This project demonstrates how to Power & Control an RC Car with ESP32-S3, Motor Driver Module, Li-Ion Batteries with a robust power-management and motor-control architecture. By combining a Li-Ion battery source with an MT3608 boost converter …
Hey everyone! In this Raspberry Pi Pico 2 tutorial, I will demonstrating a complete robotics drive circuit. I will be using the powerful new Raspberry Pi Pico 2 alongside a classic L298N H-Bridge module to drive two independent DC motors. Let’s sta…
If you’re looking to get into robotics with the Raspberry Pi, the first thing you need to master is motor control. Here, I’ll show you how to interface the Raspberry Pi 4(Model B) with an L298N dual H-bridge motor driver to control two DC motors u…
Controlling robots remotely is a common requirement in many applications, from industrial automation to DIY robotics projects. This blog post presents an innovative RF-PWM Communication System for robotic applications that leverages Radio Frequency…
In the previous blog post, " Joystick controlled DC motor with Arduino and TIP122 ", we showed how to control the speed of a DC motor using a joystick and the TIP122 transistor. However, we only utilized the x-axis of the joystick for cont…
Stepper motors are widely used in various applications such as robotics, 3D printing, and automated machinery. These motors are known for their precise positioning and can be controlled in small steps, making them ideal for applications that require…
Controlling the speed of a DC motor is crucial in various applications such as RC toy cars, DC controlled fans, and more. The speed of a DC motor is determined by the power it receives, which is the product of current and voltage. By applying varyin…
Here PCB design process of a custom breakout board for the L298N is illustrated. The PCB design steps are explained. This PCB design can be useful for small to moderate large PCB design. Making custom printed circuit board at home is helpful because…
