Diode Models MCQ (Multiple Choice Questions) PDF Download

If biasing voltage is 10 V and R=1.0 kΩ then forward voltage for practical diode model will be

1. 5 V
2. 9.3 V
3. 10 V
4. 10.7 V

In forward bias, positive terminal of source is connected to diode's positive terminal referred to as

1. anode
2. cathode
3. supply
4. input

If biasing voltage is 10 V, R=1.0kΩ and internal resistance is 10Ω then forward voltage for complete diode model with internal resistance is

1. 792 mA
2. 874 mV
3. 792 mV
4. 332 mV

For a complete diode model, including internal resistance, forward current will be

1. ( V_biasing- V_Forward)/R
2. ( V_biasing- V_Forward)/(R+r(internal))
3. ( V_biasing- V_Forward)(R+r(internal))
4. ( V_biasing- V_Forward)r(internal)

Forward current for ideal diode model when V_bias is biasing voltage and R is limiting resistor is equals to

1. V_biasR
2. V_bias/R
3. V_bias+R
4. V_bias-R