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1. Draw the three (3) Equivalent Circuit of a Diode. 2. Determine the diode current (in Ampere) at 20°C for a silicon diode with reverse saturation current of 70 nanoAmpere and an applied forward bias of 0.6 volts. The constant k value is: The Temperature (in Kelvin) is: The Diode current (in Ampere) is:

1. Draw the three (3) Equivalent Circuit of a Diode. 2. Determine the diode current (in Ampere) at 20°C for a silicon diode with reverse saturation current of 70 nanoAmpere and an applied forward bias of 0.6 volts. The constant k value is: The Temperature (in Kelvin) is: The Diode current (in Ampere) is:

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1. Draw the three (3) Equivalent Circuit of a Diode. 2. Determine the diode current (in Ampere) at 20°C for a silicon diode with reverse saturation current of 70 nanoAmpere and an applied forward bias of 0.6 volts. The constant k value is: The Temperature (in Kelvin) is: The Diode current (in Ampere) is:
Transcribed Image Text:1. Draw the three (3) Equivalent Circuit of a Diode. 2. Determine the diode current (in Ampere) at 20°C for a silicon diode with reverse saturation current of 70 nanoAmpere and an applied forward bias of 0.6 volts. The constant k value is: The Temperature (in Kelvin) is: The Diode current (in Ampere) is:
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