amplifier, integrator & differentiator circuits, inverting circuits, low pass filters, non-inverting circuits, operational amplifiers, summing circuits, and voltage follower. Reduces c. Stabilizes d. Factorizes. Get All The Updates on Latest Quiz! Assume ω=20,000 rad/s and capacitance = 0.47µF.a) R1 = 10.6Ω, RF = 106Ωb) R1 = 21.2Ω, RF = 212.6Ωc) R1 = 42.4Ω, RF = 424Ωd) R1 = 29.8Ω, RF = 298ΩAnswer: bExplanation: The gain of the lossy integration is A=(RF/ R1)/√[1+(ωRFCF)]2=> A(db) = 20log{(RF/R1)/√[1+(ωRFCF)]2}=> 40db = 20log×[(RF/R1)/√1=> R1 = RF/20.At ω=20000rad/s, the gain is down by 6db from its peak of 20db and thus is 14db. This test is Rated positive by 85% students preparing for Electrical Engineering (EE).This MCQ test is related to Electrical Engineering (EE) syllabus, prepared by Electrical Engineering (EE) teachers. 26 december 2016 Basic electronic past papers Quiz; 12 july 2016 Basic electronic past papers Quiz; 15 june 2015 Basic electronic past papers Quiz; Floyd book Mcqs. Find R1 and RF in the lossy integrator so that the peak gain and the gain down from its peak is 40db to 6db. "Basic Concepts MCQs" pdf covers quiz questions about applications, charge and current, circuit elements, power and … You can find other First Order RL And RC Circuits - 1 extra questions, Past papers of Operational Amplifier Applications MCQs ( Linear Integrated Circuits ) Mcqs. MCQs are well framed, mostly from previous entrance examinations. 2. reset + A - A; About the book. Choose the value of RF and C for a 5kHz input signal to obtain good differentiation.a) RF = 1.6×103Ω, C1 = 33×10-6Fb) RF = 1.6×103Ω, C1 = 0.47×10-6Fc) RF = 1.6×103Ω, C1 = 47×10-6Fd) RF = 1.6×103 Ω, C1 = 10×10-6FAnswer: bExplanation: For a good differentiation, the time period of the input signal must be larger than or equal to RF C1 i.e. a. The upper cutoff frequency of an RC coupled amplifier mainly depends upon. At series resonance, the impedance of a crystal is. Input 1- Either positive or negative, Input 2- Either positive or negative, 9. Electrical engineering Mcqs for Preparation of Job Test and interview, freshers, Students, competitive exams etc. 21. This video shows how a simple RC circuit can act as an integrator, that is carry out the mathematical operation of integration. B. Why a resistor is shunted across the feedback capacitor in the practical integrator?a) To reduce operating frequencyb) To enhance low frequency gainc) To enhance error voltaged) To reduce error voltageAnswer: dExplanation: The input current charging the feedback capacitor produces error voltage at the output of the integrator. long questions & short questions for Electrical Engineering (EE) on EduRev as well by searching above. It Will Be Helpful For Students Writing JEE MAINS/KCET/COMEDK. Determine the relationship between log-antilog method.a) lnVx×lnVy = ln(Vx+Vy)b) lnVx / lnVy = ln(Vx-Vy)c) lnVx -lnVy = ln(Vx/Vy)d) lnVx+ lnVy = ln(Vx×Vy)Answer: dExplanation: The log-anilog method relies on the mathematical relationship that is the sum of the logarithm of the product of those numbers.=> lnVx+lnVy = ln(Vx×Vy).2. Multiple choice questions help to develop understanding of all key points of chapter. of Pharmaceutical Sciences, Nagpur University, Nagpur. Application of Integrals Class 12 Maths MCQs … The stability and high frequency noise problem are corrected bya) Adding feedback capacitorb) Feedback capacitor and internal resistorc) Feedback capacitor and feedback resistord) Internal capacitor and internal capacitorAnswer: bExplanation: The stability and high frequency noise problem are corrected by addition of two components to the differentiator: 1. Set 1; Set 2 ) ) Post navigation. Next Students can solve NCERT Class 12 Maths Application of Integrals MCQs Pdf with Answers to know their preparation level. Which among the following circuit has the highest input resistance?a) Voltage followerb) Inverting amplifierc) Differential amplifierd) None of the mentionedAnswer: aExplanation: Voltage follower has the highest positive input resistance of any op-amp circuit. Semester 1. By practicing these MCQs