Problem #1 Consider the switching waveforms of the voltage and current of a resistive power switch circuit shown here. ,= Let: Vs=4KV, Is = 2KA, VSAT = 0.8 V, and ISAT = 1 mA Assume the switch turn-on to be (t2- t₁) and switch turn-off to be (t4t3), where t₁ = 2 μs, t₂ = 5 μs, tз = 19 µs, and t4 = 22 μs. The switching frequency is 100 Hz. 2= Compute the average dissipated power in the power switch. Thw average power is: Pdiss(Total) VSW A VSAT- isw Vs ISAT 0 t₁ t₂ 1 ·√ p(t)dt, where p(t) = Vsw(t).isw(t) Ts (sec) Is t (sec) VG Vs Rs w IG Power Switch +

Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter7: Parallel Circuits
Section: Chapter Questions
Problem 4PP: Using the rules for parallel circuits and Ohmslaw, solve for the missing values....
Question
Problem #1
Consider the switching waveforms of the voltage and current of a resistive power switch circuit shown here.
,=
Let: Vs=4KV, Is = 2KA, VSAT = 0.8 V, and ISAT = 1 mA Assume the switch turn-on to be (t2- t₁) and switch turn-off to
be (t4t3), where t₁ = 2 μs, t₂ = 5 μs, tз = 19 µs, and t4 = 22 μs. The switching frequency is 100 Hz.
2=
Compute the average dissipated power in the power switch.
Thw average power is: Pdiss(Total)
VSW
A
VSAT-
isw
Vs
ISAT
0
t₁ t₂
1
·√ p(t)dt, where p(t) = Vsw(t).isw(t)
Ts
(sec)
Is
t (sec)
VG
Vs
Rs
w
IG
Power
Switch
+
Transcribed Image Text:Problem #1 Consider the switching waveforms of the voltage and current of a resistive power switch circuit shown here. ,= Let: Vs=4KV, Is = 2KA, VSAT = 0.8 V, and ISAT = 1 mA Assume the switch turn-on to be (t2- t₁) and switch turn-off to be (t4t3), where t₁ = 2 μs, t₂ = 5 μs, tз = 19 µs, and t4 = 22 μs. The switching frequency is 100 Hz. 2= Compute the average dissipated power in the power switch. Thw average power is: Pdiss(Total) VSW A VSAT- isw Vs ISAT 0 t₁ t₂ 1 ·√ p(t)dt, where p(t) = Vsw(t).isw(t) Ts (sec) Is t (sec) VG Vs Rs w IG Power Switch +
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