pic16f877

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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Keypad 4×5 for microcontrollers v. 1.1 using PIC16F877

What’s this? The circuit here described is a simple 4×5 keypad that can be used in particular with the PIC 16F877 microcontroller, for which it has been designed considering a supply of 5V, 16F877 I/O pins leakage current, the voltage level recognized as a high or low state while in TTL or ST mode, etc..

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Serial Data Received from PC and Displayed on 16x2 Using USART of Pic16f877 Microcontroller

Serial Data Received from PC and Displayed on 16×2 Using USART of Pic16f877 Microcontroller

Here is a simple tutorial on how to receive serial data from PC(Personal Computer) Hyperterminal and display it on 16×2 lcd using PIC16f877 microcontroller. Its not much difficult you just need to know how to use USART(Universal Syncronous-Asyncronous receiver transmitter) of PIC 16f877. Serial data is transmitted and recived by PC using DB-9 OR DB-25

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Mouse interfacing and communication using PIC16F877

Introduction On this page a circuit is described, making it possible to interface a PIC and a PS/2 mouse. If you send me a request (read further), it is possible to obtain for free also the assembler program to communicate with the PS/2 mouse. The PIC microcontroller used to test and develop the communication with

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PIC16F877 i2c code and Proteus simulation

This post provides the i2c code (using the i2c module built in the hardware[1]) for PIC16F877 microcontroller. This code is written in C language using MPLAB with HI-TECH C compiler. You can download this code from the ‘Downloads‘ section at the bottom of this page. It is assumed that you know how to blink an LED with PIC16F877 microcontroller.

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PIC16F877 timer1 code and Proteus simulation

This PIC16F877 microcontroller tutorial answers the question, ” How to use timer1 of PIC16F877 and how to handle its interrupts? ” Using PIC16 simulator (Proteus) you can verify this PIC timer1 code and change it according to your needs. This code is written in C language using MPLAB with HI-TECH C compiler. You can download this

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Naked Clock using PIC16F877 Microcontroller

Why have an enclosure? The enclosure of a clock doesn’t tell you the time! So I built this PIC clock with no part that doesn’t serve an electrical function. The hanger is the ground. The microcontroller is the 40-pin PIC 16F877. I set it up, then let it run for a few weeks, saw how

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PIC16F877 LED blinking code and Proteus simulation

This post provides the code to make an LED blink using PIC16F877 microcontroller. This code is written in C language using MPLAB with HI-TECH C compiler. This code is intended to be the first step in learning how to use PIC16F877 microcontroller in your projects. You can download this code from the ‘Downloads‘ section at the bottom

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PIC 16F877 / 16F874 Development Board

The Development Board v. 1.1 connected to an LCD display. It is well visible (read further, in the description) the row of LEDs used to check the logic state of up to 8 I/O ports or external circuits’ pins. Of course, if you own an 8 trace oscilloscope, you can do without it. :-)) On

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