/img/RPS01A_top_small.jpg", "images": [ "doc/img/RPS01A_top_small.jpg", "doc/img/RPS01A_top_big.jpg", "doc/img/RPS01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/RPS01", "longname_en": "The module contains the AS5048B integrated circuit, which allows the measurement of the magnetic field perpendicular to the surface of the integrated circuit. The module is suitable for measuring the angular position of a magnet and constructing tachometers. The communication interface is I2C.", "mark": 50, "name": "RPS01", "root": "", "short_en": "The module contains the AS5048B integrated circuit, which allows the measurement of the magnetic field perpendicular to the surface of the integrated circuit. The module is suitable for measuring the angular position of a magnet and constructing tachometers. The communication interface is I2C.", "status": 2, "tags": [ "mlab", "mlab-module", "absolute-orientation", "absolute-positioning", "hall-effect-sensor", "i2c", "magnetic-sensor", "mlab-i2c", "rotary-sensor" ], "title": "RPS01" }, { "_id": "RS232SINGLE01", "description": "The module uses well known MAX232 chip and is intended as a level converter. It uses RX/TX signals and a pair of flow control signals (selectable by jumpers). Original RS232 signals are available on header pins.", "file_readme": "/data/mlab/mlab-modules/RS232SINGLE01/README.md", "github_branch": "RS232SINGLE01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/RS232SINGLE01/RS232SINGLE01A/", "github_repo": "RS232SINGLE01", "github_url": "https://github.com/mlab-modules/RS232SINGLE01", "homepage": false, "image_title": "doc/img/RS232SINGLE01A_top_small.jpg", "images": [ "doc/img/RS232SINGLE01A_Bot_small.jpg", "doc/img/RS232SINGLE01A_top_small.jpg", "doc/html/Pictures/image006.jpg", "doc/html/Pictures/image005.jpg", "doc/html/Pictures/image001.jpg", "doc/src/RS232SINGLE01A_Bot.jpg", "doc/src/RS232SINGLE01A_top_big.jpg", "hw/cam_doc/RS232SINGLE01A_PCB_Bot.jpg", "hw/cam_doc/RS232SINGLE01A_PCB_top_small.jpg", "hw/cam_doc/RS232SINGLE01A_PCB_top.jpg", "hw/cam_doc/RS232SINGLE01A_PCB_Bot_small.jpg", "doc/img/RS232SINGLE01A_QRcode.png", "doc/html/Pictures/image004.gif", "doc/html/Pictures/image002.gif", "doc/html/Pictures/image003.gif" ], "local_root": "/data/mlab/mlab-modules/RS232SINGLE01", "longname_en": "The module uses well known MAX232 chip and is intended as a level converter. It uses RX/TX signals and a pair of flow control signals (selectable by jumpers). Original RS232 signals are available on header pins.", "mark": 50, "name": "RS232SINGLE01", "root": "", "short_en": "The module uses well known MAX232 chip and is intended as a level converter. It uses RX/TX signals and a pair of flow control signals (selectable by jumpers). Original RS232 signals are available on header pins.", "status": 2, "tags": [ "mlab", "mlab-module", "max232", "rs-232", "rs232", "serial-comm", "serial-communication", "serial-port", "ttl", "uart", "st232", "ttl-rs232" ], "title": "RS232SINGLE01" }, { "_id": "RTC01", "description": "Real Time Clock Module with I2C access", "file_readme": "/data/mlab/mlab-modules/RTC01/README.md", "github_branch": "RTC01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/RTC01/RTC01A/", "github_repo": "RTC01", "github_url": "https://github.com/mlab-modules/RTC01", "homepage": false, "image_title": "doc/img/RTC01A_top_small.jpg", "images": [ "doc/img/RTC01A_top_small.jpg", "doc/img/RTC01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/RTC01", "longname_en": "Real Time Clock Module with I2C access", "mark": 50, "name": "RTC01", "replaced": "RTC02", "root": "", "short_en": "Real Time Clock Module with I2C access", "status": 3, "tags": [ "mlab", "mlab-module" ], "title": "RTC01" }, { "_id": "RTC02", "description": "Real Time Clock controlled through I2C with battery backup. The accuracy of the order of 20 ppm.", "file_readme": "/data/mlab/mlab-modules/RTC02/README.md", "github_branch": "RTC02A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/RTC02/RTC02A/", "github_repo": "RTC02", "github_url": "https://github.com/mlab-modules/RTC02", "homepage": false, "image_title": "doc/gen/img/RTC02-top.png", "images": [ "doc/img/RTC02A_top_small.jpg", "doc/img/RTC02A_QRcode.png", "doc/gen/img/RTC02-bottom.png", "doc/gen/img/RTC02-top.png", "hw/cam_profi/docs/RTC02A-assembly_page_02.svg", "hw/cam_profi/docs/RTC02A-assembly_page_01.svg", "doc/gen/RTC02-schematic.svg", "doc/gen/img/RTC02-top.svg", "doc/gen/img/RTC02-bottom.svg" ], "local_root": "/data/mlab/mlab-modules/RTC02", "longname_en": "Real Time Clock controlled through I2C with battery backup. The accuracy of the order of 20 ppm.", "mark": 50, "mod_ibom": "hw/cam_profi/ibom/RTC02-ibom.html", "mod_scheme": "doc/gen/RTC02-schematic.pdf", "name": "RTC02", "root": "", "short_en": "Real Time Clock controlled through I2C with battery backup. The accuracy of the order of 20 ppm.", "status": 2, "tags": [ "mlab", "mlab-module", "i2c-bus", "real-time-clock", "rtc" ], "title": "RTC02", "updated": "2023-09-17T09:20:16.348434+00:00" }, { "_id": "RTC03", "description": "Modul contains real-time clock IO PCF8583, which can work as signal counter up to 20kHz.", "file_readme": "/data/mlab/mlab-modules/RTC03/README.md", "github_branch": "RTC03A", "github_description": "Modul contains real-time clock IO PCF8583, which can work as signal counter up to 20kHz.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/RTC03/RTC03A/", "github_repo": "RTC03", "github_url": "https://github.com/mlab-modules/RTC03", "homepage": false, "image_title": "doc/img/pcb.png", "images": [ "doc/img/RTC03A_QRcode.png", "doc/img/pcb.png", "hw/sch_pcb/RTC03A.svg" ], "local_root": "/data/mlab/mlab-modules/RTC03", "longname_en": "Modul contains real-time clock IO PCF8583, which can work as signal counter up to 20kHz.", "mark": 50, "name": "RTC03", "root": "", "short_en": "Modul contains real-time clock IO PCF8583, which can work as signal counter up to 20kHz.", "status": 2, "tags": [ "frequency-counter", "i2c", "i2c-device", "real-time-clock", "rtc" ], "title": "RTC03", "updated": "2023-11-06T23:08:28.664953+00:00" }, { "_id": "RX336201", "description": null, "file_readme": "/data/mlab/mlab-modules/RX336201/README.md", "github_branch": "RX336201A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/RX336201/RX336201A/", "github_repo": "RX336201", "github_url": "https://github.com/mlab-modules/RX336201", "homepage": false, "image_title": "doc/img/RX336201A_QRcode.png", "images": [ "doc/img/RX336201A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/RX336201", "longname_en": null, "mark": 50, "name": "RX336201", "root": "", "short_en": null, "status": 0, "tags": [ "mlab", "mlab-module" ], "title": "RX336201" }, { "_id": "RX433MHz01", "description": "Receiver useful for low speed telemetry transmision.", "file_readme": "/data/mlab/mlab-modules/RX433MHz01/README.md", "github_branch": "RX433MHz01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/RX433MHz01/RX433MHz01A/", "github_repo": "RX433MHz01", "github_url": "https://github.com/mlab-modules/RX433MHz01", "homepage": false, "image_title": "doc/img/RX433MHz01A_QRcode.png", "images": [ "doc/img/RX433MHz01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/RX433MHz01", "longname_en": "Receiver useful for low speed telemetry transmision.", "mark": 50, "name": "RX433MHz01", "root": "", "short_en": "Receiver useful for low speed telemetry transmision.", "status": 4, "tags": [ "mlab", "mlab-module" ], "title": "RX433MHz01" }, { "_id": "S3AN01", "description": "Xilinx Spartan 3 XC3S50AN FPGA School Board", "file_readme": "/data/mlab/mlab-modules/S3AN01/README.md", "github_branch": "S3AN01B", "github_raw": "https://raw.githubusercontent.com/mlab-modules/S3AN01/S3AN01B/", "github_repo": "S3AN01", "github_url": "https://github.com/mlab-modules/S3AN01", "homepage": false, "image_title": "doc/img/S3AN01B_top_small.jpg", "images": [ "doc/img/S3AN01B_top_small.jpg", "doc/img/S3AN01B_top_big.jpg", "doc/img/S3AN01B_Bot_small.jpg", "doc/img/S3AN01B_Bot_big.jpg", "doc/html/S3AN01B_HW_Reference.cs_soubory/image019.jpg", "doc/html/S3AN01B_HW_Reference.cs_soubory/image018.jpg", "doc/html/S3AN01B_HW_Reference.cs_soubory/image001.jpg", "doc/img/S3AN01B_QRcode.png", "doc/html/S3AN01B_HW_Reference.cs_soubory/image010.png", "doc/html/S3AN01B_HW_Reference.cs_soubory/image017.png", "doc/html/S3AN01B_HW_Reference.cs_soubory/image009.png", "doc/html/S3AN01B_HW_Reference.cs_soubory/image013.png", "doc/html/S3AN01B_HW_Reference.cs_soubory/image005.png", "doc/html/S3AN01B_HW_Reference.cs_soubory/image008.png", "doc/html/S3AN01B_HW_Reference.cs_soubory/image011.png", "doc/html/S3AN01B_HW_Reference.cs_soubory/image016.png", "doc/html/S3AN01B_HW_Reference.cs_soubory/image015.png", "doc/html/S3AN01B_HW_Reference.cs_soubory/image007.png", "doc/html/S3AN01B_HW_Reference.cs_soubory/image006.png", "doc/html/S3AN01B_HW_Reference.cs_soubory/image004.png", "doc/html/S3AN01B_HW_Reference.cs_soubory/image014.png", "doc/html/S3AN01B_HW_Reference.cs_soubory/image003.png", "doc/html/S3AN01B_HW_Reference.cs_soubory/image012.png", "doc/html/S3AN01B_HW_Reference.cs_soubory/image002.png" ], "local_root": "/data/mlab/mlab-modules/S3AN01", "longname_en": "Xilinx Spartan 3 XC3S50AN FPGA School Board", "mark": 60, "name": "S3AN01", "root": "", "short_en": "Xilinx Spartan 3 XC3S50AN FPGA School Board", "status": 2, "tags": [ "mlab", "mlab-module", "development-board", "fpga", "verilog", "mlab-development", "cpld-fpga" ], "title": "S3AN01" }, { "_id": "S6AN01", "description": "FPGA development module for basic signal and data processing. This breakout board differs from other constructions by high number of differential pairs take out to LVDS or LVPECL connectors.", "file_readme": "/data/mlab/mlab-modules/S6AN01/README.md", "github_branch": "S6AN01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/S6AN01/S6AN01A/", "github_repo": "S6AN01", "github_url": "https://github.com/mlab-modules/S6AN01", "homepage": false, "image_title": "doc/img/S6AN01A_QRcode.png", "images": [ "doc/img/S6AN01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/S6AN01", "longname_en": "FPGA development module for basic signal and data processing. This breakout board differs from other constructions by high number of differential pairs take out to LVDS or LVPECL connectors.", "mark": 50, "name": "S6AN01", "root": "", "short_en": "FPGA development module for basic signal and data processing. This breakout board differs from other constructions by high number of differential pairs take out to LVDS or LVPECL connectors.", "status": 0, "tags": [ "mlab", "mlab-module" ], "title": "S6AN01" }, { "_id": "SATABAL01", "description": "RF balun with unballanced MCX/SMA and balanced SATA connectors ", "file_readme": "/data/mlab/mlab-modules/SATABAL01/README.md", "github_branch": "SATABAL01A", "github_branches": [ "SATABAL01A" ], "github_description": "RF balun with unballanced MCX/SMA and balanced SATA connectors ", "github_raw": "https://raw.githubusercontent.com/mlab-modules/SATABAL01/SATABAL01A/", "github_repo": "SATABAL01", "github_url": "https://github.com/mlab-modules/SATABAL01", "homepage": false, "image_title": "doc/src/img/SATABAL01A.jpg", "images": [ "doc/src/img/SATABAL01A.jpg", "doc/gen/img/SATABAL01-bottom.png", "doc/gen/img/SATABAL01-top.png", "doc/src/img/SATABAL01_PCB.png", "doc/gen/SATABAL01-schematic.svg", "doc/gen/img/SATABAL01-bottom.svg", "doc/gen/img/SATABAL01-top.svg", "hw/cam_profi/assembly/SATABAL01-assembly_page_02.svg", "hw/cam_profi/assembly/SATABAL01-assembly_page_01.svg" ], "issues": 0, "local_root": "/data/mlab/mlab-modules/SATABAL01", "longname_en": "RF balun with unballanced MCX/SMA and balanced SATA connectors ", "mark": 50, "mod_ibom": "hw/cam_profi/SATABAL01-ibom.html", "mod_scheme": "doc/gen/SATABAL01-schematic.pdf", "name": "SATABAL01", "root": "", "short_en": "RF balun with unballanced MCX/SMA and balanced SATA connectors ", "status": 2, "tags": [ "mlab", "mlab-module", "kicad", "kicad-pcb", "kicad-project", "mlab-kicad", "pcb" ], "title": "SATABAL01", "updated": "2025-12-20T21:25:11.450491+00:00" }, { "_id": "SDRX01", "description": "Direct conversion IQ output SDR receiver. ", "file_readme": "/data/mlab/mlab-modules/SDRX01/README.md", "github_branch": "SDRX01B", "github_branches": [ "SDRX01A", "SDRX01B" ], "github_description": "Direct conversion IQ output SDR receiver. ", "github_raw": "https://raw.githubusercontent.com/mlab-modules/SDRX01/SDRX01B/", "github_repo": "SDRX01", "github_url": "https://github.com/mlab-modules/SDRX01", "homepage": false, "image_title": "SDRX01B_Top_Small.JPG", "images": [ "doc/src/img/signal2.jpg", "SDRX01B_Bottom_Small.JPG", "SDRX01B_Top_Small.JPG", "doc/src/img/SDRX01B_Bottom_Big.JPG", "doc/src/img/SDRX01B_Top_Big.JPG", "doc/src/img/basic_system.png", "doc/src/img/SDRX01B_QRcode.png", "doc/src/img/radioasronomy_configuration.png", "doc/src/img/SDR-widget.png", "hw/fzp/SDRX01B.svg" ], "issues": 2, "local_root": "/data/mlab/mlab-modules/SDRX01", "longname_en": "Direct conversion IQ output SDR receiver. ", "mark": 50, "name": "SDRX01", "root": "", "short_en": "Direct conversion IQ output SDR receiver. ", "status": 2, "tags": [ "sdr", "quadrature-phase-signal", "sdr-receiver", "sdr-receivers", "mlab", "mlab-module" ], "title": "SDRX01", "updated": "2024-05-14T19:22:39.134049+00:00" }, { "_id": "SDcard01", "description": "Simple SD card terminal with voltage regulator.", "file_readme": "/data/mlab/mlab-modules/SDcard01/README.md", "github_branch": "SDcard01B", "github_description": "Simple SD card terminal with voltage regulator.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/SDcard01/SDcard01B/", "github_repo": "SDcard01", "github_url": "https://github.com/mlab-modules/SDcard01", "homepage": false, "image_title": "doc/img/SDCARD01B_top_big.jpg", "images": [ "doc/img/SDCARD01B_bottom_big.jpg", "doc/img/SDCARD01B_top_small.jpg", "doc/img/SDCARD01B_bottom_small.jpg", "doc/img/SDCARD01B_top_big.jpg", "doc/img/SDcard01B_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/SDcard01", "longname_en": "Simple SD card terminal with voltage regulator.", "mark": 50, "name": "SDcard01", "root": "", "short_en": "Simple SD card terminal with voltage regulator.", "status": 2, "tags": [ "memory", "mlab-module", "sdcard", "sdcard-arduino" ], "title": "SDcard01", "updated": "2024-05-31T00:35:12.231075+00:00" }, { "_id": "SERVOHUB01", "description": "Hub interface for powering and driving standard RC servos from an MCU.", "file_readme": "/data/mlab/mlab-modules/SERVOHUB01/README.md", "github_branch": "SERVOHUB01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/SERVOHUB01/SERVOHUB01A/", "github_repo": "SERVOHUB01", "github_url": "https://github.com/mlab-modules/SERVOHUB01", "homepage": false, "image_title": "doc/img/SERVOHUB01A_top_small.jpg", "images": [ "doc/img/SERVOHUB01A_top_small.jpg", "doc/img/SERVOHUB01A_top_big.jpg", "doc/img/SERVOHUB01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/SERVOHUB01", "longname_en": "Hub interface for powering and driving standard RC servos from an MCU.", "mark": 50, "name": "SERVOHUB01", "root": "", "short_en": "Hub interface for powering and driving standard RC servos from an MCU.", "status": 2, "tags": [ "mlab", "mlab-module" ], "title": "SERVOHUB01" }, { "_id": "SHT25V01", "description": "High precission SHT2x hygrometer (humidity and temperature sensor) in form of MLAB module. 