blem...VideosSet Notation (soluti...Required documentsOSign inInQuiz - FinalσIn the following phase shift oscillator circuit,C1 C2 C3 =50 nFCalculate the frequency in Hz.[Course Learning Outcome 6]R4w300knVEE12VVoutc2|7 15LM318DR1 10knR2 okaR312VVCCYour Answer:AnswerPrevious PageNext Pageww10k033PC

For an op-amp phase shift oscillator, the frequency of the circuit is given by the following…

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Power System Analysis and Design (MindTap Course List)

6th Edition

ISBN:9781305632134

Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma

Chapter12: Power System Controls

Section: Chapter Questions

Problem 12.15P

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Activity 3:You are asked to design and build several oscillator circuits that perform at various frequencies.You have ‘TL084CN’ op-amps, ‘KSP2222A’ transistor, a 4MHz crystal, and plenty of capacitorsand resistors of the following set of values.Table of Available Resistors (all values are in kΩ)0.47 4.7 470 0.22 2.2 22 1 10 100 10000.33 3.3 33 1.5 15 0.68 6.82.2-kΩ potentiometer 10-kΩ potentiometerTable of Available Capacitors (all values are in F)10p 22p 47p 100p 220p 470p 1n 10n 22n 47n100n 1μ 2.2μ 4.7μ 10μ 22μ 47μ 100μ 220μ 470μ3-A) Compare between the phase-shift oscillator and the Wien Bridge oscillator in terms of thefeedback circuit, resonant conditions, forward gain conditions, and advantages. For eachoscillator type, design a circuit that oscillates at ~10 kHz by using the op-amp IC and theavailable resistors and capacitors3-B) Build the Wien Bridge oscillator in MultisimTM. Record your findings and include screenshots in your report. Compare your simulation findings with…
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