solve 30 29. Form factor of a rectifier is theratio of *Root mean square value of voltageand current to its peak valueRoot mean square value of voltageand current to its average valueAverage value of current and voltageto its root mean square valuePeak value of current and voltage toits root mean square value30. A voltage source 200 sin314t isapplied to a thyristor controlledhalfwave rectifier with a resistive loadof 502. If the firing angle is 30° withrespect to supply voltage waveform,the average power in the Load is *90.6 watts86.3 watts60.8 wattsO 70.6 watts

In this question we need to choose a correct option.

30. A voltage source 200 sin314t is applied to a thyristor controlled halfwave rectifier with a resistive load of 502. If the firing angle is 30° with respect to supply voltage waveform, the average power in the load is * O 90.6 watts O 86.3 watts 60.8 watts O 70.6 watts

30. A voltage source 200 sin314t is applied to a thyristor controlled halfwave rectifier with a resistive load of 502. If the firing angle is 30° with respect to supply voltage waveform, the average power in the load is * O 90.6 watts O 86.3 watts 60.8 watts O 70.6 watts

Electricity for Refrigeration, Heating, and Air Conditioning (MindTap Course List)

10th Edition

ISBN:9781337399128

Author:Russell E. Smith

Publisher:Russell E. Smith

Chapter12: Electronic Control Devices

Section: Chapter Questions

Problem 3RQ: Diodes and rectifiers allow current to _________. flow in one direction only flow in both...

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Question

solve 30

29. Form factor of a rectifier is the
ratio of *
Root mean square value of voltage
and current to its peak value
Root mean square value of voltage
and current to its average value
Average value of current and voltage
to its root mean square value
Peak value of current and voltage to
its root mean square value
30. A voltage source 200 sin314t is
applied to a thyristor controlled
halfwave rectifier with a resistive load
of 502. If the firing angle is 30° with
respect to supply voltage waveform,
the average power in the Load is *
90.6 watts
86.3 watts
60.8 watts
O 70.6 watts

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