PIC16F877 LCD code and Proteus simulation

This PIC16F877 microcontroller tutorial provides very detailed and comprehensive LCD[1] code. Using PIC16 simulator (Proteus) you can verify this LCD 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 code from the 'Downloads' section at the bottom of this page. It is assumed that you know how to blink an LED with PIC16F8 ...

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Connect ADC with PIC16F877

ADC (Analog to Digital Converter) module is available with a number of PIC MCU modules. ADC is an electronic circuit that converts continuous signals to discrete digital numbers. ADC Library provides you a comfortable work with the module. Library Routines ADC_Init ADC_Get_Sample ADC_Read ADC_Init Prototype void ADC_Init(); Returns Nothing. Description This routine initializes PIC’s internal ADC module to w ...

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Connect ADC with PIC16F877

ADC (Analog to Digital Converter) module is available with a number of PIC MCU modules. ADC is an electronic circuit that converts continuous signals to discrete digital numbers. ADC Library provides you a comfortable work with the module. Library Routines ADC_Init ADC_Get_Sample ADC_Read ADC_Init Prototype void ADC_Init(); Returns Nothing. Description This routine initializes PIC’s internal ADC module to w ...

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Q-matic Circuit Application of PIC16F877 Microcontroller

In this article I used in banks and hospitals will give information about the Q-matic s. I’ve done a routing circuit board (main board) and consists of three separate teller. Routing PIC16F877 on board, if the teller did not use pic16f876 in each. Teller as the officer may increase, decrease or can be reset. Every teller has been working with the same logic. Their value as a teller at regular intervals each ...

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Building the Inchworm ICD2 PIC Programmer / Debugger using PIC16F877

Building the Inchworm ICD2 PIC Programmer / Debugger This instructable is an illustrated walk through building an ICD2 clone called the Inchworm. It's a straight forward kit that lets you build an MPLAB ICD2 compatible Programmer and Debugger. There are lots of Programmers out there but very few include a debugger, (A debugger lets you single step through your program and set watch lists (see your variables ...

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PIC16F877 Development Board v. 1.2

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 the right bottom the programming cable. Characteristics of the DB12 As I have done with the PIC 16F84 / C84 Evaluation Board, ...

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eDrum – Trigger MIDI Converter using PIC16F877

Introduction This page is about electronic drums. Here you will find detailed information on how to build an electronic Trigger to MIDI Converter module, based on PIC Microcontroller, and how to build the triggers. This project has been developed for many years now, and it is constantly improving. You can expect professional results form your eDrum module. Let's start with the... Design description eDrum de ...

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Serial communication with Pic 16f877 using UART

Abstract of that project: Using UART port we can establish serial communication between any devices. Here in my project Serial communication with Pic 16f877 using UART I will show you how easily we establish communication between two devices. In my project we know the pin no 25,26 in PIC16F877 are use as UART. The pin number 25 is use for receiving and 26 is used for transmitting. Hardware needed: See the c ...

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Microchip PIC16F877 Microcontrolle

Table of Contents Introduction 1.1  What is a Microcontroller? 1.2  Why are Microcontrollers used? 2        Getting started 2.1  Parts list and vendors 2.2  Connecting the equipment 3        PIC16fF877 Microcontroller 3.1  Flash PIC development board 3.2  CCS PIC-C compiler 3.3  In Circuit Debugger/Programmer (ICD-S) 3.4  Embedded C Programming and the Microchip PIC 4        Experiments on PIC16F877 4.1  LE ...

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How to display custom characters on LCD using PIC16F877

This post explains the idea of creating custom characters on any LCD ( e-g on 16x2 LCD ) which has HD44780U controller in it. Almost all 16x2 or 20x2 LCDs have HD44780U controller in them[1]. This controller provides the functionality of CGRAM ( Character Generator RAM ). We can write character patterns on this RAM and then they can be easily displayed on the LCD. The code for custom character generation us ...

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