Develop the block diagram of a closed-loop system for the position control of the DC motor using a PID controller.
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- Q6) Develop the block diagram of a closed-loop system for the position control of the DC motor using a PID controller.
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- Explain the concept of motherboard power phases and voltage regulation modules (VRMs). How do they impact the stability and overclocking potential of a computer system?Task Examine the role and implementation of the PID controllers in a DC motor and what will be the difference if the DC motor run without the PID controller.Q.10/ Design an H-Bridge DC motor driver circuit and explain its principle of operation.
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- A separately excited motor runs at 1045rpm, with a constant field current, while taking an armature current of 50A at 120V. The armature resistance is 0.1 Ω if the load on the motor changes such that it now takes 95A at 120V, determine the motor speed at this load.A 4-quadrant DC chopper with bipolar switching operating at a switching frequency of 2kHz, is connected to a 120VDC source (Vs) and a DC motor which has a counter EMF (CEMF) of 50VDC at rated speed. The armature resistance is 2Ω and the armature inductance is 20mH. Calculate: a) Output voltage with an 80% duty cycle b) Magnitude and direction of the DC armature current with an 80% duty cycle. c) Duty cycle for a forward braking current of 10ADC. (Assume the speed has not changed due to the large inertia of the load.)With necessary sketch, Explain the mode of operation of chopper which is turn off due to external load circuit. Write its merits and demerits.