A class-A emitter follower biased with a constant current source is given in the figure. You can neglect the base currents in your calculations. Vc Vi Q1 Vcc= 10 V RL = 1K B -200 oVo R Q2 VEE(on)=0.7 V VCE(a)=0.2 V VBE(1a)=0.8 V -Vcc a) Determine the value of R that will produce the maximum possible output signal swing. What is the value of Iq, and the maximum and minimum values of iel and i? b) Using the results of part (a), calculate the conversion efficiency.

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A class-A emitter follower biased with a constant current source is given in the figure. You can
neglect the base currents in your calculations.
Vc
Vi-
Q1
Voc= 10 V
RL = 1K B
=200
oVo
R
Q2
VBE(an)=0.7 V
VCEcat=0.2 V
VEE(a)=0.8 V
Q3
-Vcc
a) Determine the value of R that will produce the maximum possible output signal swing.
What is the value of IQ, and the maximum and minimum values of igi and i?
b) Using the results of part (a), calculate the conversion efficiency.
Transcribed Image Text:A class-A emitter follower biased with a constant current source is given in the figure. You can neglect the base currents in your calculations. Vc Vi- Q1 Voc= 10 V RL = 1K B =200 oVo R Q2 VBE(an)=0.7 V VCEcat=0.2 V VEE(a)=0.8 V Q3 -Vcc a) Determine the value of R that will produce the maximum possible output signal swing. What is the value of IQ, and the maximum and minimum values of igi and i? b) Using the results of part (a), calculate the conversion efficiency.
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