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", "status": 2, "tags": [ "mlab", "mlab-module" ], "title": "STM32F10xRxT01" }, { "_id": "STM32F30xRx01", "description": "STM32F30xRx01A MLAB procesor board ", "file_readme": "/data/mlab/mlab-modules/STM32F30xRx01/README.md", "github_branch": "STM32F30xRx01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/STM32F30xRx01/STM32F30xRx01A/", "github_repo": "STM32F30xRx01", "github_url": "https://github.com/mlab-modules/STM32F30xRx01", "homepage": false, "image_title": "doc/img/STM32F30xRx01A_QRcode.png", "images": [ "doc/img/STM32F30xRx01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/STM32F30xRx01", "longname_en": "STM32F30xRx01A MLAB procesor board ", "mark": 50, "name": "STM32F30xRx01", "root": "", "short_en": "STM32F30xRx01A MLAB procesor board ", "status": 0, "tags": [ "mlab", "mlab-module", "mcu-arm" ], "title": "STM32F30xRx01" }, { "_id": "STM32TQ6401", "description": "STM32 in TQFP64 packages", "file_readme": "/data/mlab/mlab-modules/STM32TQ6401/README.md", "github_branch": "STM32TQ6401A", "github_branches": null, "github_description": "STM32 in TQFP64 packages", "github_raw": "https://raw.githubusercontent.com/mlab-modules/STM32TQ6401/STM32TQ6401A/", "github_repo": "STM32TQ6401", "github_url": "https://github.com/mlab-modules/STM32TQ6401", "homepage": false, "image_title": "doc/gen/img/STM32TQ6401-top.png", "images": [ "hw/CAM_DOC/STM32TQ6401A_BOT.png", "hw/CAM_DOC/STM32TQ6401A_TOP.png", "doc/gen/img/STM32TQ6401-bottom.png", "doc/gen/img/STM32TQ6401-top.png", "hw/cam_profi/assembly/STM32TQ6401-assembly_page_02.svg", "hw/cam_profi/assembly/STM32TQ6401-assembly_page_01.svg", "hw/CAM_DOC/STM32TQ6401A_Colored-BOT.svg", "hw/CAM_DOC/STM32TQ6401A_Colored-TOP.svg", "doc/gen/STM32TQ6401-schematic.svg", "doc/gen/img/STM32TQ6401-top.svg", "doc/gen/img/STM32TQ6401-bottom.svg" ], "issues": 2, "local_root": "/data/mlab/mlab-modules/STM32TQ6401", "longname_en": "STM32 in TQFP64 packages", "mark": 50, "mod_ibom": "hw/cam_profi/STM32TQ6401-ibom.html", "mod_scheme": "doc/gen/STM32TQ6401-schematic.pdf", "name": "STM32TQ6401", "root": "", "short_en": "STM32 in TQFP64 packages", "status": 2, "tags": [ "mcu", "stm32", "tqfp" ], "title": "STM32TQ6401", "updated": "2025-05-07T00:53:33.211829+00:00" }, { "_id": "SUPERCAP01", "description": "Circuit for charging and balancing two supercapacitors. The module is suitable for covering power outages devices. By detecting the input voltage drop can be used for early shutdown of computers type ODROID on power. ", "file_readme": "/data/mlab/mlab-modules/SUPERCAP01/README.md", "github_branch": "SUPERCAP01A", "github_description": "Circuit for charging and balancing two supercapacitors. The module is suitable for covering power outages devices. By detecting the input voltage drop can be used for early shutdown of computers type ODROID on power. ", "github_raw": "https://raw.githubusercontent.com/mlab-modules/SUPERCAP01/SUPERCAP01A/", "github_repo": "SUPERCAP01", "github_url": "https://github.com/mlab-modules/SUPERCAP01", "homepage": false, "image_title": "doc/img/SUPERCAP01A_top_small.jpg", "images": [ "doc/img/SUPERCAP01A_top_small.jpg", "doc/img/SUPERCAP01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/SUPERCAP01", "longname_en": "Circuit for charging and balancing two supercapacitors. 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", "status": 2, "tags": [], "title": "SUPERCAP01", "updated": "2024-05-15T17:48:47.702275+00:00" }, { "_id": "SYMPOWER01", "description": "Symmetric power supply module with low noise, current limiting, and thermal protection.\"", "file_readme": "/data/mlab/mlab-modules/SYMPOWER01/README.md", "github_branch": "SYMPOWER01A", "github_description": "Symmetric power supply module with low noise, current limiting, and thermal protection.\"", "github_raw": "https://raw.githubusercontent.com/mlab-modules/SYMPOWER01/SYMPOWER01A/", "github_repo": "SYMPOWER01", "github_url": "https://github.com/mlab-modules/SYMPOWER01", "homepage": false, "images": [], "local_root": "/data/mlab/mlab-modules/SYMPOWER01", "longname_en": "Symmetric power supply module with low noise, current limiting, and thermal protection.\"", "mark": 50, "name": "SYMPOWER01", "root": "", "short_en": "Symmetric power supply module with low noise, current limiting, and thermal protection.\"", "status": 1, "tags": [ "mlab-module", "power-supply" ], "title": "SYMPOWER01", "updated": "2024-07-07T00:51:39.311781+00:00" }, { "_id": "SYMPOWER02", "description": "Symmetric charge pump power supply ranging from 1.5 V - 5 V, 250 mA.", "file_readme": "/data/mlab/mlab-modules/SYMPOWER02/README.md", "github_branch": "SYMPOWER02A", "github_description": "Symmetric charge pump power supply ranging from 1.5 V - 5 V, 250 mA.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/SYMPOWER02/SYMPOWER02A/", "github_repo": "SYMPOWER02", "github_url": "https://github.com/mlab-modules/SYMPOWER02", "homepage": false, "image_title": "doc/img/SYMPOWER02A_top_big.jpg", "images": [ "doc/img/SYMPOWER02A_Bot_big.jpg", "doc/img/SYMPOWER02A_top_small.jpg", "doc/img/SYMPOWER02A_top_big.jpg", "doc/img/Noise_measurement.png", "doc/img/Microphonic_effect.png" ], "local_root": "/data/mlab/mlab-modules/SYMPOWER02", "longname_en": "Symmetric charge pump power supply ranging from 1.5 V - 5 V, 250 mA.", "mark": 50, "name": "SYMPOWER02", "root": "", "short_en": "Symmetric charge pump power supply ranging from 1.5 V - 5 V, 250 mA.", "status": 2, "tags": [ "mlab-module", "power-supply", "symmetry" ], "title": "SYMPOWER02", "updated": "2024-05-18T19:06:26.841430+00:00" }, { "_id": "SYMTRANS01", "description": "Symmery transformer module e.g. balun for low frequency (audio) signals.", "file_readme": "/data/mlab/mlab-modules/SYMTRANS01/README.md", "github_branch": "SYMTRANS01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/SYMTRANS01/SYMTRANS01A/", "github_repo": "SYMTRANS01", "github_url": "https://github.com/mlab-modules/SYMTRANS01", "homepage": false, "image_title": "doc/gen/img/SYMTRANS01-top.png", "images": [ "doc/pdf/SYMTRANS01A_top_small.jpg", "doc/gen/img/SYMTRANS01-bottom.png", "doc/gen/img/SYMTRANS01-top.png", "doc/gen/SYMTRANS01-schematic.svg", "doc/gen/img/SYMTRANS01-bottom.svg", "doc/gen/img/SYMTRANS01-top.svg", "hw/cam_profi/docs/SYMTRANS01A-assembly_page_01.svg", "hw/cam_profi/docs/SYMTRANS01A-assembly_page_02.svg" ], "local_root": "/data/mlab/mlab-modules/SYMTRANS01", "longname_en": "Symmery transformer module e.g. balun for low frequency (audio) signals.", "mark": 50, "mod_ibom": "hw/cam_profi/ibom/SYMTRANS01-ibom.html", "mod_scheme": "doc/gen/SYMTRANS01-schematic.pdf", "name": "SYMTRANS01", "root": "", "short_en": "Symmery transformer module e.g. balun for low frequency (audio) signals.", "status": 2, "tags": [ "mlab", "mlab-module" ], "title": "SYMTRANS01", "updated": "2023-09-17T09:07:28.731980+00:00" }, { "_id": "TBPCIE01", "description": "Thunderbolt to PCI Express converter", "file_readme": "/data/mlab/mlab-modules/TBPCIE01/README.md", "github_branch": "TBPCIE01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/TBPCIE01/TBPCIE01A/", "github_repo": "TBPCIE01", "github_url": "https://github.com/mlab-modules/TBPCIE01", "homepage": false, "image_title": "doc/img/TBPCIE01A_QRcode.png", "images": [ "doc/img/TBPCIE01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/TBPCIE01", "longname_en": "Thunderbolt to PCI Express converter", "mark": 50, "name": "TBPCIE01", "root": "", "short_en": "Thunderbolt to PCI Express converter", "status": 0, "tags": [ "mlab", "mlab-module" ], "title": "TBPCIE01" }, { "_id": "TEMPSEN01", "description": "Temperature sensor MAX31725 (16bit, I2C) intended for the use in connection with PX4 autopilot. ", "file_readme": "/data/mlab/mlab-modules/TEMPSEN01/README.md", "github_branch": "TEMPSEN01A", "github_branches": [ "MODUL01A" ], "github_raw": "https://raw.githubusercontent.com/mlab-modules/TEMPSEN01/TEMPSEN01A/", "github_repo": "TEMPSEN01", "github_url": "https://github.com/mlab-modules/TEMPSEN01", "homepage": false, "image_title": "doc/gen/img/TEMPSEN01-bottom.png", "images": [ "doc/gen/img/TEMPSEN01-bottom.png", "doc/gen/img/TEMPSEN01-top.png", "doc/gen/TEMPSEN01-schematic.svg", "doc/gen/img/TEMPSEN01-bottom.svg", "doc/gen/img/TEMPSEN01-top.svg", "hw/cam_profi/docs/TEMPSEN01A-assembly_page_02.svg", "hw/cam_profi/docs/TEMPSEN01A-assembly_page_01.svg" ], "issues": 2, "local_root": "/data/mlab/mlab-modules/TEMPSEN01", "longname_en": "Temperature sensor MAX31725 (16bit, I2C) intended for the use in connection with PX4 autopilot. ", "mark": 50, "mod_ibom": "hw/cam_profi/ibom/TEMPSEN01-ibom.html", "mod_scheme": "doc/gen/TEMPSEN01-schematic.pdf", "name": "TEMPSEN01", "replaced": "LTS01", "root": "", "short_en": "Temperature sensor MAX31725 (16bit, I2C) intended for the use in connection with PX4 autopilot. ", "status": 3, "tags": [], "title": "TEMPSEN01" }, { "_id": "THERMOGEN01", "description": "Thermoelectric generator power supply designed to use in low power devices which should work for longtime without batteries.", "file_readme": "/data/mlab/mlab-modules/THERMOGEN01/README.md", "github_branch": "THERMOGEN01A", "github_description": "Thermoelectric generator power supply designed to use in low power devices which should work for longtime without batteries.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/THERMOGEN01/THERMOGEN01A/", "github_repo": "THERMOGEN01", "github_url": "https://github.com/mlab-modules/THERMOGEN01", "homepage": false, "image_title": "doc/img/THERMOGEN01A_top_small.jpg", "images": [ "doc/img/THERMOGEN01A_top_small.jpg", "cad/Heat_reservoir.png", "doc/img/THERMOGEN01A_QRcode.png", "doc/src/Heat_reservoir_sliced_bottom.png", "doc/src/Heat_reservoir_bottom.png", "doc/src/Heat_reservoir_top.png", "doc/src/Heat_reservoir_sliced.png" ], "local_root": "/data/mlab/mlab-modules/THERMOGEN01", "longname_en": "Thermoelectric generator power supply designed to use in low power devices which should work for longtime without batteries.", "mark": 50, "name": "THERMOGEN01", "root": "", "short_en": "Thermoelectric generator power supply designed to use in low power devices which should work for longtime without batteries.", "status": 2, "tags": [], "title": "THERMOGEN01", "updated": "2024-05-15T10:23:48.307362+00:00" }, { "_id": "THERMOPHILE01", "description": "Contact less IR temperature sensor with SMBus interface.", "file_readme": "/data/mlab/mlab-modules/THERMOPHILE01/README.md", "github_branch": "THERMOPHILE01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/THERMOPHILE01/THERMOPHILE01A/", "github_repo": "THERMOPHILE01", "github_url": "https://github.com/mlab-modules/THERMOPHILE01", "homepage": false, "image_title": "doc/img/THERMOPILE01A_small.jpg", "images": [ "doc/img/THERMOPILE01A_small.jpg", "doc/img/THERMOPHILE01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/THERMOPHILE01", "longname_en": "Contact less IR temperature sensor with SMBus interface.", "mark": 50, "name": "THERMOPHILE01", "root": "", "short_en": "Contact less IR temperature sensor with SMBus interface.", "status": 2, "tags": [ "mlab", "mlab-module" ], "title": "THERMOPHILE01" }, { "_id": "TOUCHBOARD01", "description": "Capacitive touch board with I\u00b2C interface.", "file_readme": "/data/mlab/mlab-modules/TOUCHBOARD01/README.md", "github_branch": "TOUCHBOARD01A", "github_description": "Capacitive touch board with I\u00b2C interface.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/TOUCHBOARD01/TOUCHBOARD01A/", "github_repo": "TOUCHBOARD01", "github_url": "https://github.com/mlab-modules/TOUCHBOARD01", "homepage": false, "image_title": "doc/img/TOUCHBOARD01A_QRcode.png", "images": [ "doc/img/TOUCHBOARD01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/TOUCHBOARD01", "longname_en": "Capacitive touch board with I\u00b2C interface.", "mark": 50, "name": "TOUCHBOARD01", "root": "", "short_en": "Capacitive touch board with I\u00b2C interface.", "status": 0, "tags": [], "title": "TOUCHBOARD01", "updated": "2023-09-17T11:49:10.627260+00:00" }, { "_id": "TPS63036V01", "description": "Highly efficient buck-boost converter module (TPS63036V01) for stable power output in portable and low-power devices.", "file_readme": "/data/mlab/mlab-modules/TPS63036V01/README.md", "github_branch": "TPS63036V01A", "github_description": "Highly efficient buck-boost converter module (TPS63036V01) for stable power output in portable and low-power devices.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/TPS63036V01/TPS63036V01A/", "github_repo": "TPS63036V01", "github_url": "https://github.com/mlab-modules/TPS63036V01", "homepage": false, "image_title": "doc/gen/img/TPS63036V01-top.png", "images": [ "doc/gen/img/TPS63036V01-bottom.png", "doc/gen/img/TPS63036V01-top.png", "doc/gen/TPS63036V01-schematic.svg", "doc/gen/img/TPS63036V01-bottom.svg", "doc/gen/img/TPS63036V01-top.svg", "hw/cam_profi/assembly/TPS63036V01-assembly_page_01.svg", "hw/cam_profi/assembly/TPS63036V01-assembly_page_02.svg" ], "local_root": "/data/mlab/mlab-modules/TPS63036V01", "longname_en": "Highly efficient buck-boost converter module (TPS63036V01) for stable power output in portable and low-power devices.", "mark": 50, "mod_ibom": "hw/cam_profi/TPS63036V01-ibom.html", "mod_scheme": "doc/gen/TPS63036V01-schematic.pdf", "name": "TPS63036V01", "root": "", "short_en": "Highly efficient buck-boost converter module (TPS63036V01) for stable power output in portable and low-power devices.", "status": 2, "tags": [ "mlab-module", "power-supp" ], "title": "TPS63036V01", "updated": "2024-07-06T20:43:06.048600+00:00" }, { "_id": "TPS63060V01", "description": "The MLAB TPS63060V01A module is a versatile voltage converter based on the TPS63060 IC from Texas Instruments. It offers selectable output voltages (3.3V or 5V), flexible activation, power-saving mode, and can be synchronized with an external clock.", "file_readme": "/data/mlab/mlab-modules/TPS63060V01/README.md", "github_branch": "TPS63060V01A", "github_branches": [ "TPS63060V01A", "TPS63060V01B" ], "github_description": "The MLAB TPS63060V01A module is a versatile voltage converter based on the TPS63060 IC from Texas Instruments. It offers selectable output voltages (3.3V or 5V), flexible activation, power-saving mode, and can be synchronized with an external clock.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/TPS63060V01/TPS63060V01A/", "github_repo": "TPS63060V01", "github_url": "https://github.com/mlab-modules/TPS63060V01", "homepage": false, "image_title": "doc/img/TPS63060V01A_top_big.jpg", "images": [ "doc/img/TPS63060V01A_top_big.jpg", "doc/img/TPS63060V01A_top_small.jpg", "doc/img/TPS63060V01A_QRcode.png" ], "issues": 2, "local_root": "/data/mlab/mlab-modules/TPS63060V01", "longname_en": "The MLAB TPS63060V01A module is a versatile voltage converter based on the TPS63060 IC from Texas Instruments. It offers selectable output voltages (3.3V or 5V), flexible activation, power-saving mode, and can be synchronized with an external clock.", "mark": 50, "name": "TPS63060V01", "root": "", "short_en": "The MLAB TPS63060V01A module is a versatile voltage converter based on the TPS63060 IC from Texas Instruments. It offers selectable output voltages (3.3V or 5V), flexible activation, power-saving mode, and can be synchronized with an external clock.", "status": 2, "tags": [ "mlab", "mlab-module", "buck-boost", "buck-boost-converter", "high-effeciency", "step-down", "step-up", "texas-instruments", "mlab-power-supply", "tps63060", "dcdc", "dcdc-boost-converter", "dcdc-converter" ], "title": "TPS63060V01", "updated": "2023-09-17T11:49:18.811664+00:00" }, { "_id": "TRIACSHARP02", "description": "Eight solid state switching relays.", "file_readme": "/data/mlab/mlab-modules/TRIACSHARP02/README.md", "github_branch": "TRIACSHARP02A", "github_description": "Eight solid state switching relays.