📡 Monitor and control air compressors in real-time with this IoT system, enhancing reliability and performance while ensuring remote access and smart alerts.
This project is an Internet of Things (IoT) solution designed to monitor and control air compressors in real time. It helps improve reliability, reduce downtime, and provide remote access to critical machine parameters
This story is about a Chinese cloned classic 7-segment LED frequency counter.
Simple DCC-Booster controlled via LocoNET
Assembly project implementing a floating-point division calculator using PIC16F877A microcontroller.
List of bare metal programming
An embedded system that intelligently monitors and controls air temperature using the PIC18F45K22 microcontroller. The system compares user-defined temperature input with real-time sensor readings to activate either a heater or a fan, ensuring optimal environmental conditions.
Signal-Z controlls LED-Signals in various ways
VSCP Microchip PIC18F bootloader for use with VSCP over CAN
Amiga and Atari ST serial mouse interface
small device for triggering flashes on a modelrailroadlayout
Dc motor speed control using PIC16F877A and MICROC IDE. For the purpose of simulation it is used Proteus.Also PID algoritam is implemented.
NHRC Repeater Controllers Source Code Archive
Improved FW for the DL4YHF frequency counter (higher frequency resolution down to 0.001 Hz due to period measuring mode; extended frequency range up to 100 MHz; event counter) as well as DL4YHF's original source code adapted for Linux "gpasm".
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