Tag: brushed motor
![H-Bridge for High Power Brushed DC Motor with Current Sense H-Bridge for High Power Brushed DC Motor with Current Sense](https://www.electronics-lab.com/wp-content/uploads/2024/01/006-8-1024x745.jpg)
H-Bridge for High Power Brushed DC Motor with Current Sense
This H-bridge board is an easy-to-use brushed DC motor driver that can handle large-size motors such as wheelchair motors, and winch motors. An H-bridge is an electronic circuit that switches the polarity of a voltage applied to a load. The circuit is built using 4 x N-Channel...
Continue Reading![Brushed DC Motor Driver with Integrated Current Regulation Brushed DC Motor Driver with Integrated Current Regulation](https://www.electronics-lab.com/wp-content/uploads/2022/12/002-1-1024x830.jpg)
Brushed DC Motor Driver with Integrated Current Regulation
The highly efficient DC brushed motor driver including an onboard shunt resistor for current regulation presented here is built using the DRV8251 chip. The operating supply voltage range of the project is 4.5V to 48V DC and the default output current capability is 2.1A. A trimmer...
Continue Reading![DC Motor Controller using Relay and MOSFET – Arduino Interface DC Motor Controller using Relay and MOSFET – Arduino Interface](https://www.electronics-lab.com/wp-content/uploads/2022/01/005-3-1024x808.jpg)
DC Motor Controller using Relay and MOSFET – Arduino Interface
The project presented here is a low-cost solution to control high power brushed DC motor speed and direction. Traditional DC motor controllers are based on solid-state circuitry known as H-Bridge. Here we have made an H-bridge configuration using high current 2 x relays which can...
Continue Reading![Low-Cost DC Motor Direction Controller with Fast Brake using 2 Relays Low-Cost DC Motor Direction Controller with Fast Brake using 2 Relays](https://www.electronics-lab.com/wp-content/uploads/2022/01/002-2-1024x646.jpg)
Low-Cost DC Motor Direction Controller with Fast Brake using 2 Relays
The project presented here is a low-cost easy to use DC brushed motor direction controller with fast-brake, the project was built using two 12V Relays, 2 x BJT transistors, and 2 x tactile switches. The two LEDs are provided to display the motor direction, 2 tactile switch controls...
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