3. Two PN Diodes are connected back to back as shown below. Battery Voltage-5v. and the series resistance is 1K ohm. Reverse saturation current 1, of both the diodes is 1 nA. Calculate the current flowing through the Resistance and the voltage drop across each diode.
3. Two PN Diodes are connected back to back as shown below. Battery Voltage-5v. and the series resistance is 1K ohm. Reverse saturation current 1, of both the diodes is 1 nA. Calculate the current flowing through the Resistance and the voltage drop across each diode.
Chapter59: Motor Startup And Troubleshooting Basics
Section: Chapter Questions
Problem 12SQ: How is a solid-state diode tested? Explain.
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
Transcribed Image Text:3.
Two PN Diodes are connected back to back as shown below. Battery Voltage-5v. and the
series resistance is 1K ohm. Reverse saturation current 1, of both the diodes is 1 nA. Calculate
the current flowing through the Resistance and the voltage drop across each diode.
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