Enclosed figure has common gate amplified circuit designed with MOS transistor. Following values are given for circuit:Vdd = 15V RL = 9KΩ Is = 2mA.Transistor Vth = 1V, Kn = ½.µ.Cox.W/L = 2mA / v²,λ= 0 and Vt = 25 mV. Draw DC model of circuit. Calculate the RD value required to have VDSQ = 11V for the transistor. Please calculate gm ve ro values for transistor.
Enclosed figure has common gate amplified circuit designed with MOS transistor. Following values are given for circuit:Vdd = 15V RL = 9KΩ Is = 2mA.Transistor Vth = 1V, Kn = ½.µ.Cox.W/L = 2mA / v²,λ= 0 and Vt = 25 mV. Draw DC model of circuit. Calculate the RD value required to have VDSQ = 11V for the transistor. Please calculate gm ve ro values for transistor.
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Enclosed figure has common gate amplified circuit designed with MOS transistor.
Following values are given for circuit:Vdd = 15V RL = 9KΩ Is = 2mA.Transistor Vth = 1V, Kn = ½.µ.Cox.W/L = 2mA / v²,λ= 0 and Vt = 25 mV.
- Draw DC model of circuit.
- Calculate the RD value required to have VDSQ = 11V for the transistor.
- Please calculate gm ve ro values for transistor.
- Draw the small signal equivalent circuit of the circuit and calculate the AV = VO / Vin voltage gain.
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