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/TRIACSHARP02/TRIACSHARP02A/", "github_repo": "TRIACSHARP02", "github_url": "https://github.com/mlab-modules/TRIACSHARP02", "homepage": false, "image_title": "/doc/img/TRIACSHARP02A_small_top.jpg", "images": [ "doc/img/TRIACSHARP02A_big_Side.jpg", "doc/img/TRIACSHARP02A_big_bottom.jpg", "doc/img/TRIACSHARP02A_bottom_small.jpg", "doc/img/TRIACSHARP02A_top_big.jpg", "doc/img/TRIACSHARP02A_small_top.jpg", "doc/img/TRIACSHARP02A_QRcode.png", "doc/img/TRIACSHARP02A_pedestal.png" ], "local_root": "/data/mlab/mlab-modules/TRIACSHARP02", "longname_en": "Eight solid state switching relays.", "mark": 50, "name": "TRIACSHARP02", "root": "", "short_en": "Eight solid state switching relays.", "status": 2, "tags": [ "relay" ], "title": "TRIACSHARP02", "updated": "2024-05-14T15:52:40.139874+00:00" }, { "_id": "TRIM01", "description": "Dual mechanical trimmer", "file_readme": "/data/mlab/mlab-modules/TRIM01/README.md", "github_branch": "TRIM01A", "github_description": "Dual mechanical trimmer", "github_raw": "https://raw.githubusercontent.com/mlab-modules/TRIM01/TRIM01A/", "github_repo": "TRIM01", "github_url": "https://github.com/mlab-modules/TRIM01", "homepage": false, "image_title": "doc/img/TRIM01A_small.jpg", "images": [ "doc/img/TRIM01A_small.jpg", "doc/img/TRIM01A_1.jpg", "doc/img/TRIM01A_2.jpg", "doc/pdf/CA9HVdim_prew_600_0_color_fff.jpg", "doc/img/TRIM01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/TRIM01", "longname_en": "Dual mechanical trimmer", "mark": 50, "name": "TRIM01", "root": "", "short_en": "Dual mechanical trimmer", "status": 2, "tags": [ "mlab-module", "trimmer" ], "title": "TRIM01", "updated": "2024-05-15T17:52:46.722114+00:00" }, { "_id": "TRIMQUAD01", "description": "There are four trimmers conected parallely to supply voltage. Allow generetion analog signals to setup system behavivour. ", "file_readme": "/data/mlab/mlab-modules/TRIMQUAD01/README.md", "github_branch": "TRIMQUAD01A", "github_description": "There are four trimmers conected parallely to supply voltage. Allow generetion analog signals to setup system behavivour. ", "github_raw": "https://raw.githubusercontent.com/mlab-modules/TRIMQUAD01/TRIMQUAD01A/", "github_repo": "TRIMQUAD01", "github_url": "https://github.com/mlab-modules/TRIMQUAD01", "homepage": false, "image_title": "doc/img/TRIMQUAD01A_big.jpg", "images": [ "doc/img/TRIMQUAD01A_big.jpg", "doc/img/TRIMQUAD01A_small.jpg", "doc/img/TRIMQUAD01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/TRIMQUAD01", "longname_en": "There are four trimmers conected parallely to supply voltage. Allow generetion analog signals to setup system behavivour. ", "mark": 50, "name": "TRIMQUAD01", "root": "", "short_en": "There are four trimmers conected parallely to supply voltage. Allow generetion analog signals to setup system behavivour. ", "status": 4, "tags": [], "title": "TRIMQUAD01", "updated": "2024-05-15T19:11:39.812233+00:00" }, { "_id": "TTLCAN01", "description": "The module allow conecting uprocessors to CAN bus", "file_readme": "/data/mlab/mlab-modules/TTLCAN01/README.md", "github_branch": "TTLCAN01B", "github_raw": "https://raw.githubusercontent.com/mlab-modules/TTLCAN01/TTLCAN01B/", "github_repo": "TTLCAN01", "github_url": "https://github.com/mlab-modules/TTLCAN01", "homepage": false, "image_title": "doc/img/TTLCAN01B_top_big.jpg", "images": [ "doc/img/TTLCAN01B_top_big.jpg", "doc/img/TTLCAN01B_top_small.jpg", "hw/cam_doc/TTLCAN01B_PCB_top_big.jpg", "hw/cam_doc/TTLCAN01B_PCB_bottom_big.jpg", "doc/img/TTLCAN01B_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/TTLCAN01", "longname_en": "The module allow conecting uprocessors to CAN bus", "mark": 50, "name": "TTLCAN01", "root": "", "short_en": "The module allow conecting uprocessors to CAN bus", "status": 2, "tags": [ "mlab", "mlab-module" ], "title": "TTLCAN01" }, { "_id": "TTLPECL01", "description": "Translate between TTL a differential PECL logic levels direction of translation can be chosen by type of mounted chip. ", "file_readme": "/data/mlab/mlab-modules/TTLPECL01/README.md", "github_branch": "TTLPECL01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/TTLPECL01/TTLPECL01A/", "github_repo": "TTLPECL01", "github_url": "https://github.com/mlab-modules/TTLPECL01", "homepage": false, "image_title": "doc/img/TTLPECL01A_top_small.jpg", "images": [ "doc/img/TTLPECL01A_top_small.jpg", "doc/img/TTLPECL01A_top_big.jpg", "doc/img/TTLPECL01A_top_big2.jpg", "doc/img/TTLPECL01A_QRcode.png", "doc/QRcode/TTLPECL01A_QRcode.png", "hw/cam_doc/PCB.png", "doc/QRcode/TTLPECL01A_QRcode.svg" ], "local_root": "/data/mlab/mlab-modules/TTLPECL01", "longname_en": "Translate between TTL a differential PECL logic levels direction of translation can be chosen by type of mounted chip. ", "mark": 50, "name": "TTLPECL01", "root": "", "short_en": "Translate between TTL a differential PECL logic levels direction of translation can be chosen by type of mounted chip. ", "status": 2, "tags": [ "mlab", "mlab-module" ], "title": "TTLPECL01" }, { "_id": "TTLPROBE01", "description": null, "file_readme": "/data/mlab/mlab-modules/TTLPROBE01/README.md", "github_branch": "TTLPROBE01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/TTLPROBE01/TTLPROBE01A/", "github_repo": "TTLPROBE01", "github_url": "https://github.com/mlab-modules/TTLPROBE01", "homepage": false, "image_title": "doc/html/Pictures/image006.jpg", "images": [ "doc/html/Pictures/image006.jpg", "doc/html/Pictures/image001.jpg", "doc/src/TTLPROBE01A_full.jpg", "doc/img/TTLPROBE01A_small.jpg", "doc/img/TTLPROBE01A_QRcode.png", "doc/html/Pictures/image004.gif", "doc/html/Pictures/image005.gif", "doc/html/Pictures/image002.gif", "doc/html/Pictures/image003.gif" ], "local_root": "/data/mlab/mlab-modules/TTLPROBE01", "longname_en": null, "mark": 50, "name": "TTLPROBE01", "root": "", "short_en": null, "status": 4, "tags": [ "mlab", "mlab-module" ], "title": "TTLPROBE01" }, { "_id": "TTLPROBE02", "description": null, "file_readme": "/data/mlab/mlab-modules/TTLPROBE02/README.md", "github_branch": "TTLPROBE02A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/TTLPROBE02/TTLPROBE02A/", "github_repo": "TTLPROBE02", "github_url": "https://github.com/mlab-modules/TTLPROBE02", "homepage": false, "image_title": "doc/img/B.jpg", "images": [ "doc/img/B.jpg", "doc/img/A.jpg", "doc/img/TTLPROBE02A_small.jpg", "doc/html/Pictures/image002.jpg", "doc/html/Pictures/image007.jpg", "doc/img/TTLPROBE02A_QRcode.png", "doc/html/Pictures/image006.gif", "doc/html/Pictures/image005.gif", "doc/html/Pictures/image003.gif", "doc/html/Pictures/image004.gif", "doc/html/Pictures/image001.gif" ], "local_root": "/data/mlab/mlab-modules/TTLPROBE02", "longname_en": null, "mark": 50, "name": "TTLPROBE02", "root": "", "short_en": null, "status": 4, "tags": [ "mlab", "mlab-module" ], "title": "TTLPROBE02" }, { "_id": "TTLRS48501", "description": "The TTLRS48501A is a versatile TTL to RS485 converter module with jumper-configurable terminator support for enhanced compatibility.", "file_readme": "/data/mlab/mlab-modules/TTLRS48501/README.md", "github_branch": "TTLRS48501A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/TTLRS48501/TTLRS48501A/", "github_repo": "TTLRS48501", "github_url": "https://github.com/mlab-modules/TTLRS48501", "homepage": false, "image_title": "doc/img/TTLRS48501A_top_big.jpg", "images": [ "doc/img/TTLRS48501A_top_big.jpg", "doc/img/TTLRS48501A_top_small.jpg", "doc/img/TTLRS48501A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/TTLRS48501", "longname_en": "The