of Capacitance and Capacitors MCQs ( Electrical Engineering ) MCQs – Latest Competitive MCQs , an individual for exams performs better than before.This post comprising of objective questions and answers related to “Capacitance and Capacitors MCQs ( Electrical Engineering ) Mcqs “. Second Order Circuits MCQs: 9 Multiple Choice Questions. Results in 50% accuracy in integration, ii. Basic Electronic. Multiple Choice Questions and Answers on Op-Amp ( Operational Amplifier ) In addition to reading the questions and answers on my site, I would suggest you to … Find the bias current from the given circuita) 30mAb) 3mAc) 0.30mAd) 0.03mAAnswer: cExplanation: The bias current is given as Iin =Vin/Rin = 3v/10kΩ.Where, Iin= Ib =0.3mA.3. Find the output waveform for an input of 5kHz.Answer: aExplanation: The output voltage of integrator, Vo = (1/R1×CF)×t∫0 Vindt+C = -[(1/10kΩ×10nF) 0.1ms∫01dt ]= -(104×0.1×10-3) = -1v.The input is constant amplitude of 2v from 0 to 0.1ms and from 0.1ms to 0.2ms. RC filters, RC circuits, integrators and differentiators. These objective type questions are very important for competitive exams like IIT-JEE, GATE, CAT etc. Compute the output of frequency doubler. For this reason, practical integrator is called as a lossy integrator.8. Determine the time period of a monostable 555 multivibrator. EduRev is a knowledge-sharing community that depends on everyone being able to pitch in when they know something. 1.incremental model passes through the ___________phases each interaction a.communication and modeling b.planning and construction c. Integral Calculus MCQs for JEE-Main - Definite Integral MCQ Practice Sheet with Answer Keys - Total 20 Questions in this Definite Integral MCQ Practice Sheet. 1. Match the correct frequency range for integration. Op Amp Short Questions & Answers for competitive exams. The frequency at which gain is 0db for integrator isa) f=1/(2πRFCF)b) f=1/(2πR1CF)c) f=1/(2πR1R1)d) f=(1/2π)×(RF/R1)Answer: bExplanation: The frequency at which the gain of the integrator becomes zero is f=1/(2πR1CF).7. This section discusses about the op-amp based integrator. VS R C Vout The RC Integrator 2. 12.2k 2 2 gold badges 28 28 silver badges 64 64 bronze badges \\$\endgroup\\$ Three Phase circuits MCQs: 12 Multiple Choice Questions. Let’s get into the details. 1. Aug 15, 2020 • 1h 5m . Electrical Engineering MCQ questions and answers especially for the Electrical Engineer and who preparing for GATE Exam. 110 m/sec C. 120m/sec D. 130 m/sec 22. analysis-of-multiple-choice-questions-mcqs-item-and 2/89 Downloaded from www.get10things.com on January 12, 2021 by guest transform, ac power, ac power analysis, amplifier & operational amplifier circuits, analysis method, applications of Laplace transform, basic concepts, basic laws, capacitors and … Similar Classes. You know what you want. Find out more, read a sample chapter, or order an inspection copy if you are a lecturer, from the Higher Education website. How to remove the dc term produced along with the output in frequency doubler?a) Use a capacitor between load and output terminalb) Use a resistor between load and output terminalc) Use a Inductor between load and output terminald) Use a potentiometer between load and output terminalAnswer: aExplanation: The output of the frequency doubler contains a dc term and wave of double frequency. Mathematics → Integration MCQs. Internal resistor in series with internal capacitor and2. The maximum speed of nerve impulse transmission is A. Why practical integrator is called as lossy integrator?a) Dissipation powerb) Provide stabilizationc) Changes inputd) None of the mentionedAnswer: dExplanation: To avoid saturation problems, the feedback capacitor is shunted by a feedback resistance(RF). Latest Electrical Engineering MCQs. Where fa -> Frequency at which gain =0 ; fb -> Gain limit frequency ; fc -> Unity gain bandwidth.a) fa < fb < fcb) fa > fb > fcc) fb < fc > fad) fb < fc < faAnswer: aExplanation: The value of internal resistor and capacitor and feedback resistor and capacitor of the differentiator values should be selected such that fa < fb < fc to make the circuit more stable.9. "Applications of Laplace transform MCQs" pdf covers quiz questions about circuit analysis, introduction, network stability, network synthesis, and state variables. 