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Rp Ho Re Vps Vas Figure 7.52 Bi resistance, R

Rp Ho Re Vps Vas Figure 7.52 Bi resistance, R

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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D 7.103 Figure P7.103 shows a variation of the feedback-bias circuit of Fig. 7.52. Using a 3-V supply with an NMOS transistor for which V, = 0.8 V, k, = 4 mA/V², and 2 = 0, provide a design that biases the transistor at Ip = 0.5 mA, with Vps large enough to allow saturation operation for a 1-V negative signal swing at the drain. Use 13 MN as the largest resistor in the feedback-bias network. What values of Rp, RG1, and RG2 have you chosen? [Hint] Just chose Vos large enough for a 1V signal swing at the drain. To decide Vo, you can first ignore Ig as it's much smaller than Io; when you get all calculated bias points you can then check to see if your assumption of ignoring Ig is valid or not Vpp Rp Ra Figure P7.103
Transcribed Image Text:D 7.103 Figure P7.103 shows a variation of the feedback-bias circuit of Fig. 7.52. Using a 3-V supply with an NMOS transistor for which V, = 0.8 V, k, = 4 mA/V², and 2 = 0, provide a design that biases the transistor at Ip = 0.5 mA, with Vps large enough to allow saturation operation for a 1-V negative signal swing at the drain. Use 13 MN as the largest resistor in the feedback-bias network. What values of Rp, RG1, and RG2 have you chosen? [Hint] Just chose Vos large enough for a 1V signal swing at the drain. To decide Vo, you can first ignore Ig as it's much smaller than Io; when you get all calculated bias points you can then check to see if your assumption of ignoring Ig is valid or not Vpp Rp Ra Figure P7.103
Rp -> sa Figure 7.52 Bia resistance, RG
Transcribed Image Text:Rp -> sa Figure 7.52 Bia resistance, RG
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