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5. ம் a) b) c) 6308 d) 4- Vec-VER-5 V, RE-2 kn, R-50 kn, Ic-1 mA, VE-0 V, B-100, VBE-0.6 V, AVBE/AT- -2 mV/°C, ABF/AT=1.33/°C is given for the circuit shown in Figure 4 at room temperature (25 °C). The Q1 transistor is 2 V away from saturation. Calculate Rc, RB, R₁. What is the operating region of each transistor? Calculate the temperature coefficient of the current Ic At which temperature (in °C) does Ic, become twice its original value? What is the operating region of the transistor (Q1) now? VDD=10 V, R₁=10 k2, R2=1 M, RL=15 kn, V=1 V, μnCox 50 μA/V2, W/L-5, λ=0.02 V-1 is given for the circuit shown in Figure 5. Draw the small-signal equivalent of the circuit assuming Rao and find the expression for U./us. Calculate the MOSFET small-signal parameters gm and ro- a) Calculate Ip. Vas and Vps. Assume λ=0. b) c) d) Calculate vo/Vs. Rc RB Q1 R2 R1 Q2 RE Vcc -VEE Figure 4 VDD R₁ Сф R₂ Vo www Coo Figure 5 RL هله

5. ம் a) b) c) 6308 d) 4- Vec-VER-5 V, RE-2 kn, R-50 kn, Ic-1 mA, VE-0 V, B-100, VBE-0.6 V, AVBE/AT- -2 mV/°C, ABF/AT=1.33/°C is given for the circuit shown in Figure 4 at room temperature (25 °C). The Q1 transistor is 2 V away from saturation. Calculate Rc, RB, R₁. What is the operating region of each transistor? Calculate the temperature coefficient of the current Ic At which temperature (in °C) does Ic, become twice its original value? What is the operating region of the transistor (Q1) now? VDD=10 V, R₁=10 k2, R2=1 M, RL=15 kn, V=1 V, μnCox 50 μA/V2, W/L-5, λ=0.02 V-1 is given for the circuit shown in Figure 5. Draw the small-signal equivalent of the circuit assuming Rao and find the expression for U./us. Calculate the MOSFET small-signal parameters gm and ro- a) Calculate Ip. Vas and Vps. Assume λ=0. b) c) d) Calculate vo/Vs. Rc RB Q1 R2 R1 Q2 RE Vcc -VEE Figure 4 VDD R₁ Сф R₂ Vo www Coo Figure 5 RL هله

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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5. ம் a) b) c) 6308 d) 4- Vec-VER-5 V, RE-2 kn, R-50 kn, Ic-1 mA, VE-0 V, B-100, VBE-0.6 V, AVBE/AT- -2 mV/°C, ABF/AT=1.33/°C is given for the circuit shown in Figure 4 at room temperature (25 °C). The Q1 transistor is 2 V away from saturation. Calculate Rc, RB, R₁. What is the operating region of each transistor? Calculate the temperature coefficient of the current Ic At which temperature (in °C) does Ic, become twice its original value? What is the operating region of the transistor (Q1) now? VDD=10 V, R₁=10 k2, R2=1 M, RL=15 kn, V=1 V, μnCox 50 μA/V2, W/L-5, λ=0.02 V-1 is given for the circuit shown in Figure 5. Draw the small-signal equivalent of the circuit assuming Rao and find the expression for U./us. Calculate the MOSFET small-signal parameters gm and ro- a) Calculate Ip. Vas and Vps. Assume λ=0. b) c) d) Calculate vo/Vs. Rc RB Q1 R2 R1 Q2 RE Vcc -VEE Figure 4 VDD R₁ Сф R₂ Vo www Coo Figure 5 RL هله
Transcribed Image Text:5. ம் a) b) c) 6308 d) 4- Vec-VER-5 V, RE-2 kn, R-50 kn, Ic-1 mA, VE-0 V, B-100, VBE-0.6 V, AVBE/AT- -2 mV/°C, ABF/AT=1.33/°C is given for the circuit shown in Figure 4 at room temperature (25 °C). The Q1 transistor is 2 V away from saturation. Calculate Rc, RB, R₁. What is the operating region of each transistor? Calculate the temperature coefficient of the current Ic At which temperature (in °C) does Ic, become twice its original value? What is the operating region of the transistor (Q1) now? VDD=10 V, R₁=10 k2, R2=1 M, RL=15 kn, V=1 V, μnCox 50 μA/V2, W/L-5, λ=0.02 V-1 is given for the circuit shown in Figure 5. Draw the small-signal equivalent of the circuit assuming Rao and find the expression for U./us. Calculate the MOSFET small-signal parameters gm and ro- a) Calculate Ip. Vas and Vps. Assume λ=0. b) c) d) Calculate vo/Vs. Rc RB Q1 R2 R1 Q2 RE Vcc -VEE Figure 4 VDD R₁ Сф R₂ Vo www Coo Figure 5 RL هله
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