b) In the circuit on the left, find the IC and VCE values of the Q1 and Q2 transistors if B = (:8)* 10. =80 Explain whether the circuit is fed in such a way as to ensure the maximum symmetrical fluctuation (maximum swing) and if your answer is not provided, explain what kind of change should be made in the circuit. (RE1 = 15ko and RE2 = 2kn) +5 V REI Re2 -S V

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pls help me.

i have 1 hour.

Vee
a) For B= 100, VC = 10 V and I- 1.5 mA in the circuit on the
Re Re
left:
• Find the IC and VCE values of the Q1 and Q2 transistors for
V=1V.
• Find the IC and VCE values of the Q1 and Q2 transistors for
V=-1 V. Draw the load lines of the transistors (write the
values that the x and y axes intersect in the drawing) and
show the operating points. (RC = 3 kn)
-Vee
b) In the circuit on the left, find the IC and VCE values of the Q1 and Q2 transistors if B = (:8)* 10. =80
Explain whether the circuit is fed in such a way as to ensure the maximum symmetrical fluctuation
(maximum swing) and if your answer is not provided, explain what kind of change should be made in
the circuit. (RE1 = 15kn and RE2 = 2 kn)
+5
REI
RE2
-5 V
Transcribed Image Text:Vee a) For B= 100, VC = 10 V and I- 1.5 mA in the circuit on the Re Re left: • Find the IC and VCE values of the Q1 and Q2 transistors for V=1V. • Find the IC and VCE values of the Q1 and Q2 transistors for V=-1 V. Draw the load lines of the transistors (write the values that the x and y axes intersect in the drawing) and show the operating points. (RC = 3 kn) -Vee b) In the circuit on the left, find the IC and VCE values of the Q1 and Q2 transistors if B = (:8)* 10. =80 Explain whether the circuit is fed in such a way as to ensure the maximum symmetrical fluctuation (maximum swing) and if your answer is not provided, explain what kind of change should be made in the circuit. (RE1 = 15kn and RE2 = 2 kn) +5 REI RE2 -5 V
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