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