outputs

Efficient Power Generation with Microcontroller-Controlled Thermoelectric Generators

INTRODUCTION The global demand for electrical energy continues to rise steadily, necessitating a shift towards renewable energy sources as traditional fossil fuels like petroleum and coal become increasingly scarce and contribute to environmental pollution. Consequently, there has been a surge in research focused on harnessing electrical energy from thermoelectric modules. One such study delves into […]

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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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Simple 3 Button On-off With 12f629 (mikroC)

a simple 3 buttons on-off with pic12f629. it’s written with MikroC Step 1: The Code… start the code with ”int”———————————————————- int x0,x1,y0,y1,z0,z1; ////// with this the GPIO outputs could stay on or off void main() { GPIO = 0x00; ////// all outputs are 0 CMCON = 0x07; ////// Disable CMCON PORT TRISIO = 0b00111000; //////

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PIC16F84A PROGRAMMABLE DUAL TIMER CIRCUIT

PIC16F84A PROGRAMMABLE DUAL TIMER CIRCUIT Read More »

LM35 TEMPERATURE SENSOR CCS C PIC18F452 APPLICATION

LM35 TEMPERATURE SENSOR CCS C PIC18F452 APPLICATION Read More »

PIC16F84A + DHT11 Proteus simulation

Interfacing PIC16F84A microcontroller with DHT11(RHT01) sensor This topic shows how to interface DHT11 (RHT01) digital relative humidity and temperature sensor with PIC16F84A microcontroller, and how to simulate this interfacing using Proteus. Note that for the simulation Proteus version should be 8.1 or higher. With these versions there is no need to install Proteus DHT11 library,

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PIC16F84A + DHT22(AM2302, RHT03) sensor Proteus simulation

DHT22 Proteus simulation This topic shows how to interface DHT22 (AM2302, RHT03) digital relative humidity and temperature sensor with PIC16F84A microcontroller, and how to simulate this interfacing using Proteus. Note that for the simulation Proteus version should be 8.1 or higher. With these versions there is no need to install Proteus DHT22 library, it is

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A discussion on the drive-current for the outputs of a PIC12C508A microcontroller

Each of the output lines of a ‘508A microcontroller can deliver a maximum of 25mA. What does this mean? It means any device connected to the line must take 25mA or less. If it takes more than 25mA a buffer transistor (also called an amplifying transistor) must be used and this will be discussed in a

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