Development Board – Kits Projects

Arduino Uno powering Adafruit Trellis LED keypad

Adafruit Trellis Shield Latching Keyboard Test using ATmega328P with Proteus Simulation

AVR ATmega Projects, Circuits, Development Board - Kits Projects, How To - DIY - Projects, Interfacing(USB - RS232 - I2c -ISP) Projects, Microcontroller / Ibrar Ayyub

Introduction This project demonstrates an Adafruit Trellis Shield latching keyboard test using the ATmega328P controller in a Proteus simulation environment. It is a simple but useful microcontroller project for learning how a keypad-style LED button matrix works with an Arduino-compatible AVR controller. The system reads button presses from the Trellis keypad and toggles the matching […]

Adafruit Trellis Shield Latching Keyboard Test using ATmega328P with Proteus Simulation Read More »

Arduino TFT LCD displays bitmap from SD card

Bitmap Drawing on TFT LCD using ATmega328P with Proteus Simulation

AVR ATmega Projects, Circuits, Development Board - Kits Projects, How To - DIY - Projects, Memory - Storage Projects / Ibrar Ayyub

Introduction This microcontroller project demonstrates how to draw bitmap images on a TFT LCD using an ATmega328P-based Arduino AVR setup. The image file is stored on an SD card and loaded directly onto the display through the SPI interface. It is a useful Proteus simulation for learning how SD card storage, TFT LCD control, and

Bitmap Drawing on TFT LCD using ATmega328P with Proteus Simulation Read More »

Pacemaker Challenge on AVR/Butterfly Boards

Development Board - Kits Projects / Ibrar Ayyub

The design and development of safety-critical embedded systems demand a rigorous methodology that ensures reliability, timing accuracy, and correct functionality under all conditions. This article presents an in-depth commentary and technical walkthrough of a model-based development framework centered around the use of AVR/Butterfly boards, heart simulators, and pacemaker controller systems. We explore the theoretical modeling,

Pacemaker Challenge on AVR/Butterfly Boards Read More »

Nintendo Wii Nunchuk for Input PCBA Devices

Nintendo Wii Nunchuk for Input PCBA Devices

Development Board - Kits Projects / Ibrar Ayyub

The Nintendo Wii Nunchuk was released in December 2006. It features an analog stick, two buttons, and a 3-axis accelerometer. Due to its low price (around $5 for a used or counterfeit Nunchuk) and I2C bus support, it became an easily accessible option for those looking to add an input device to their project without much hassle. Without further

Nintendo Wii Nunchuk for Input PCBA Devices Read More »

Innovative Applications with the Atmel Mega644 Prototype Board

Innovative Applications with the Atmel Mega644 Prototype Board

Development Board - Kits Projects / Ibrar Ayyub

Introduction This document outlines a prototype board designed for use with the Atmel Mega644 or Mega32 (PDIP) MCU. The board incorporates essential components such as a power supply, crystal clock, and bypass capacitors. Additionally, it features a six-pin header for flash memory programming from devices like STK500 or AVRISPmkII. All port pins are accessible via

Innovative Applications with the Atmel Mega644 Prototype Board Read More »

How to Build the Circuit

Mastering AVR Microcontrollers: A Hands-On Guide to Project Development

Development Board - Kits Projects / Ibrar Ayyub

AVR microcontrollers boast distinct advantages compared to similar microcontrollers, offering higher MIPS and a more user-friendly architecture. This article will delve into mastering the AVR Integrated Development Environment (IDE), guiding readers through the process of creating an executable project. Additionally, it will cover building a fundamental AVR circuit and programming it effectively. Schematic How to

Mastering AVR Microcontrollers: A Hands-On Guide to Project Development Read More »

SMILab develops new low cost strain sensor

SMILab develops new low-cost strain sensor

Development Board - Kits Projects / Muhammad Bilal

Researchers from the Smart Management of Infrastructure Laboratory (SMILab), located in the Center for Advanced Research Computing, have developed a new strain sensor as a part of the Low-Cost Efficient Wireless Intelligent Sensors (LEWIS) project. The new sensor, called the LEWIS-S, is easy to use, wireless, and can be offered at about 5% of the cost of

SMILab develops new low-cost strain sensor Read More »

Scroll to Top