Electronic Engineering

Electronic Devices MCQs

Electronics: Electronic Devices MCQs - Subtopic

Full Wave Rectifier Working and Characteristics MCQ with Answers

Books:

Apps:

Electronic Devices App (Google Play Store)Electronic Devices App (Apple App Store)

Full Wave Rectifier Working and Characteristics Multiple Choice Questions (MCQ) to practice full wave rectifier working and characteristics quiz answers PDF, full wave rectifier working and characteristics worksheets for online degrees. Solve diode applications Multiple Choice Questions and Answers (MCQs), "Full Wave Rectifier Working and Characteristics Quiz Questions" and answers for free career test. Learn full wave rectifier working and characteristics, bridge rectifier, full wave rectifier circuit, integrated circuit voltage regulator test prep for easy enrollment online colleges.

"Peak inverse voltage is equals to peak value of" Multiple Choice Questions (MCQ) on full wave rectifier working and characteristics with choices input voltage, output voltage, cathode voltage, and floating voltage for free career test. Solve full wave rectifier working and characteristics quiz questions for merit scholarship test and certificate programs to enroll in online colleges.

MCQs on Full Wave Rectifier Working and Characteristics

1.

Peak inverse voltage is equals to peak value of

input voltage
output voltage
cathode voltage
floating voltage

2.

A circuit or device for which power supply is producing DC voltage and load current is termed as

source
logic gate
load
memory

3.

Rectifier that converts AC input voltage to a pulsating DC voltage is called

semiwave rectifier
fullwave rectifier
halfwave rectifier
infinitewave rectifier

4.

If peak voltage is 50 V then average voltage of halfwave rectifier is

12.7 V
15.9 V
20 V
2.4 V

5.

Circuit that are found in all DC power supplies that operate from AC voltage sources are

rectifiers
regulators
modulators
amplifiers

More Subtopics from Electronic Devices

Digital Electronics Chapters
Pseudo NMOS Logic Circuits MCQsMOS Digital Circuits MCQsSemiconductor Memories MCQsTransistor Transistor Logic (TTL) MCQsDigital Logic Gates MCQsPass Transistor Logic Circuits MCQsBipolar Junction Transistors MCQsRandom Access Memory Cells MCQs
Electronic Devices Chapters
Bipolar Junction Transistors MCQsTransistor Bias Circuits MCQsDiode Applications MCQsSpecial Purpose Diodes MCQsSemiconductor Basics MCQsProgrammable Analog Arrays MCQsBJT Amplifiers MCQsOscillators MCQs
Digital Electronics Questions
When the NMOS is turned ON in pseudo-NMOS logic, dynamic power isECL uses an overdriven BJT differential amplifier with single-ended input and limitedA computer can understand the positional number system where there are only a few symbols calledAs the gate is elongated laterally, keeping the active region constant, MESFET improveIn multi-emitter transistors, open circuit input terminal is act asPseudo-NMOS inverter must have
Electronic Devices Questions
Peak inverse voltage is equals to peak value ofECL uses an overdriven BJT differential amplifier with single-ended input and limitedA computer can understand the positional number system where there are only a few symbols calledAs the gate is elongated laterally, keeping the active region constant, MESFET improveIn multi-emitter transistors, open circuit input terminal is act asPseudo-NMOS inverter must have