For BJT, B=50, Is=3×10-¹³A, VCEsat 0.2V (VT-25.9mV). VE 1.2V and VCE=3V are aimed for DC. (Use exponential model in DC analysis) 1) After drawing the DC equivalent, determine the following: a) Ic, b) R₁, c) Rc 2) For Vh=0, a) Draw the AC equivalent. b) Calculate AC voltage gain vo/vg. 3) For Vg=0, a) Draw the AC equivalent. b) Calculate AC voltage gain vo/Vh. c) Calculate AC voltage gain ve/vh. [ve: AC emitter voltage ] Rg RE k 1505 1kΩ 22 ΣRF 11009 +9V -+Vo
For BJT, B=50, Is=3×10-¹³A, VCEsat 0.2V (VT-25.9mV). VE 1.2V and VCE=3V are aimed for DC. (Use exponential model in DC analysis) 1) After drawing the DC equivalent, determine the following: a) Ic, b) R₁, c) Rc 2) For Vh=0, a) Draw the AC equivalent. b) Calculate AC voltage gain vo/vg. 3) For Vg=0, a) Draw the AC equivalent. b) Calculate AC voltage gain vo/Vh. c) Calculate AC voltage gain ve/vh. [ve: AC emitter voltage ] Rg RE k 1505 1kΩ 22 ΣRF 11009 +9V -+Vo
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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Question
![For BJT, B=50, Is=3×10-¹³A, VCEsat 0.2V (VT-25.9mV).
VE 1.2V and VCE=3V are aimed for DC.
(Use exponential model in DC analysis)
1) After drawing the DC equivalent, determine the following:
a) Ic, b) R₁, c) Rc
2) For Vh=0,
a) Draw the AC equivalent.
b) Calculate AC voltage gain vo/vg.
3) For Vg=0,
a) Draw the AC equivalent.
b) Calculate AC voltage gain vo/Vh.
c) Calculate AC voltage gain ve/vh. [ve: AC emitter voltage ]
Rg RE k
1505 1kΩ
22
RE
11009
+9V
-+Vo](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb0d7a633-d27e-4dd8-b44f-182a57b657bd%2F6ceddab3-c543-496e-b259-da74d6faf013%2Fw5kxel_processed.jpeg&w=3840&q=75)
Transcribed Image Text:For BJT, B=50, Is=3×10-¹³A, VCEsat 0.2V (VT-25.9mV).
VE 1.2V and VCE=3V are aimed for DC.
(Use exponential model in DC analysis)
1) After drawing the DC equivalent, determine the following:
a) Ic, b) R₁, c) Rc
2) For Vh=0,
a) Draw the AC equivalent.
b) Calculate AC voltage gain vo/vg.
3) For Vg=0,
a) Draw the AC equivalent.
b) Calculate AC voltage gain vo/Vh.
c) Calculate AC voltage gain ve/vh. [ve: AC emitter voltage ]
Rg RE k
1505 1kΩ
22
RE
11009
+9V
-+Vo
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