TTLRS48501A is a versatile TTL to RS485 converter module with jumper-configurable terminator support for enhanced compatibility.", "mark": 50, "name": "TTLRS48501", "root": "", "short_en": "The TTLRS48501A is a versatile TTL to RS485 converter module with jumper-configurable terminator support for enhanced compatibility.", "status": 2, "tags": [ "mlab", "mlab-module", "bus-converter", "rs485", "ttl", "mlab-comm", "mlab-serial", "uart-rs485" ], "title": "TTLRS48501" }, { "_id": "TXIR01", "description": "The module is useful for quick implementation SPI IR transmitter", "file_readme": "/data/mlab/mlab-modules/TXIR01/README.md", "github_branch": "TXIR01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/TXIR01/TXIR01A/", "github_repo": "TXIR01", "github_url": "https://github.com/mlab-modules/TXIR01", "homepage": false, "image_title": "doc/img/TXIR01A_QRcode.png", "images": [ "doc/img/TXIR01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/TXIR01", "longname_en": "The module is useful for quick implementation SPI IR transmitter", "mark": 50, "name": "TXIR01", "root": "", "short_en": "The module is useful for quick implementation SPI IR transmitter", "status": 4, "tags": [ "mlab", "mlab-module" ], "title": "TXIR01" }, { "_id": "TXsaw433MHz01", "description": "Transceiver useful for low speed telemetry transmision.", "file_readme": "/data/mlab/mlab-modules/TXsaw433MHz01/README.md", "github_branch": "TXsaw433MHz01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/TXsaw433MHz01/TXsaw433MHz01A/", "github_repo": "TXsaw433MHz01", "github_url": "https://github.com/mlab-modules/TXsaw433MHz01", "homepage": false, "image_title": "doc/img/TXsaw433MHz01A_small.jpg", "images": [ "doc/img/TXsaw433MHz01A_small.jpg", "doc/img/TXsaw433MHz01A_big.jpg", "doc/img/TXsaw433MHz01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/TXsaw433MHz01", "longname_en": "Transceiver useful for low speed telemetry transmision.", "mark": 50, "name": "TXsaw433MHz01", "root": "", "short_en": "Transceiver useful for low speed telemetry transmision.", "status": 4, "tags": [ "mlab", "mlab-module" ], "title": "TXsaw433MHz01" }, { "_id": "UNIATMEGA8TQFP01", "description": "ATMEGA/TL317/SMD proto-board. ", "file_readme": "/data/mlab/mlab-modules/UNIATMEGA8TQFP01/README.md", "github_branch": "UNIATMEGA8TQFP01A", "github_description": "ATMEGA/TL317/SMD proto-board. ", "github_raw": "https://raw.githubusercontent.com/mlab-modules/UNIATMEGA8TQFP01/UNIATMEGA8TQFP01A/", "github_repo": "UNIATMEGA8TQFP01", "github_url": "https://github.com/mlab-modules/UNIATMEGA8TQFP01", "homepage": false, "image_title": "doc/img/UNIATMEGA8TQFP01A_QRcode.png", "images": [ "doc/img/UNIATMEGA8TQFP01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/UNIATMEGA8TQFP01", "longname_en": "ATMEGA/TL317/SMD proto-board. ", "mark": 50, "name": "UNIATMEGA8TQFP01", "root": "", "short_en": "ATMEGA/TL317/SMD proto-board. ", "status": 0, "tags": [], "title": "UNIATMEGA8TQFP01", "updated": "2023-09-17T11:52:11.138785+00:00" }, { "_id": "UNIDIL1601", "description": null, "file_readme": "/data/mlab/mlab-modules/UNIDIL1601/README.md", "github_branch": "UNIDIL1601A", "github_description": null, "github_raw": "https://raw.githubusercontent.com/mlab-modules/UNIDIL1601/UNIDIL1601A/", "github_repo": "UNIDIL1601", "github_url": "https://github.com/mlab-modules/UNIDIL1601", "homepage": false, "image_title": "doc/img/UNIDIL1601A_QRcode.png", "images": [ "doc/img/UNIDIL1601A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/UNIDIL1601", "longname_en": null, "mark": 50, "name": "UNIDIL1601", "root": "", "short_en": null, "status": 0, "tags": [], "title": "UNIDIL1601", "updated": "2023-09-17T11:49:56.060687+00:00" }, { "_id": "UNIPOWER02", "description": "Universal power supply module from barrel DC connector and WAGO terminals to MLAB modules. The module contains a resettable fuse, switch and LED indicator. Module can be used either for 5V and 12V. ", "file_readme": "/data/mlab/mlab-modules/UNIPOWER02/README.md", "github_branch": "UNIPOWER02A", "github_branches": [ "UNIPOWER02A" ], "github_description": "Universal power supply module from barrel DC connector and WAGO terminals to MLAB modules. The module contains a resettable fuse, switch and LED indicator. Module can be used either for 5V and 12V. ", "github_raw": "https://raw.githubusercontent.com/mlab-modules/UNIPOWER02/UNIPOWER02A/", "github_repo": "UNIPOWER02", "github_url": "https://github.com/mlab-modules/UNIPOWER02", "homepage": false, "image_title": "doc/img/UNIPOWER02A_small.jpg", "images": [ "doc/html/Pictures/UNIPOWER02A_2.jpg", "doc/html/Pictures/UNIPOWER02A_1.jpg", "doc/img/unipower01_top-small.jpg", "doc/img/unipower01.jpg", "doc/img/unipower01-small.jpg", "doc/img/unipower01_top.jpg", "doc/img/unipower02A_mala.jpg", "doc/img/UNIPOWER02A_small.jpg", "doc/img/UNIPOWER02A_QRcode.png" ], "issues": 1, "local_root": "/data/mlab/mlab-modules/UNIPOWER02", "longname_en": "Universal power supply module from barrel DC connector and WAGO terminals to MLAB modules. The module contains a resettable fuse, switch and LED indicator. Module can be used either for 5V and 12V. ", "mark": 60, "name": "UNIPOWER02", "root": "", "short_en": "Universal power supply module from barrel DC connector and WAGO terminals to MLAB modules. The module contains a resettable fuse, switch and LED indicator. Module can be used either for 5V and 12V. ", "status": 2, "tags": [ "dc", "mlab", "power-su", "dc-input", "power-supply", "mlab-module" ], "tindie_url": "https://www.tindie.com/products/33904/", "title": "UNIPOWER02", "updated": "2024-07-09T00:25:55.699135+00:00" }, { "_id": "UNIPOWER03", "description": " Universal power supply module 5V or 12V.", "file_readme": "/data/mlab/mlab-modules/UNIPOWER03/README.md", "github_branch": "UNIPOWER03A", "github_description": " Universal power supply module 5V or 12V.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/UNIPOWER03/UNIPOWER03A/", "github_repo": "UNIPOWER03", "github_url": "https://github.com/mlab-modules/UNIPOWER03", "homepage": false, "image_title": "doc/img/UNIPOWER03A_small.jpg", "images": [ "doc/img/UNIPOWER03A_small.jpg", "doc/img/UNIPOWER03A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/UNIPOWER03", "longname_en": " Universal power supply module 5V or 12V.", "mark": 50, "name": "UNIPOWER03", "root": "", "short_en": " Universal power supply module 5V or 12V.", "status": 4, "tags": [], "title": "UNIPOWER03", "updated": "2025-02-25T22:44:17.281873+00:00" }, { "_id": "UNIPOWER04", "description": "Universal 10x 1A power supply module 5V or 12V.", "file_readme": "/data/mlab/mlab-modules/UNIPOWER04/README.md", "github_branch": "UNIPOWER04A", "github_description": "Universal 10x 1A power supply module 5V or 12V.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/UNIPOWER04/UNIPOWER04A/", "github_repo": "UNIPOWER04", "github_url": "https://github.com/mlab-modules/UNIPOWER04", "homepage": false, "image_title": "doc/img/UNIPOWER04A_QRcode.png", "images": [ "doc/img/UNIPOWER04A_QRcode.png", "doc/new_src/UNIPOWER04A-MLABb.svg", "doc/new_src/UNIPOWER04A-MLABa.svg" ], "local_root": "/data/mlab/mlab-modules/UNIPOWER04", "longname_en": "Universal 10x 1A power supply module 5V or 12V.", "mark": 50, "name": "UNIPOWER04", "root": "", "short_en": "Universal 10x 1A power supply module 5V or 12V.", "status": 0, "tags": [], "title": "UNIPOWER04", "updated": "2023-09-17T11:48:31.482610+00:00" }, { "_id": "UNIPOWER05", "description": "Universal 10x 1A power supply module 5V or 12V.", "file_readme": "/data/mlab/mlab-modules/UNIPOWER05/README.md", "github_branch": "UNIPOWER05A", "github_description": "Universal 10x 1A power supply module 5V or 12V.