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What must be done to block the ac input voltage riding on a dc level?a) Use RC networkb) Use coupling capacitorc) Use resistive transducerd) None of the mentionedAnswer: bExplanation: In order to block the dc level a coupling capacitor must be used in series with the input of the voltage follower.5. Find its corresponding output voltage?a) 11vb) 15vc) 13vd) Cannot be determinedAnswer: dExplanation: The input voltage must be negative or else the op-amp will saturate and lie between the ranges of -1 to -10v. What is the disadvantage of log-antilog multiplier?a) Provides four quadrant multiplication onlyb) Provides one quadrant multiplication onlyc) Provides two and four quadrant multiplication onlyd) Provides one, two and four quadrant multiplication onlyAnswer: bExplanation: Log amplifier requires the input and reference voltage to be of the same polarity. This Class Will Be Conducted In English And Notes Will Be Provided In English. 1. Man C. Planaria D. Cockroach 23. 65k watch mins. Integrator – 1. Find the voltage range at which the multiplier can be used as a squarer circuit?a) 0 – Vinb) Vref – Vinc) 0 – Vrefd) All of the mentionedAnswer: cExplanation: The basic multiplier can be used to square any positive or negative number provided the number can be represented by a voltage between 0 to Vref.6. Differentiation amplifier produces a) Output waveform as integration of input waveform b) Input waveform as integration of output waveform c) Output waveform as derivative of input waveform Which of the following functions does the antilog computation required to perform continuously with log-amps?a) In(x)b) log(x)c) Sinh(x)d) All of the mentionedAnswer: dExplanation: Log-amp can easily perform function such as In(x), Log(x), Sinh(x) to have direct dB display on digital voltmeter and spectrum analyser.2. Integration is a summing process, and a basic integrator can produce an output that is a running sum of the input under certain conditions. The following quizzes are from Integration and its applications at intermediate level (A-Level). Core System Integrator (CSI) is an integrated system designed to augment the service delivery efficiency of the post offices that provides for centralized data and applications management and indicates the transition from a local server to Central server-based operations that includes Counter Operations, Delivery Operations, Financial activities, and Human Resource Management. Understand the concept clearly by consistently practicing the Multiple Choice Questions and score well […] Tab this page to check “Operational Amplifier Applications MCQs ( Linear Integrated Circuits )” for the preparation of competitive mcqs, FPSC mcqs, PPSC mcqs, SPSC mcqs, KPPSC mcqs, AJKPSC mcqs, BPSC mcqs, NTS mcqs, PTS mcqs, OTS mcqs, Atomic Energy mcqs, Pak Army mcqs, Pak Navy mcqs, CTS mcqs, ETEA mcqs and others. "Analysis Method MCQs" pdf covers quiz questions about branch current method, maximum power … ANSWERS: INTEGRATION MCQS 1. As wise people believe “Perfect Practice make a Man Perfect”. The gain at 14db => 14db= 20log ×{[ (RF/ RF/20)] / [√(1+(200000×0.47×10-6×RF)2]}=> 20log[1+(9.4×10-3×RF)2] = 20-14=> RF = √3/9.4×10-3 = 212.26Ω and R1 = 212.26Ω/10 = 21.2Ω.4. Find the circuit that is used to compress the dynamic range of a signal?Answer: aExplanation: Log amps are used to compress the dynamic range of a signal. Page: 1 | 2. Maths MCQs for Class 12 Chapter Wise with Answers PDF Download was Prepared Based on Latest Exam Pattern. Calculate the gain limiting frequency for the circuita) 15.64Hzb) 23.356Hzc) 33.89Hzd) None of the mentionedAnswer: cExplanation: The gain limiting frequency, fb= 1/(2π×R1×C1).fb= 1/(2π×10kΩ×0.47µF)= 1/(2.9516×10-2) = 33.89Hz.7. A two quadrant multiplier function properly, if one input is held positive and the other is allowed to swing. Students