Homework #4 For BJT, B-50, Is-3x10-¹3A, VCEsar 0.2V, VA (V₁-25.9mV). 4 VE 1.2V and VCE 3V are aimed for DC. (Use exponen

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answerhappygod
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Homework #4 For BJT, B-50, Is-3x10-¹3A, VCEsar 0.2V, VA (V₁-25.9mV). 4 VE 1.2V and VCE 3V are aimed for DC. (Use exponen

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Homework 4 For Bjt B 50 Is 3x10 3a Vcesar 0 2v Va V 25 9mv 4 Ve 1 2v And Vce 3v Are Aimed For Dc Use Exponen 1
Homework 4 For Bjt B 50 Is 3x10 3a Vcesar 0 2v Va V 25 9mv 4 Ve 1 2v And Vce 3v Are Aimed For Dc Use Exponen 1 (30.78 KiB) Viewed 24 times
Homework 4 For Bjt B 50 Is 3x10 3a Vcesar 0 2v Va V 25 9mv 4 Ve 1 2v And Vce 3v Are Aimed For Dc Use Exponen 2
Homework 4 For Bjt B 50 Is 3x10 3a Vcesar 0 2v Va V 25 9mv 4 Ve 1 2v And Vce 3v Are Aimed For Dc Use Exponen 2 (30.78 KiB) Viewed 24 times
Homework #4 For BJT, B-50, Is-3x10-¹3A, VCEsar 0.2V, VA (V₁-25.9mV). 4 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 ] Rc R₁ R RES 1505 1kΩ 22 RE $10052 +9V -+%
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