4.17 The diodes in Fig. 4.6(a) must be able to withstand lightning strikes that cause the input voltage to temporarilyspike to v = + 200 V. What peak current and peak reverse voltage must the diodes handle if R = 100 2?RD,Dzto5 VEsv+(a)Figure 4.6 (a) Simple limiter circuit in Example 4.2.

Answered: 4.17 The diodes in Fig. 4.6(a) must be…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

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4.17 The diodes in Fig. 4.6(a) must be able to withstand lightning strikes that cause the input voltage to temporarily
spike to v = + 200 V. What peak current and peak reverse voltage must the diodes handle if R = 100 2?
R
D,
Dz
to
5 V
Esv
+
(a)
Figure 4.6 (a) Simple limiter circuit in Example 4.2.

Expert Solution

Step 1

Here, we have given a limiter circuit, having two diodes.

We have to calculate the peak current and peak reverse voltage of the circuit we have given.

The circuit is having a resistance value of $100 Ω$ .

So, we will first put the input voltage as 200 V. And, then we will draw a modified circuit to make the calculation easier. Then, we will get the value of peak current and peak reverse voltage.

And, then we will put the input voltage as -200 V. And, then we will draw a modified circuit to make the calculation easier. Then, we will get the value of peak current and peak reverse voltage.

So, we will follow the below given procedure for the required results.

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