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In the below circuit we put Snubbing Diode D1 across the coil to protect the transistor (represented here as a switch) from the high reverse transient voltage when the switch (transistor) is opened. Note that this represents a model of a real inductor that has a 100 ohm DC resistance. Calculate the current that will flow in D1 at t=0*. L1=1mH R1=0.1k VS=10V KH D1 will be open at t-0

In the below circuit we put Snubbing Diode D1 across the coil to protect the transistor (represented here as a switch) from the high reverse transient voltage when the switch (transistor) is opened. Note that this represents a model of a real inductor that has a 100 ohm DC resistance. Calculate the current that will flow in D1 at t=0*. L1=1mH R1=0.1k VS=10V KH D1 will be open at t-0

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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In the below circuit we put Snubbing Diode D1 across the coil to protect the transistor (represented here as a switch) from the high reverse transient voltage when the switch (transistor) is opened. Note that this represents a model of a real inductor that has a 100 ohm DC resistance. Calculate the current that will flow in D1 at t=0+. L1=1mH R1=0.1k VS=10V KH D1 will be open at t=0
Transcribed Image Text:In the below circuit we put Snubbing Diode D1 across the coil to protect the transistor (represented here as a switch) from the high reverse transient voltage when the switch (transistor) is opened. Note that this represents a model of a real inductor that has a 100 ohm DC resistance. Calculate the current that will flow in D1 at t=0+. L1=1mH R1=0.1k VS=10V KH D1 will be open at t=0
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