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PICCOLO motor controller using TMS320F28023PT DSP with DC motor test setup.

PICCOLO Motor Controller Sample Design using TMS320F28023PT with Proteus Simulation

Introduction This project demonstrates a PICCOLO motor controller sample design implemented using the TMS320F28023PT Piccolo microcontroller and tested through Proteus simulation. It focuses on core embedded-system startup routines, timing control, and hardware-safe initialization commonly required in motor-control firmware. The design is ideal for learners exploring microcontroller projects, embedded systems, and practical electronics using virtual simulation. […]

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DHT22 Low Cost Humidity Sensor using PIC18F25K20 with Proteus Simulation

Introduction This microcontroller project demonstrates how to interface a DHT22 (RHT03) digital temperature and humidity sensor with a PIC18F25K20 using Proteus simulation.The project reads real-time temperature and relative humidity data and displays it on a 16×2 LCD.It’s a practical example of embedded systems communication, timing-critical digital sensors, and LCD interfacing.Designed for learners and hobbyists, this

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PIC Musical Doorbell using PIC16F84A with Proteus Simulation

Introduction This microcontroller project demonstrates a musical doorbell built around a PIC16F84A and a simple piezo sounder.Using two push buttons, the system allows a user to select and play one of two pre-programmed musical tunes.The project is implemented and tested entirely in Proteus simulation, making it ideal for learning audio generation with PIC microcontrollers.It’s a

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EPE PIC/LCD Demo using PIC16F877 with Proteus Simulation

Introduction The EPE PIC/LCD Demo is a classic microcontroller project that demonstrates how a PIC16F877 can fully control a PG12864F graphical LCD.Designed as a hands-on learning example, this project shows how text, graphics, animations, and custom symbols can be generated directly from firmware.It is especially useful for anyone learning embedded systems, graphical LCD interfacing, and

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DHT11 Low Cost Humidity Sensor using PIC16F628A with Proteus Simulation

Introduction This microcontroller project demonstrates how to interface a low-cost DHT11 temperature and humidity sensor with a PIC16F628A using a Proteus simulation environment.The project reads digital temperature and relative humidity data and displays it on a 16×2 LCD.It is a practical example of working with timing-sensitive digital sensors in embedded systems.Using a simple circuit and

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PIC12 ADC Converter using PIC12C671 with Proteus Simulation

Introduction The PIC12 ADC Converter project demonstrates how the built-in analog-to-digital converter (ADC) of the PIC12C671 microcontroller works in a practical setup.An analog input signal is repeatedly sampled, converted into digital form, and then sent out serially for visual representation.This project is ideal for learning ADC fundamentals using a microcontroller project simulated in Proteus simulation.It

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PIC10 RS232 parity checker hardware setup

PIC10 RS232 Parity Checker using PIC10F202 with Proteus Simulation

Introduction The PIC10 RS232 Parity Checker is a compact microcontroller project that demonstrates how basic serial communication concepts can be implemented on a minimal PIC device. Built around the PIC10F202, this project monitors incoming RS232 serial data and verifies its parity in real time.Using a simple LED indicator, the system flags parity errors instantly, making

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dsPIC33 Recorder using dsPIC33FJ12GP201 with Proteus Simulation

Introduction The dsPIC33 Recorder is a low-power microcontroller project designed to periodically record environmental data using a dsPIC33 digital signal controller. Built and tested in Proteus simulation, this project demonstrates how embedded systems can efficiently collect, process, and store sensor data over long periods.It combines digital and analog sensing, non-volatile memory storage, and serial communication

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PIC24 temperature speech output hardware setup

PIC24 Speech Output of Temperature Reading using PIC24FJ128GA010 with Proteus Simulation

Introduction This project demonstrates how to build a speech-enabled temperature monitoring system using a PIC24F microcontroller and Proteus simulation. The system reads the temperature from an analog sensor (TC1047A), converts the data using the built-in ADC, and then plays back pre-recorded speech files representing the temperature value. This is a practical and fun microcontroller project

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SoftUART testing using Piccolo LaunchPad

Software UART (SoftUART) using TMS320F28027 Piccolo with Proteus Simulation

Introduction Creating reliable serial communication without a hardware UART might sound tricky, but this SoftUART project proves how flexible embedded systems can be. In this tutorial-style showcase, we build a software-implemented UART on the TMS320F28027 Piccolo microcontroller and test it inside a realistic Proteus simulation environment. This approach is ideal for learners and engineers exploring

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