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4. In a a) b) c) d) superheterodyne receiver, the inputs to the Mixer stage are: IF amplifier and RF stage IF amplifier and Local oscillator Detector and RF stage RF stage and Local oscillator

4. In a a) b) c) d) superheterodyne receiver, the inputs to the Mixer stage are: IF amplifier and RF stage IF amplifier and Local oscillator Detector and RF stage RF stage and Local oscillator

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Please answer question 4, why is it that option?

4. In a a) b) superheterodyne receiver, the inputs to the Mixer stage are: IF amplifier and RF stage IF amplifier and Local oscillator c) Detector and RF stage d) RF stage and Local oscillator 5. In a superheterodyne receiver, a varactor diode: b) a) is placed in series with the tank inductor to provide tracking at the low end of a large frequency band. is placed in parallel with each section of the ganged capacitors of the tank to provide tracking at the high end of a large frequency band. c) is placed in an RF amplifier to provide for proper neutralization. d) is placed in a tank circuit to provide for electronic tuning. 6. A single stage that creates the LO signal and mixes it with RF to produce the IF is called: a) An autodyne mixer. b) A cross-modulator. c) A lattice modulator.
Transcribed Image Text:4. In a a) b) superheterodyne receiver, the inputs to the Mixer stage are: IF amplifier and RF stage IF amplifier and Local oscillator c) Detector and RF stage d) RF stage and Local oscillator 5. In a superheterodyne receiver, a varactor diode: b) a) is placed in series with the tank inductor to provide tracking at the low end of a large frequency band. is placed in parallel with each section of the ganged capacitors of the tank to provide tracking at the high end of a large frequency band. c) is placed in an RF amplifier to provide for proper neutralization. d) is placed in a tank circuit to provide for electronic tuning. 6. A single stage that creates the LO signal and mixes it with RF to produce the IF is called: a) An autodyne mixer. b) A cross-modulator. c) A lattice modulator.
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