Tutorials

PIC16F877 breadboard LCD 4-bit mode prototype setup

PIC16F877 Driving LCD in 4-Bit Mode using PIC16F877 with Proteus Simulation

Introduction This microcontroller project shows how a PIC16F877 can drive an LCD display using 4-bit mode inside a Proteus simulation.The project demonstrates LCD control with fewer data pins, making it useful for embedded systems where I/O pin saving is important.It is a practical electronics example for learning how a PIC microcontroller communicates with an alphanumeric […]

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PIC16F877 LCD demo on breadboard prototype

PIC16F877 Driving LCD using PIC16F877 with Proteus Simulation

Introduction This project demonstrates how a PIC16F877 microcontroller can be used to drive an Ampire 128×64 LCD in a Proteus simulation environment. It is a simple but useful microcontroller project for understanding LCD interfacing in embedded systems. The design also highlights interoperability between the Crownhill PIC BASIC Plus Compiler and Proteus VSM. For students and

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PIC18F4550 USB mass storage prototype setup

PICDEM FS USB Mass Storage Device using PIC18F4550 with Proteus Simulation

Introduction This microcontroller project demonstrates how to simulate a USB Mass Storage Device (MSD) using the PIC18F4550 in a Proteus simulation environment. The system mimics how a USB flash drive communicates with a computer, making it highly valuable for learning embedded systems and USB protocol basics. It is especially useful for students and engineers exploring

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Calculator using PIC24FJ64GA006 with Proteus Simulation

Introduction The PIC24 Calculator Proteus Simulation project demonstrates how a microcontroller can be used to build a simple digital calculator using a keypad and LCD display. In this microcontroller project, the PIC24FJ64GA006 performs arithmetic operations based on user input from a 4×4 keypad and shows the results on an LCD screen. Developed using the MPLAB

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How to work with inbuilt ADC Module of PIC18F4550

A microcontroller, a digital device, can read, execute and transmit only digital signals. On the contrary, the outputs of the most of the transducers are analog in nature. Thus it is hard to interface these transducers directly with controllers. Analog-to-digital convertor (ADC) ICs are one way to make the analog input compatible with the microcontroller.

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Hee Haw Sound

This experiment creates a Hee Haw sound for an alarm. The diagram shows the number of cycles for the HEE and the time taken for each cycle, equates to a certain length of time. The frequency of the HAW is lower and the number of cycles must be worked out so that the time for the

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Your first PICMicro Project using PIC16F84

After doing two weeks on LCDs, I thought I’d spend a few weeks focusing on the number one question that I get asked; “How do I start working with the Microchip PICMicro?” The question is asked from a variety of perspectives and goals, ranging from somebody that just wants to become casually familiar with the

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Matrix scankey 3×4 for Lcd 2 line For CSS Compiler

#include <16F877.h> #device adc=8 #FUSES NOWDT ,XT #use delay(clock=4000000) char const s[10]={‘0′,’1′,’2′,’3′,’4′,’5′,’6′,’7′,’8′,’9’}; void init_mcu (void); void display (void); void display1 (void); void calculate (void); void hex_bcd2(int8 k); /*——-define keypad————*/ #define row0 pin_b0 // input #define row1 pin_b1 // input #define row2 pin_b2 // input #define row3 pin_b3 // input #define col0 pin_b4 // output #define

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PIC12F675 Tutorial 6 : Driving a standard servo motor with a PIC

Servo motor driver tutorial. This tutorial uses the 12F675 microcontroller to drive a servo. The microcontroller generates the signals to control a standard servo using Timer 0 interrupts (I used a Futaba servo). It does not do anything clever just sets the servo position to predefined positions at one second intervals. A Timer 0 interrupt

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How to interface RFID with PIC18F4550 Microcontroller

RFID (Radio Frequency Identification and Detection) is widely used everywhere from highly secured defense laboratories to school attendance system. By employing RFID, much secured entry systems can be developed without incurring huge costs. These are the reasons of excessive use of RFID technology. In this article, interfacing of an RFID reader module has been explained

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