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/UNIPOWER05/UNIPOWER05A/", "github_repo": "UNIPOWER05", "github_url": "https://github.com/mlab-modules/UNIPOWER05", "homepage": false, "image_title": "doc/img/UNIPOWER05A_QRcode.png", "images": [ "doc/img/UNIPOWER05A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/UNIPOWER05", "longname_en": "Universal 10x 1A power supply module 5V or 12V.", "mark": 50, "name": "UNIPOWER05", "root": "", "short_en": "Universal 10x 1A power supply module 5V or 12V.", "status": 0, "tags": [], "title": "UNIPOWER05", "updated": "2023-09-17T11:49:56.960491+00:00" }, { "_id": "UNIPOWER06", "description": "Universal 10x 1A power supply module 5V or 12V.", "file_readme": "/data/mlab/mlab-modules/UNIPOWER06/README.md", "github_branch": "UNIPOWER06A", "github_description": "Universal 10x 1A power supply module 5V or 12V.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/UNIPOWER06/UNIPOWER06A/", "github_repo": "UNIPOWER06", "github_url": "https://github.com/mlab-modules/UNIPOWER06", "homepage": false, "image_title": "doc/img/UNIPOWER06A_QRcode.png", "images": [ "doc/img/UNIPOWER06A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/UNIPOWER06", "longname_en": "Universal 10x 1A power supply module 5V or 12V.", "mark": 50, "name": "UNIPOWER06", "root": "", "short_en": "Universal 10x 1A power supply module 5V or 12V.", "status": 0, "tags": [], "title": "UNIPOWER06", "updated": "2023-09-17T11:53:11.764123+00:00" }, { "_id": "UNIPOWER07", "description": "Universal 10x 1A power supply module 5V or 12V.", "file_readme": "/data/mlab/mlab-modules/UNIPOWER07/README.md", "github_branch": "UNIPOWER07A", "github_description": "Universal 10x 1A power supply module 5V or 12V.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/UNIPOWER07/UNIPOWER07A/", "github_repo": "UNIPOWER07", "github_url": "https://github.com/mlab-modules/UNIPOWER07", "homepage": false, "image_title": "doc/img/UNIPOWER07A_QRcode.png", "images": [ "doc/img/UNIPOWER07A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/UNIPOWER07", "longname_en": "Universal 10x 1A power supply module 5V or 12V.", "mark": 50, "name": "UNIPOWER07", "root": "", "short_en": "Universal 10x 1A power supply module 5V or 12V.", "status": 0, "tags": [], "title": "UNIPOWER07", "updated": "2023-09-17T11:48:32.240039+00:00" }, { "_id": "UNISERIAL01", "description": "Module is designed to connection of shielded multi wire cable to MLAB modules.", "file_readme": "/data/mlab/mlab-modules/UNISERIAL01/README.md", "github_branch": "UNISERIAL01A", "github_description": "Module is designed to connection of shielded multi wire cable to MLAB modules.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/UNISERIAL01/UNISERIAL01A/", "github_repo": "UNISERIAL01", "github_url": "https://github.com/mlab-modules/UNISERIAL01", "homepage": false, "image_title": "doc/img/UNISERIAL01A_top_small.jpg", "images": [ "doc/img/UNISERIAL01A_top_small.jpg", "doc/img/UNISERIAL01A_top_big.jpg", "doc/img/UNISERIAL01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/UNISERIAL01", "longname_en": "Module is designed to connection of shielded multi wire cable to MLAB modules.", "mark": 50, "name": "UNISERIAL01", "root": "", "short_en": "Module is designed to connection of shielded multi wire cable to MLAB modules.", "status": 2, "tags": [ "kicad", "mlab-module", "sensors", "shielding" ], "title": "UNISERIAL01", "updated": "2024-05-15T11:30:46.668437+00:00" }, { "_id": "UNIUNI01", "description": "Universal PCB for soldering and testing circuits, compatible with MLAB kits, ideal for prototyping.", "file_readme": "/data/mlab/mlab-modules/UNIUNI01/README.md", "github_branch": "UNIUNI01A", "github_description": "Universal PCB for soldering and testing circuits, compatible with MLAB kits, ideal for prototyping.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/UNIUNI01/UNIUNI01A/", "github_repo": "UNIUNI01", "github_url": "https://github.com/mlab-modules/UNIUNI01", "homepage": false, "image_title": "doc/img/UNIUNI01A_PCB.png", "images": [ "doc/img/UNIUNI01A_PCB.png", "doc/img/UNIUNI01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/UNIUNI01", "longname_en": "Universal PCB for soldering and testing circuits, compatible with MLAB kits, ideal for prototyping.", "mark": 50, "name": "UNIUNI01", "root": "", "short_en": "Universal PCB for soldering and testing circuits, compatible with MLAB kits, ideal for prototyping.", "status": 2, "tags": [], "title": "UNIUNI01", "updated": "2024-07-05T18:00:21.839901+00:00" }, { "_id": "UNIUNI02", "description": "Universal breadboard PCB for MLAB kit system ", "file_readme": "/data/mlab/mlab-modules/UNIUNI02/README.md", "github_branch": "UNIUNI02A", "github_description": "Universal breadboard PCB for MLAB kit system ", "github_raw": "https://raw.githubusercontent.com/mlab-modules/UNIUNI02/UNIUNI02A/", "github_repo": "UNIUNI02", "github_url": "https://github.com/mlab-modules/UNIUNI02", "homepage": false, "image_title": "doc/img/UNIUNI02A_small.jpg", "images": [ "doc/img/UNIUNI02A_small.jpg", "doc/img/UNIUNI02A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/UNIUNI02", "longname_en": "Universal breadboard PCB for MLAB kit system ", "mark": 50, "name": "UNIUNI02", "root": "", "short_en": "Universal breadboard PCB for MLAB kit system ", "status": 2, "tags": [ "breadboard", "mlab-module", "breadboarding", "perfboard", "veroroute" ], "title": "UNIUNI02", "updated": "2024-07-09T22:27:38.373510+00:00" }, { "_id": "UNIUNI03", "description": "Universal breadboard PCB for MLAB kit system", "file_readme": "/data/mlab/mlab-modules/UNIUNI03/README.md", "github_branch": "UNIUNI03A", "github_description": "Universal breadboard PCB for MLAB kit system", "github_raw": "https://raw.githubusercontent.com/mlab-modules/UNIUNI03/UNIUNI03A/", "github_repo": "UNIUNI03", "github_url": "https://github.com/mlab-modules/UNIUNI03", "homepage": false, "image_title": "doc/img/UNIUNI03A_small.jpg", "images": [ "doc/img/UNIUNI03A_small.jpg", "doc/img/UNIUNI03A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/UNIUNI03", "longname_en": "Universal breadboard PCB for MLAB kit system", "mark": 50, "name": "UNIUNI03", "root": "", "short_en": "Universal breadboard PCB for MLAB kit system", "status": 2, "tags": [ "breadboard", "mlab-module" ], "title": "UNIUNI03", "updated": "2024-07-09T23:05:53.578185+00:00" }, { "_id": "USB232R01", "description": "The module is universal converter from USB to UART with TTL/CMOS signal levels (both 3.3V and 5V). 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The converter uses FT232R chip from FTDI and is supported in all main operating systems.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/USB232R01/USB232R01B/", "github_repo": "USB232R01", "github_url": "https://github.com/mlab-modules/USB232R01", "homepage": false, "image_title": "doc/img/USB23201B_top_big.jpg", "images": [ "doc/img/USB23201B_top_big.jpg", "doc/img/USB23201B_Bot_big.jpg", "doc/img/USB23201B_top_small.jpg", "doc/img/USB23201B_Bot_small.jpg", "doc/html/USB232R01B.cs_files/image003.jpg", "doc/html/USB232R01B.cs_files/image008.jpg", "doc/html/USB232R01B.cs_files/image001.jpg", "doc/html/USB232R01B.cs_files/image004.jpg", "doc/img/USB232R01B_QRcode.png", "doc/html/USB232R01B.cs_files/O1.png", "doc/html/USB232R01B.cs_files/O2.png", "doc/html/USB232R01B.cs_files/image002.gif", "doc/html/USB232R01B.cs_files/image007.gif", "fzp/USB232R01B_breadboard.svg" ], "local_root": "/data/mlab/mlab-modules/USB232R01", "longname_en": "The module is universal converter from USB to UART with TTL/CMOS signal levels (both 3.3V and 5V). The converter uses FT232R chip from FTDI and is supported in all main operating systems.", "mark": 50, "name": "USB232R01", "replaced": "USB232R02", "root": "", "short_en": "The module is universal converter from USB to UART with TTL/CMOS signal levels (both 3.3V and 5V). The converter uses FT232R chip from FTDI and is supported in all main operating systems.", "status": 3, "tags": [ "ft232r", "ftdi", "mlab", "uart", "usb-uart", "mlab-comm-serial", "mlab-module" ], "title": "USB232R01", "updated": "2023-09-17T11:48:04.826791+00:00" }, { "_id": "USB232R02", "description": "Universal USB-UART converter ideal for prototyping high-quality devices. USB Full Speed/Full Handshake support.", "file_readme": "/data/mlab/mlab-modules/USB232R02/README.md", "github_branch": "USB232R02A", "github_branches": [ "USB232R02A" ], "github_description": "Universal USB-UART converter ideal for prototyping high-quality devices. 