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Multiple Indicate the choice that best completes the st 21. How can we reduce beta dependency from amplifier circuit? a. Voltage divider bias b. Emitter feedback c. Both a &b d. None of the above

Multiple Indicate the choice that best completes the st 21. How can we reduce beta dependency from amplifier circuit? a. Voltage divider bias b. Emitter feedback c. Both a &b d. None of the above

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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28. The common-collector configuration is also called: 26. The best selection to meet a reaent foe an amlier w very voltage gain is: a. common-emitter b. common-base e. emitter-follower d. common-collector 27. The phase inversion occurs in a. common-emitter b. common-base c. emitter-follower d. common-collector configuration. a. buffer b. emitter-follower c. unity-gain amplifier d. both a and b 29. Find the ac emitter resistance for IE = 5mA: a. 0.05 Q b. 52 c. 5000 2 d. None of the above In Figure 1, RB = 0.3 M2, Rc = 1 kS2, Vcc = 9 V, ß = 150, and VBE = 0.3 V. 30. Refer to Figure 1, find Ic: a. 29 µA b. 4.35 μΑ c. 4.35 mA d. None of the above
Transcribed Image Text:28. The common-collector configuration is also called: 26. The best selection to meet a reaent foe an amlier w very voltage gain is: a. common-emitter b. common-base e. emitter-follower d. common-collector 27. The phase inversion occurs in a. common-emitter b. common-base c. emitter-follower d. common-collector configuration. a. buffer b. emitter-follower c. unity-gain amplifier d. both a and b 29. Find the ac emitter resistance for IE = 5mA: a. 0.05 Q b. 52 c. 5000 2 d. None of the above In Figure 1, RB = 0.3 M2, Rc = 1 kS2, Vcc = 9 V, ß = 150, and VBE = 0.3 V. 30. Refer to Figure 1, find Ic: a. 29 µA b. 4.35 μΑ c. 4.35 mA d. None of the above
19. At cul 20. The saturation current is the minimum possil Multiple Choice maicate the choice that best completes the statement or answers the question. 21. How can we reduce beta dependency from amplifier circuit? a. Voltage divider bias b. Emitter feedback c. Both a &b d. None of the above 22. The voltage gain of an amplifier can be increased bypassing: a. Base resistor b. Collector resistor c. Emitter resistor d. None of the above 23. In a common source amplifier, input signal is fed into which terminal? a. Gate 1 1oimo odanie b. Source T c. Drain ns bolleo ols at noisinosoolloo-nom d. None of the above nommos arlt ei ning vowog leod ort diw nou o 24. A common source amplifier has RL = 5 k2, Rs = 1.6 k2, what is the g feedback ratio:di bas tugui slt.i oend orh15wollolsio ns alSt a. 3.125nilque b. 5 100ibni to olqmaxo ns ai oilile Elilqms on 101 lutsau ton ai gnilquos ovitiosqu c. 0.32 d. None of the above 0 zi gidenoislon oadq tuquo ol luqni orl 1olilqus sou02-nommos s nl 25. The best selection to meet a requirement for an amplifier with for RF applications: a. common-emitter b. common-base c. emitter-followerd d. common-collector bis nicg 2ani losdbool ovitico
Transcribed Image Text:19. At cul 20. The saturation current is the minimum possil Multiple Choice maicate the choice that best completes the statement or answers the question. 21. How can we reduce beta dependency from amplifier circuit? a. Voltage divider bias b. Emitter feedback c. Both a &b d. None of the above 22. The voltage gain of an amplifier can be increased bypassing: a. Base resistor b. Collector resistor c. Emitter resistor d. None of the above 23. In a common source amplifier, input signal is fed into which terminal? a. Gate 1 1oimo odanie b. Source T c. Drain ns bolleo ols at noisinosoolloo-nom d. None of the above nommos arlt ei ning vowog leod ort diw nou o 24. A common source amplifier has RL = 5 k2, Rs = 1.6 k2, what is the g feedback ratio:di bas tugui slt.i oend orh15wollolsio ns alSt a. 3.125nilque b. 5 100ibni to olqmaxo ns ai oilile Elilqms on 101 lutsau ton ai gnilquos ovitiosqu c. 0.32 d. None of the above 0 zi gidenoislon oadq tuquo ol luqni orl 1olilqus sou02-nommos s nl 25. The best selection to meet a requirement for an amplifier with for RF applications: a. common-emitter b. common-base c. emitter-followerd d. common-collector bis nicg 2ani losdbool ovitico
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