Metering – Instrument Projects

AVR DAC0832 breadboard generating analog waveform output

AVR Based 8-bit DAC using ATmega16 with Proteus Simulation

Introduction The AVR based 8-bit DAC project demonstrates how a digital signal generated by a microcontroller can be converted into an analog waveform using the DAC0832 IC. This is a classic microcontroller project widely used in embedded systems and DIY electronics learning. Using an ATmega16 and Proteus simulation, the project outputs a continuously changing analog […]

AVR Based 8-bit DAC using ATmega16 with Proteus Simulation Read More »

ATmega16 DS18B20 temperature display prototype setup

Temperature Meter using ATmega16 with Proteus Simulation

Introduction This microcontroller project demonstrates a digital temperature measurement system using the DS18B20 sensor and an ATmega16 microcontroller. The system reads temperature data and displays it on a dual 7-segment display in real time. Built and tested in a Proteus simulation environment, this project is a great example of embedded systems and practical electronics. It

Temperature Meter using ATmega16 with Proteus Simulation Read More »

ATmega16 breadboard ADC LED display

AVR ADC using ATmega16 with TLC549 Serial ADC in Proteus Simulation

Introduction AVR ADC using TLC549 demonstrates how analog signals from sensors can be converted and processed by a microcontroller. Analog signals from sensors cannot be processed directly by most microcontrollers because they operate using digital logic. To bridge this gap, Analog-to-Digital Converters (ADC) are used in many microcontroller projects and embedded systems. This project demonstrates

AVR ADC using ATmega16 with TLC549 Serial ADC in Proteus Simulation Read More »

ATmega16 ADC0808 LED display electronics project

8-bit ADC with ADC0808 using ATmega16 with Proteus Simulation

Introduction Analog signals are everywhere in real-world electronics, but microcontrollers process digital data. In this microcontroller project, an ADC0808 analog-to-digital converter is used with the ATmega16 microcontroller to convert an analog voltage into an 8-bit digital value. The converted digital value is then displayed through LEDs, making it easy to visualize the analog input level.

8-bit ADC with ADC0808 using ATmega16 with Proteus Simulation Read More »

Dual thermometer prototype with LCD display

Dual Thermometer using ATmega8515 with Proteus Simulation

Introduction This microcontroller project shows how to build a dual digital thermometer using an ATmega8515 and two DS18B20 temperature sensors in Proteus simulation. The system reads temperature from both sensors, displays the live values on a 16×2 LCD, and also keeps track of minimum and maximum readings. It is a practical example of embedded systems

Dual Thermometer using ATmega8515 with Proteus Simulation Read More »

Fast Portable and Affordable Oscilloscope and Inductance Meter

Fast, Portable and Affordable Oscilloscope and Inductance Meter

When turned off, it looks like an ordinary toy car that would entertain a kid for hours, but actually it is an oscilloscope kit in disguise! The idea and also part of the code for this project came from another scope called STM-32-O-Scope (aka pigScope), which uses a more powerful Arduino cousin called STM32. I originally posted

Fast, Portable and Affordable Oscilloscope and Inductance Meter Read More »

Walkera Devo 10 Radio Transmitter Deviation Mod – Control Everything!

Universal transmitter to control everything! One transmitter to rule them all. The Devo 10 is a programmable radio transmitter from Walkera. When Deviation is installed with a couple of RF modules, it can almost replace every transmitter for your RTF micro multi-rotors/quadcopters/helicopters and planes. In this video, I show how to mod it with a

Walkera Devo 10 Radio Transmitter Deviation Mod – Control Everything! Read More »

Scroll to Top