dc motor

Arduino – Control a DC motor with TIP120 potentiometer and multiple power supplies circuit

Arduino – Control a DC motor with TIP120, potentiometer and multiple power supplies

A simple diagram demonstrating how to regulate the velocity of a DC motor using a potentiometer connected to your Arduino device. Additionally demonstrates the method of utilizing a TIP120 transistor for enabling the Arduino to manage a more powerful power source. Transistors consist of 3 pins, with the third pin (Base) enabling control of the […]

Arduino – Control a DC motor with TIP120, potentiometer and multiple power supplies Read More »

Figure 1. Parts required for phyiscal computing

Physical Computing and DC Motor Control

Managing a DC motor through an Arduino is a straightforward task. Beyond employing a basic electric switch, there are diverse approaches to engage with a motor. Moreover, the conventional electromechanical relay can be readily substituted with a carefully chosen transistor, enabling software-based speed control. This chapter will investigate multiple strategies for DC motor control, encompassing

Physical Computing and DC Motor Control Read More »

Tesla go kart upgraded with self driving autopilot

Tesla go-kart upgraded with self-driving autopilot

In the realm of technological innovation, Austin Blake has made a significant stride by creating a self-driving go-kart, aptly named the Teskart. This unique invention leverages a machine learning technique known as behavioral cloning, a method that replicates human behavior to train a model. The Teskart is a testament to the potential of machine learning in the field of autonomous

Tesla go-kart upgraded with self-driving autopilot Read More »

Scroll to Top