Q2(a)(b) The following data is provided for a switching power pole.Drain voltage Vp = 10VDrain current Ip 5A%3DSwitch resistance Rps ON = 25mSwitch conduction loss Pcon_loss0.312W%3D%3DSwitching on loss Psw ON = 0.1WSwitching off loss Psw off = 0.125WIf the switching frequency is 100kHz, determine:(i)The operating duty cycle.(ii)The Switching on time.(iii)The Switching off time.

Given information, Drain voltage VD=10 Volts. Drain current ID=5 A. Switch resistance RDS_ON=25 mΩ.…

Q2 (a) (b) The following data is provided for a switching power pole. Drain voltage Vp = 10V Drain current Ip 5A Switch resistance Rps ON = 25mN Switch conduction loss Pcon_loss = 0.312W %3D Switching on loss Psw ON = 0.1W Switching off loss Psw off = 0.125W %3D If the switching frequency is 100kHz, determine: (i) The operating duty cycle. (ii) The Switching on time. (iii) The Switching off time.

Q2 (a) (b) The following data is provided for a switching power pole. Drain voltage Vp = 10V Drain current Ip 5A Switch resistance Rps ON = 25mN Switch conduction loss Pcon_loss = 0.312W %3D Switching on loss Psw ON = 0.1W Switching off loss Psw off = 0.125W %3D If the switching frequency is 100kHz, determine: (i) The operating duty cycle. (ii) The Switching on time. (iii) The Switching off time.

Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter7: Symmetrical Faults

Section: Chapter Questions

Problem 7.21MCQ

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Question

Q2
(a)
(b) The following data is provided for a switching power pole.
Drain voltage Vp = 10V
Drain current Ip 5A
%3D
Switch resistance Rps ON = 25m
Switch conduction loss Pcon_loss
0.312W
%3D
%3D
Switching on loss Psw ON = 0.1W
Switching off loss Psw off = 0.125W
If the switching frequency is 100kHz, determine:
(i)
The operating duty cycle.
(ii)
The Switching on time.
(iii)
The Switching off time.

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