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Figure 1 shows a well-known circuit configuration with the bypassed source resistor using an n-channel D-MOSFET with yos = 20µS. (iv)            Calculate transconductance, gm and rd. (v)              Calculate the input, Zi and output impedance, Zo for the circuit. (vi)            Prove that the equation for the no-load Gain, AvNL, for the circuit is as follows: AvNL = -gm (RD X rd / RD + rd) (vii)          Calculate the no-load gain AVNL. (viii)        Find the value of VoNL if Vi = 30 mV.

Figure 1 shows a well-known circuit configuration with the bypassed source resistor using an n-channel D-MOSFET with yos = 20µS. (iv)            Calculate transconductance, gm and rd. (v)              Calculate the input, Zi and output impedance, Zo for the circuit. (vi)            Prove that the equation for the no-load Gain, AvNL, for the circuit is as follows: AvNL = -gm (RD X rd / RD + rd) (vii)          Calculate the no-load gain AVNL. (viii)        Find the value of VoNL if Vi = 30 mV.

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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Figure 1 shows a well-known circuit configuration with the bypassed source resistor using an n-channel D-MOSFET with yos = 20µS.

(iv)            Calculate transconductance, gm and rd.

(v)              Calculate the input, Zi and output impedance, Zo for the circuit.

(vi)            Prove that the equation for the no-load Gain, AvNL, for the circuit is as follows:

AvNL = -gm (RD X rd / RD + rd)

(vii)          Calculate the no-load gain AVNL.

(viii)        Find the value of VoNL if Vi = 30 mV.

V. 1.8 k2 10 M2 Mwo +22 V IDss = 12 mA Vp = -3.5 V V; - Z; 50 Ω 50 2
Transcribed Image Text:V. 1.8 k2 10 M2 Mwo +22 V IDss = 12 mA Vp = -3.5 V V; - Z; 50 Ω 50 2
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