In the circuit shown in below I = 2mA, VB = 2V and R = 2K. The voltage V will be ________ (Use constant voltage drop model assumption and take VD = 0.5V)(a) 0V(b) 2.5V(c) 6V(d) 3.5VI got this question in a national level competition.The question is from Constant Voltage Drop Model-2 in division Diode Circuit of Analog Circuits

In the circuit shown in below I = 2mA, VB = 2V and R = 2K. The voltage

1.	In the circuit shown in below I = 2mA, VB = 2V and R = 2K. The voltage V will be ________ (Use constant voltage drop model assumption and take VD = 0.5V)(a) 0V(b) 2.5V(c) 6V(d) 3.5VI got this question in a national level competition.The question is from Constant Voltage Drop Model-2 in division Diode Circuit of Analog Circuits
Answer» CORRECT choice is (b) 2.5V To elaborate: In constant voltage drop MODEL at forward bias diode can be REPLACED as a cell and in reverse bias diode can be avoided by considering the TERMINALS are open. Since current source forward bases the diode voltage drop across diode is VD. So net voltage output is VD+VB.

Discussion

No Comment Found

Related InterviewSolutions

The voltage after which the diode current exponentially increases with forward bias is NOT known as ________(a) Offset voltage(b) Threshold potential(c) Firing potential(d) Peak forward voltageI have been asked this question in an interview.Question is taken from Voltage-Ampere Characteristics of Diode-1 in section Diode Circuit of Analog Circuits
What is meant by the PIV rating of a diode?(a) Maximum reverse bias potential which can be applied across a diode without breakdown(b) Maximum forward bias potential which can be applied across a diode without breakdown(c) Minimum potential required by a diode to reach conduction state(d) Maximum power allowable to a diodeI had been asked this question in an internship interview.The origin of the question is Voltage-Ampere Characteristics of Diode-1 topic in division Diode Circuit of Analog Circuits
The abbreviation PIV in the case of a diode stands for ____________(a) Peak Inferior Voltage(b) Problematic Inverse Voltage(c) Peak Inverse Voltage(d) Peak Internal VoltageI had been asked this question in an online interview.This interesting question is from Voltage-Ampere Characteristics of Diode-1 topic in section Diode Circuit of Analog Circuits
The diode current equation is not applicable in ____________(a) Forward biased state(b) Reverse biased state(c) Unbiased state(d) It is applicable in all bias statesI got this question in exam.This intriguing question originated from Voltage-Ampere Characteristics of Diode-1 in division Diode Circuit of Analog Circuits
Emission coefficient of Germanium is ___________(a) 1(b) 1.1(c) 1.5(d) 2I got this question in semester exam.Origin of the question is Voltage-Ampere Characteristics of Diode-1 in portion Diode Circuit of Analog Circuits
The ideality factor of Silicon is ___________(a) 1(b) 2(c) 1.3(d) 1.7The question was asked during an internship interview.Enquiry is from Voltage-Ampere Characteristics of Diode-1 in portion Diode Circuit of Analog Circuits
What is the value of the voltage equivalent of temperature at room temperature (27^oC)?(a) 26mV(b) 36mV(c) 0.26mV(d) 260mVThe question was posed to me during an interview for a job.The above asked question is from Voltage-Ampere Characteristics of Diode-1 topic in chapter Diode Circuit of Analog Circuits
What happens to cut-in voltage when the temperature increases?(a) Cut-in voltage increases(b) Cut-in voltage decreases(c) Cut-in voltage either increases or decreases(d) Cut-in voltage doesn’t depend on temperatureI got this question during an online interview.My question is from Voltage-Ampere Characteristics of Diode-1 in division Diode Circuit of Analog Circuits
When temperature increases, reverse saturation current _________(a) Increases(b) Decreases(c) Doesn’t depend on temperature(d) Either increases or decreasesThis question was addressed to me in class test.My question is based upon Voltage-Ampere Characteristics of Diode-1 in portion Diode Circuit of Analog Circuits
Which of the following statement is false for a zener diode voltage rated as “VZ“?(a) Reverse breakdown occurs at VZ(b) Forward breakdown occurs at VZ(c) Zener diode is a heavily doped diode(d) Usually operates in reverse bias modeThis question was posed to me in an interview for internship.This intriguing question comes from Voltage-Ampere Characteristics of Diode in portion Diode Circuit of Analog Circuits

Discussion

No Comment Found

Related InterviewSolutions

Reply to Comment