to 252%20pmos

1784 results for "to 252%20pmos"

Time O Mat MoBo H02

Addressable LED clock kit aimed for usage in STEM education. The ultimate solution to time telling...

Time O Mat SegmentDisplay H00

Addressable LED clock kit aimed for usage in STEM education. The ultimate solution to time telling...

Time O Mat TouchBar H00

Addressable LED clock kit aimed for usage in STEM education. The ultimate solution to time telling...

Time O Mat TouchBar H01

Addressable LED clock kit aimed for usage in STEM education. The ultimate solution to time telling...

Time O Mat TouchBar H02

Addressable LED clock kit aimed for usage in STEM education. The ultimate solution to time telling...

Monotron 002

A modification for Korg's Monotron Delay, which makes it accept standard Eurorack CV voltages (Pitch, Gate and Cutoff CV). The mod also provides an option to power the monotron via micro-USB.

pcb spacer

This project aims to create an entirely open source DIY electrostatic headphones.

pcb stator

This project aims to create an entirely open source DIY electrostatic headphones.

jade ii spacer

This project aims to create an entirely open source DIY electrostatic headphones.

jade ii stator

This project aims to create an entirely open source DIY electrostatic headphones.

UC 50 001

A conversion to Kicad EDA of the schematics of a computer released around 1984 known as the "Thomson MO5".

TPoS Printer

An ESP32 controlled thermal printer solution to print payment receipts as payments are made to the LNbits TPoS extension.

LoRaNode

Low power LoRaWAN node designed to work with RS485, I2C, SPI sensors.

iapx432 sbc

Board to run iAPX 432 GDP

rcl57 debug psu

MCU-based retrofit to TI-57 Programmable Calculators

rcl57 mcu

MCU-based retrofit to TI-57 Programmable Calculators

ti57mcu

MCU-based retrofit to TI-57 Programmable Calculators

rcl57 mcu

MCU-based retrofit to TI-57 Programmable Calculators

board

A dual 1-to-4 precision buffered multiple

templogger

Logging Thermocouple Temperature and Send Data to InfluxDB system.

ESP32 PCB

This project involved the end-to-end design and development of a compact, low-power IoT system using the ESP32-C3-02 SoC and integrated TP4056 Li-ion battery charger. The goal was to create a reliable and modular platform for wireless environmental data monitoring, powered by a rechargeable battery with onboard protection and USB-C support.

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