Toshiba's new gate driver IC for brushed DC motors supports downsizing, low power use, and higher reliability in automotive applications.

This topic shows how to control DC motor rotation direction and speed using an Arduino microcontroller and L293D motor driver chip. A pot is used to control motor speed, and two switches are used to ...

The proposed work involves the development of a robot that can intelligently recognize its surroundings and navigate in a specified direction. The robot’s design incorporates several components, ...

Renesas introduced motor driver ICs for brushless DC (BLDC) motor applications that enable full torque at zero speed from motors without sensors.

To keep things simple, unlike other TMC motor driver libraries (see Acknowledgements), I do not have a plan to support other chips in a more general way using this library. Datasheet for TMC7300 motor ...

Solar PV rooftop systems are gaining its popularity in India. As solar PV panels are directly exposed to weather conditions and this leads dust deposit on the panels. This will reduces the solar panel ...

A friend asked me if I could develop a low-cost power driver for toy/hobby DC motors so he could use it with his microcontroller-based small electronics toy projects. Challenge accepted, the concept ...

This braking system was a part of my second year project at VIT Bhopal. Arduino UNO, Motor, motor driver, HC-SR04 sensor and breadboard were used to build a cheap, yet efficient braking system with ...

3. L298N motor driver board module 4. USB cable A to B 5. Jumper wires pack — M/M 6. Jumper wires pack — M/F The schematic diagram shown in Figure 2 illustrates how L298 H-bridge IC can be connected ...