Microcontroller and Robotics

A homemade PIC18F4550 TQFP Robot development board for experimenting and testing, it provides easy interface with various sensors and components. It is like a prototype board where you can test your awesome codes and ideas, without building the bot from scratch.

Building and setting up TQFP ICSP adapter board with right alignment to PIC18F4550 TQFP Base microcontroller board. A test board which allows to Code the microcontroller and test the Pins.

Experiment with TQFP PIC18F4550 – 44 Pin package, Building and etching custom breakout board. Setting configuring and designing.

A homemade PIC18F4550 TQFP Robot development board for experimenting and testing, it provides easy interface with various sensors and components. It is like a prototype board where you can test your awesome codes and ideas, without building the bot from scratch.

Experiment with TQFP PIC18F4550 – 44 Pin package, Building and etching custom breakout board. Setting configuring and designing.

Building and setting up TQFP ICSP adapter board with right alignment to PIC18F4550 TQFP Base microcontroller board. A test board which allows to Code the microcontroller and test the Pins.

A simple project for controlling the speed of a MS35p 8 unipolar stepper motor using Arduino UNO board. The speed is controlled using ADC where a Potentiometer is used an analog input and 10 bit ADC on the Arduino is used as a delay for controlling the speed of the stepper motor steps.