Other Projects

Pure Sinewave Inverter Using Pic16f72 Without Center Tap Transformer and Without HV Transformer

Pure Sinewave Inverter Using Pic16f72 Without Center Tap Transformer and Without HV Transformer

finally the most reliable and awaited pure sine wave inverter,it’s here for all members.(don’t hesitate to contact me @ [email protected]. features: INVERTER O/P VOLT : 230V (+2%)INV. O/P FREQ : 50Hz INV. O/P WAVEFORM : SINE WAVE HARMONIC DISTORTION : <3% CREST FACTOR : >4:1 INV.EFFICIENCY : 90% for 24V system : >85% for 12V

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PLC Con El CI16F877A

PLC Con El CI16F877A

The present project called PLC with Pic CI16F877A is based on the operation of a PLC, today we can see these systems in industries, mining, etc. It is used to program an industrial PLC, it is the ladder language or (LADDER). The project has the advantage of loading the program directly through the pickit3 so

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Build a Pulse Analyzer

Build a Pulse Analyzer

A Message from me: Hello! Thank you for reading my first instructables on building a pulse analyzer using PIC24f in Assembly language. I have almost completed the project, but not yet finished writing this instructables as I want it to be as comprehensive as possible. It will take me another week to finish writing. Please

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Beginners Guide to Debugging in MPLABX Using ChipKIT PRO MX7 by DIGILENT

Beginners Guide to Debugging in MPLABX Using ChipKIT PRO MX7 by DIGILENT

This Instructable is a beginners guide to debugging code programed in the MPLAB X IDE v2.0. The steps covered are common application’s of the debugger software and problems I encountered as a beginner user and a inexperienced programmer. The content will be useful to programmers with little experience using a microprocessor and writing code. More

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PianoPIC

PianoPIC

This little project is an example of a simple audio application using a PIC micro-controller. We decided to use the PIC18F4550 micro-controller for memory purposes. Using only digital inputs and outputs, we developed this simple piano/synthesizer with an 8 bit kind of style: Inputs from b1 to b11 are the push buttons in the circuit while

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