The circuit below shows an oscillator. 1. Name the type of oscillator o. Should the amplifier be inverting or non-inverting? Explain why. . For the circuit to oscillate, what is the minimum gain the amplifier could have? ANSWER: -5 1. What value should the inductor have if the operating frequency is to be 5MHZ? ANSWER: 60.78µH eeee 100 pF 200 pF 20 pF

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Only answer b,c,d. Please also label the Vf and Vo, and prove that the answers in red ink is true

The circuit below shows an oscillator.
a. Name the type of oscillator
b. Should the amplifier be inverting or non-inverting? Explain why.
c. For the circuit to oscillate, what is the minimum gain the amplifier could have?
ANSWER: -5
d. What value should the inductor have if the operating frequency is to be 5MHZ?
ANSWER: 60.78µH
100 pF
200 pF
20 pF
Transcribed Image Text:The circuit below shows an oscillator. a. Name the type of oscillator b. Should the amplifier be inverting or non-inverting? Explain why. c. For the circuit to oscillate, what is the minimum gain the amplifier could have? ANSWER: -5 d. What value should the inductor have if the operating frequency is to be 5MHZ? ANSWER: 60.78µH 100 pF 200 pF 20 pF
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