Assume that a diode was connect to a 10K ohm resistor in reverse bias mode. Given that the diode internal capacitance is

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Assume That A Diode Was Connect To A 10k Ohm Resistor In Reverse Bias Mode Given That The Diode Internal Capacitance Is 1 (33.53 KiB) Viewed 48 times

Assume That A Diode Was Connect To A 10k Ohm Resistor In Reverse Bias Mode Given That The Diode Internal Capacitance Is 2 (29.65 KiB) Viewed 48 times

Assume That A Diode Was Connect To A 10k Ohm Resistor In Reverse Bias Mode Given That The Diode Internal Capacitance Is 3 (49.43 KiB) Viewed 48 times

Assume that a diode was connect to a 10K ohm resistor in reverse bias mode. Given that the diode internal capacitance is two pico farad (4pf) and the diode needs (5T) to get fully charged. What is the maximum frequency of the input signal that can be used in this circuit. a. 5 MHz O b. 20 MHz O c. 10 MHz d. None of the answers e. 2.5 MHz
For PN junction, when a reverse bias voltage (Vin) is applied, the width of the immobile charge region is a. Bigger than the width when the junction is forward biased O b. None of the answers c. Smaller than the width when the junction is forward biased O d. Not affected by the applied voltage e. Smaller than the width when V1 is zero
f In the circuit below, two different input signals (V1 and V2) have been applied to the circuit in two different events, two output signals have been obtained respectively (Vol and Vo2). If V1 is smaller than V2, which statement is true: V1 "I t = 0 OV- V2 J t = 0 OV R = 10 k Vin o 대호 - Vout a. Vo2 takes more time than Vol to reach to 70% of the maximum value. O b. None of the answers c. Vol and Vo2 will reach to 70% of the maximum value at the same time. O d. Vol takes more time than Vo2 to reach to 70% of the maximum value.