FEEDBACK AND CONTROL SYSTEMS ACTIVITY NO.4 1. Design the circuit ON-OFF Push button switch using SCR device with driven Electromagnetic relay switch, with a load of DC motor 12 V. and connected to N.O contact switch.
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- 15. What is the relationship of the gate pulses to the two thyristors in a full-wave ac phase control circuit? 16. A buck chopper is powered by a 200-V dc power supply. What is the output voltage range of this chopper if the duty cycle can be varied between 30 and 95%?A 240 V, 50Hz single phase supply feeds a SP-FC-FWR. The rectifier is used to power the armature of a separately excited DC motor. The DC motor ratings are 220 V, 10 A (armature current), 940 rpm, Ra= 1.750. What is the no-load speed of the motor?Discuss about Power Thyristor's DC and Ac switching.(with Diagram)
- A single phase half-wave AC voltage controller provides output RMS voltage of 50V when the triggering angle (a) is 90°. For the same a, what is the output RMS voltage if the AC voltage controller changed to full-wave type.A single-phase half-controlled rectifier is driving a separately excited dc motor. The dc motor has a back emf constant of 0.20 V/rpm. The armature current is 6 A without any ripple. The armature resistance is 2 ohm. The converter is working from a 230 V, single phase ac source with a firing angle of 30°. Under this operating condition determine the speed of the motor.A 3-phase half wave controlled AC to DC converter is supplied from a 250V, supply. Assume the thyristor voltage drop to be 1.6V and the load current to be continuous. Evaluate the mean output voltage when firing angle is varied at 45(degree) , 60(degree) and 90(degree)
- a) Figure 3 illustrates a thyristor phase control circuit and associated waveforms. Describe the function of the control element in the circuit towards the output at the load. Identify the best-suited application to describe the control circuit. Lamp Load VAC SCR r 9 8₁ Conduction MM h 18₂ h Gate Trigger PulseThe resultant DC signal from a half-wave rectifier circuit was investigated, the following trace was observed on the oscilloscope: RIGOL T'D f 0 -80.0mV CH2 500MV Time 5.000ms T+0.0000s The trace has a slight ripple in its structure. This ripple can be attributed toExplain the operation of Negative clamping with circuit diagram and waveforms.
- What is the difference between a single-phase full-wave Half control and a single-phase Half-wave full control ?QUESTION 3 a) In order to drive a DC motor, a square wave signal as shown in Figure Q3(a) is required. Due to cost factor, a 555 timer chip will be used for this purpose. i. Develop the timer circuit and calculate resistors R1 and R2, and the capacitor Cext in order to produce the signal. Draw and label the circuit. ii. Describe the effect of changes in (a) duty cycle and (b) frequency of the signal on the motion of the DC motor . 1 1.25 2.25 2.5 3.5 3.75 4.75 5 ms ms ms ms ms ms ms ms ms Figure Q3(a)3. A three phase bridge rectifier is supplied by 380 Volt line voltage through a Star/delta connected transformer of which turns ratio is 1. The firing delay angle is a=30° and the load is resistive R=2.2 Ohm. Draw the circuit diagram and mark the followings on this figure : average values of output voltage, the currents and voltages of each transformer leg.