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This project was develop for the purpose of record and calculate the falling velocity of a piece of iron in order to calculate the density of a mining solution. It was developed with a microchip microcontroller and Visual C++ 6.0.
University of Manchester School of Electrical and Electronics Engineering's micro-controller based Digital Input/output board simulator. Based on 8-bit PIC18F4520 from Microchip.
A library for use with arduino IDE to simplify using an i2c IO Expander chip.
The chip selected is a through-hole ic from Microchip, MCP23016.
Digikey part: MCP23016-I/SP-ND
UPDATE: This appears broken with recent builds of the Arduino IDE. A new version will be uploaded soon.
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PICit is a development environment for programming Microchip PIC controllers with C. It is based on Eclipse CDT (C Development Tooling), which provides the infrastructure (IDE, powerful and feature rich editor). PICit delivers the integration of diff
I2C4Java is a simple I2C-Java Demo. We use the Devantech USB-I2C Interface and the Microchip PICkit I2C Demoboard. The tar-file contains the complete Netbeans-Project and a compiled Jar-File. To start use i2c4java.sh or i2c4java.bat (Windows).
A simple GUI frontend for the Microchip pk2cmd program written in python. At the minute it only supports writing. I plan to add reading and maintainance (renaming pickit2 devices, updating firmware) features soon.
This is the code for FIRST robotics team 166's 2008 robotics code. It is written in C, and is intended for use on the 2008 Innovation FIRST robot controller, which utilizes a microchip PIC18F8722 processor to control a FIRST robot.
SAsmE is a cross-platform lightweighted Asm editor for Microchip PIC18 mcus. A translation unit that converts in a few seconds brainstruggling asm source code to human readable pseudo-code. It can save hours when analyzing asm assemblies.
unPIC is a Perl script that disassembles Microchip microcontroller's HEX files. This is a powerful tool for all reverse engeneers that creates a well understandable assembly source from a binary file. Creates xrefs, labels, subroutines and much more...
This is an ongoing attempt to produce a set of libraries for C compilers used to generate code for low-resource microcontrollers, initially Microchip PIC devices and Hi-Tech's PICC Lite compiler. The code is adaptable to other compilers and devices.
PYthon to ASsembler TRAnslator. At this moment supports Microchip PIC16 instruction set only. Its main goals are: to support a wide range of microcontrollers and processors, to generate compact and effective code.
...Its goal is to create an RFID kit-agnostic API ala JDBC. Thus, programmers will write the same code to communicate with any RFID kit. It has been tested with Texas Instruments and Microchip RFID kits.
Nanov6 is a minature IPv6 stack for the Microchip PIC16 family of microcontrollers. Its modular design and simple API is designed for easy modification and itegration into a wide variety of next-generation network enabled embedded applications.
mcuStudio is a development environment for Microcontrollers. It's based on Eclipse (plugin). The aim is to provide a high quality development environment for electronics. First editions will target Microchip Pic mcu's. Other mcu will be supported later.
OptiHeart is a Microchip PIC based hearbeat monitoring device. It displays the current heartbeat to the patient and checks if the current heartbeat is in the optimal range (set by a doctor). Complete hardware/software portable solution.
mCon aims to be platform independent, complete IDE for micro controller development. The project will use Eclipse as its foundation and the initial goal is to support development for the microchip PIC microcontrollers.
Sensors, Flow computer and instrumentaion modules implemented on Microchip PIC MCUs. Computes flow, measured by orifice instruments according to GOST 8.563.1,
GOST 8.563.2, GOST 8.563.3
This is a attempt for simple hardware emulator of Celestron's NexStar Telescope mounts. The emulator is based on MCUs like PIC18F2550 from Microchip Technology Inc.