6. The figure below shows the control system of a STATCOM.a) Explain the function of this controller.b) What does Vdc and VdeRef show? Why are they compared?c) What is the use of the phase lock loop?lore!Real andreactivecurrentcomputerloa lopErroramplifierIPRefErroramplifierMagnitudeand anglecomputerVacVachetPhase-lockedloop0+aVov;(V/0°)Gatepatternlogic000000Voi(V (T) La)Converter

Given, The control system of SATCOM is shown below,

6. The figure below shows the control system of a STATCOM. a) Explain the function of this controller. b) What does Vdc and VdeRef Show? Why are they compared? c) What is the use of the phase lock loop? loRet 1.10 Real and reactive current computer loa lop Error amplifier IPRef Error amplifier Magnitude and angle computer Vac Vachet Phase- locked loop 0 0+a v;(V/0°) Voi(V (T)La) Gate Vo pattern logic Vac Vac HF Converter

6. The figure below shows the control system of a STATCOM. a) Explain the function of this controller. b) What does Vdc and VdeRef Show? Why are they compared? c) What is the use of the phase lock loop? loRet 1.10 Real and reactive current computer loa lop Error amplifier IPRef Error amplifier Magnitude and angle computer Vac Vachet Phase- locked loop 0 0+a v;(V/0°) Voi(V (T)La) Gate Vo pattern logic Vac Vac HF Converter

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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Please solve fast
32
In a controller,Ki refers to O a. Proportional gain O b. Integral gain O c. Dervative gain O d. None of the above
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A PI current control is developed for a de machine based on pole zero cancelation. The following parameters are known: Kp = 16 Q (proportional constant) kanan = 30 (converter constant) Te = 0.4 s (electrical time constant) Ra = 0.8 0 (armature resistance) 9) What is the integral gain (Ki)? 0.8-16 0.4 16 0.8 16 0.8.0.4 16 0.4 QUESTION 10 A PI current control is developed for a de machine based on pole zero cancelation. The following parameters are known: Kp = 16 Q (proportional constant) kaan = 30 (converter constant) Te = 0.4 s (electrical time constant) R3 = 0.8 (armature resistance) 10) What is the closed loop bandwidth (m)? O 16-KI 0.8 16 0.8-K1 KI 30-0.8 Kr30 0.8