can solve NCERT Class 12 Maths Integrals MCQs Pdf with Answers to know their preparation level. What happens if the input frequency is kept lower than the frequency at which the gain is zero?a) Circuit act like a perfect integratorb) Circuit act like an inverting amplifierc) Circuit act like a voltage followerd) Circuit act like a differentiatorAnswer: bExplanation: If the input frequency is lower that the lower frequency limit of the integrator (i.e. Match the correct frequency range for integration. Determine the output voltage for the given circuita) VO = Vref/(10-k’vi)b) VO = Vref+(10-k’vi)c) VO = Vref×(10-k’vi)d) VO = Vref-(10-k’vi)Answer: cExplanation: The output voltage of an antilog amp is given as, VO = Vref (10-k’vi)Where k’ = 0.4343 (q/kt)×[(RTC/ (R2 +RTC)].8. Multiple choice questions here are on topics such as Electrical Machines, Power Electronics, Electrical measurement & units, Utilization of Electrical Energy, Basic Electrical Engineering, Electrical Installation, Power Systems, Testing & maintenance of electrical equipment’s etc. Find the condition at which the output will not saturate?a) Vx > 10v ; Vy > 10vb) Vx < 10v ; Vy > 10vc) Vx < 10v ; Vy < 10vd) Vx > 10v ; Vy < 10vAnswer: cExplanation: In an analog multiplier, Vref is internally set to 10v. when gain = 0), there will be no integration results and the circuit act like a simple inverting amplifier. By practicing these MCQs of Operational Amplifier Applications MCQs ( Linear Integrated Circuits ) MCQs – Latest Competitive MCQs , an individual for exams performs better than before. Voltage follower circuit are used ina) Active filterb) All of the mentionedc) Sample and hold circuitd) Bridge circuit with transducerAnswer: bExplanation: Voltage followers are useful for all the above mentioned applications, because they involve working with high-input source resistance.8. Matrices. ANSWER: (b) Reduces. B. maximum. A capacitor of 0.5 F is initially charged to 1 volt and is subjected to discharge at t = 0 across a LR series circuit where 1 = 1 H; R = 2 Ω. Thus, the output voltage is a scaled version of x and y inputs.=> Vo =Vx ×Vy / Vref. Find the application in which integrator is used?a) All of the mentionedb) Analog Computersc) FM Detectorsd) AM detectorsAnswer: bExplanation: The integrator is most commonly used in analog computers mainly for signal wave shaping.6. Find the output voltage for the squarer circuit given below, choose input frequency as 10kHz and Vref =10va) Vo = 5.0-(5.0×cos4π×104t)b) Vo = 2.75-(2.75×cos4π×104t)c) Vo = 1.25-(1.25×cos4π×104t)d) None of the mentionedAnswer: cExplanation: Output voltage of frequency Vo =Vi2 / Vref=> Vi = 5sinωt = 5sin2π×104tVo = [5×(sin2π×104t)2 ]/10 = 2.5×[1/2-(1/2cos2π ×2×104t)] = 1.25-(1.25×cos4π×104t).6. The RC Integrator . Find the output voltage of the log-amplifiera) VO = -(kT)×ln(Vi/Vref)b) VO = -(kT/q)×ln(Vi/Vref)c) VO = -(kT/q)×ln(Vref/Vi)d) VO = (kT/q)×ln(Vi/Vref)Answer: bExplanation: the output voltage is proportional to the logarithm of input voltage.VO =-(kT/q)×ln(Vi / Vref).4. Co-ordination results in A. Differentiation amplifier producesa) Output waveform as integration of input waveformb) Input waveform as integration of output waveformc) Output waveform as derivative of input waveformd) Input waveform as derivative of output waveformAnswer: cExplanation: Differentiation amplifier or differentiator is a circuit that performs mathematical operation of differentiation and produce output waveform as a derivative of input waveform.2. Multiple Choice Questions on Alternating Current and Voltage. Prof. Madhukar R. Tajne Deptt. C. equal. a. (B) 5. It is therefore everyone have to learn / remember the related Operational Amplifier Applications MCQs ( Linear Integrated Circuits ) Mcqs. 2. Determine output voltage of analog multiplier provided with two input signal Vx and Vy.a) Vo = (Vx ×Vx) / Vyb) Vo = (Vx ×Vy / Vrefc) Vo = (Vy ×Vy) / Vxd) Vo = (Vx ×Vy) / Vref2Answer: bExplanation: The output is the product of two inputs divided by a reference voltage in analog multiplier. 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