Circuit using back electromotive force for speed control
Source: InternetPublisher:明天见 Keywords: electric motor Updated: 2020/04/18
Circuit using back electromotive force for speed control
Shown is a circuit that uses back electromotive force for speed control, which can achieve steady speed control. When the motor
rotates, due to
the effect of electromagnetic induction, the windings of the motor will generate back electromotive force. The higher the speed of the motor , the greater the back electromotive force. In the drive circuit , the back
electromotive force is converted into negative feedback voltage through the transistor, and the power supply transistor of the motor is controlled through the error detection amplifier .
- Servo motor pin diagram/working principle/application
- How to Make a Simple 2-Step Arduino Programmable Timer Circuit
- Controlling LEDs with Node-RED in Raspberry Pi
- Controlling LEDs with Multithreading via Dual-Core Programming on Raspberry Pi using MicroPython
- An automated model railroad layout project using a microcontroller
- How to Make a Hot Tub Smart and Remotely Operated with a Raspberry Pi
- Starting method of asynchronous motor with external frequency-sensitive resistor
- IGBT modules block overcurrent by controlling the gate
- Design and analysis of the principle of automatic power-off switch during power outage
- Password type motorcycle anti-theft device
- Multi-channel patrol detection control circuit b
- Electromagnet control circuit
- Traffic traffic light control circuit
- PLC transmission line automatic reclosing control circuit
- CPU input and output and memory control circuit
- Automatic tuning control circuit
- Automatic door detection control circuit
- Relay control circuitb
- Micro DC motor steady speed control circuit a
- Button type electronic volume control circuit
京公网安备 11010802033920号