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It uses circuit FT4232HL.", "status": 2, "tags": [ "mlab", "mlab-module" ], "title": "USB4xUART01" }, { "_id": "USBHUB01", "description": "Four port USB 3.0 HUB configurable via I2C", "file_readme": "/data/mlab/mlab-modules/USBHUB01/README.md", "github_branch": "USBHUB01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/USBHUB01/USBHUB01A/", "github_repo": "USBHUB01", "github_url": "https://github.com/mlab-modules/USBHUB01", "homepage": false, "image_title": "doc/img/USBHUB_top_big.jpg", "images": [ "doc/img/USBHUB_top_big.jpg", "doc/img/noise_measurement.jpg", "doc/img/USBHUB01A_bottom_big.jpg", "doc/img/USBHub-dps-gatema.jpg", "doc/img/USBHUB01A_QRcode.png", "doc/img/noise1.PNG", "doc/img/noise2.PNG" ], "local_root": "/data/mlab/mlab-modules/USBHUB01", "longname_en": "Four port USB 3.0 HUB configurable via I2C", "mark": 50, "name": "USBHUB01", "root": "", "short_en": "Four port USB 3.0 HUB configurable via I2C", "status": 2, "tags": [ "mlab", "mlab-module", "usb", "usb-hub" ], "title": "USBHUB01" }, { "_id": "USBI2C01", "description": "USB device to I\u00b2C master adapter with Linux kernel support", "file_readme": "/data/mlab/mlab-modules/USBI2C01/README.md", "github_branch": "USBI2C01A", "github_branches": [ "USBI2C01A" ], "github_description": "USB device to I\u00b2C master adapter with Linux kernel support", "github_raw": "https://raw.githubusercontent.com/mlab-modules/USBI2C01/USBI2C01A/", "github_repo": "USBI2C01", "github_url": "https://github.com/mlab-modules/USBI2C01", "homepage": true, "image_title": "doc/img/USBI2C01A_small-7.jpg", "images": [ "doc/img/USBI2C01A_small-5.jpg", "doc/img/USBI2C01A_top_big.jpg", "doc/img/USBI2C01A_top_small.jpg", "doc/img/USBI2C01A_small-4.jpg", "doc/img/USBI2C01A_small-7.jpg", "doc/img/USBI2C01A_MAG01A_top_big.jpg", "doc/gen/img/USBI2C01-top.png", "doc/gen/img/USBI2C01-bottom.png", "doc/img/USBI2C01A_QRcode.png", "doc/img/USBI2C01A_sides.png", "doc/gen/USBI2C01-schematic.svg", "doc/gen/img/USBI2C01-top.svg", "doc/gen/img/USBI2C01-bottom.svg", "hw/cam_profi/assembly/USBI2C01-assembly_page_02.svg", "hw/cam_profi/assembly/USBI2C01-assembly_page_01.svg" ], "issues": 1, "local_root": "/data/mlab/mlab-modules/USBI2C01", "longname_en": "USB device to I\u00b2C master adapter with Linux kernel support", "mark": 90, "mod_ibom": "hw/cam_profi/USBI2C01-ibom.html", "mod_scheme": "doc/gen/USBI2C01-schematic.pdf", "name": "USBI2C01", "root": "", "short_en": "USB device to I\u00b2C master adapter with Linux kernel support", "status": 2, "tags": [ "usb-hid", "usb-devices", "i2c", "i2c-bus", "i2c-interface", "i2c-master", "mlab", "mlab-module", "kicad", "kicad-pcb", "kicad-project", "mlab-kicad", "pcb" ], "tindie_url": "https://www.tindie.com/products/33745/", "title": "USBI2C01", "updated": "2024-12-07T22:33:40.037333+00:00" }, { "_id": "USBI2S01", "description": "USB to I2S converter for interfacin I2S audio devices to standard USB port. 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It is compatible with UAC standard.", "status": 3, "tags": [ "mlab", "mlab-module", "audio", "dac", "i2c", "i2s", "mlab-audio", "mlab-i2s", "mlab-usb", "uac" ], "title": "USBI2S01" }, { "_id": "USBIO01", "description": "A high speed USB2.0 IO communication module. It si suitable for fast parallel transfers. It is based on CY7C68013A USB chip.", "file_readme": "/data/mlab/mlab-modules/USBIO01/README.md", "github_branch": "USBIO01A", "github_raw": "https://raw.githubusercontent.com/mlab-modules/USBIO01/USBIO01A/", "github_repo": "USBIO01", "github_url": "https://github.com/mlab-modules/USBIO01", "homepage": false, "image_title": "doc/img/USBIO01A_top_small.jpg", "images": [ "doc/img/USBIO01A_bottom_small.jpg", "doc/img/USBIO01A_bottom_big.jpg", "doc/img/USBIO01A_top_big.jpg", "doc/img/USBIO01A_top_small.jpg", "doc/img/USBIO01A_QRcode.png" ], "local_root": "/data/mlab/mlab-modules/USBIO01", "longname_en": "A high speed USB2.0 IO communication module. 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It is based on CY7C68013A USB chip.", "status": 2, "tags": [ "mlab", "mlab-module" ], "title": "USBIO01" }, { "_id": "USBPDSINK01", "description": "USB power delivery solution for charging, or as a universal power source.", "file_readme": "/data/mlab/mlab-modules/USBPDSINK01/README.md", "github_branch": "USBPDSINK01A", "github_description": "USB power delivery solution for charging, or as a universal power source.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/USBPDSINK01/USBPDSINK01A/", "github_repo": "USBPDSINK01", "github_url": "https://github.com/mlab-modules/USBPDSINK01", "homepage": false, "image_title": "doc/img/USBPDSINK01_render_01.png", "images": [ "doc/gen/img/USBPDSINK01-top.png", "doc/gen/img/USBPDSINK01-bottom.png", "doc/img/USBPDSINK01_render_01.png", "hw/cam_profi/assembly/USBPDSINK01-assembly_page_01.svg", "hw/cam_profi/assembly/USBPDSINK01-assembly_page_02.svg", "doc/gen/USBPDSINK01-schematic.svg", "doc/gen/img/USBPDSINK01-top.svg", 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SDHC cards.", "github_raw": "https://raw.githubusercontent.com/mlab-modules/USBSDREADER01/USBSDREADER01/", "github_repo": "USBSDREADER01", "github_url": "https://github.com/mlab-modules/USBSDREADER01", "homepage": false, "image_title": "doc/gen/img/USBSDREADER01-top.png", "images": [ "doc/gen/img/USBSDREADER01-top.png", "doc/gen/img/USBSDREADER01-bottom.png", "doc/gen/USBSDREADER01-schematic.svg", "doc/gen/img/USBSDREADER01-bottom.svg", "doc/gen/img/USBSDREADER01-top.svg", "hw/cam_profi/assembly/USBSDREADER01-assembly_page_02.svg", "hw/cam_profi/assembly/USBSDREADER01-assembly_page_01.svg" ], "local_root": "/data/mlab/mlab-modules/USBSDREADER01", "longname_en": "USB to SD Card Reader module featuring MAX14502AETL, supports USB 2.0 and SDHC cards.", "mark": 50, "mod_ibom": "hw/cam_profi/USBSDREADER01-ibom.html", "mod_scheme": "doc/gen/USBSDREADER01-schematic.pdf", "name": "USBSDREADER01", "root": "", "short_en": "USB to SD Card Reader module featuring MAX14502AETL, supports USB 2.0 and SDHC cards.", "status": 1, "tags": [ "mlab-module", "sd-card", "sdio-communications", "spi", "spi-communication" ], "title": "USBSDREADER01", "updated": "2024-07-05T17:23:56.538830+00:00" }, { "_id": "VCAI2C01", "description": "voltage and current measuring ADC with I2C interface", "file_readme": "/data/mlab/mlab-modules/VCAI2C01/README.md", "github_branch": "VCAI2C01A", "github_branches": [ "VCAI2C01A" ], "github_description": "voltage and current measuring ADC with I2C interface", "github_raw": "https://raw.githubusercontent.com/mlab-modules/VCAI2C01/VCAI2C01A/", "github_repo": "VCAI2C01", "github_url": "https://github.com/mlab-modules/VCAI2C01", "homepage": false, "image_title": "doc/gen/img/VCAI2C01-top.png", "images": [ "doc/img/VCAI2C01A_small.jpg", "doc/img/VCAI2C01A_QRcode.png", "doc/gen/img/VCAI2C01-bottom.png", "doc/gen/img/VCAI2C01-top.png", "doc/gen/VCAI2C01-schematic.svg", "doc/gen/img/VCAI2C01-bottom.svg", "doc/gen/img/VCAI2C01-top.svg", 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