A chopper fed is a scenario in which a DC motor is instructed to control a variable set point (VSP) through a feedback loop. This means that the motor's output...
A chopper fed is a scenario in which a DC motor is instructed to control a variable set point (VSP) through a feedback loop. This means that the motor's output is continuously monitored, and its control signal is adjusted to maintain the desired VSP.
For example, imagine a car driving on a flat road. The throttle position is set to a target value, such as 70%. The vehicle's speed and position are monitored by sensors, and the control signal is adjusted accordingly. If the vehicle is going too slow, the throttle position may be increased. If the vehicle is going too fast, the throttle position may be decreased.
Chopper fed is used in various applications, including industrial control, automotive systems, and robotics. By understanding the principles of chopper fed, students can gain a deeper understanding of how DC motors are controlled and how feedback loops are used to achieve precise control