Problem 1 For the 2 circuits shown circuits, RD = 0.75 kΩ, RS = 0.5 kΩ

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Problem 1 For the 2 circuits shown circuits, RD = 0.75 kΩ, RS = 0.5 kΩ, VDD = 14 V, VSS = 14 V, λ = 0.05 V−1, K = 0.4 mA/V2, Vtn = 1 V, |Vtp| = 1 V For the circuit on the Left (n-channel), VDS = 5 V: Write 2 KVL equations and find ID, vOV and, VT, and state FET region of operation. 2. For the circuit on the Right (p-channel), VSD = 5 V: Write 2 KVL equations and find ID , vOV and, VT, and state FET region of operation.

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Problem 1 For the 2 circuits shown circuits,

R_{D} = 0.75 k Ω, R_{S} = 0.5 k Ω, V_{D D} = 14 V

,

V_{S S} = 14 V, λ = 0.05 V^{- 1}, K = 0.4 m A / V^{2}, V_{t n} = 1 V, | V_{t p} | = 1 V

For the circuit on the Left ( $n$ -channel), $V_{D S} = 5 V$ :

Write

2 K V L

equations and find

I_{D}, v_{O V}

and,

V_{T}

, and state FET region of operation. 2. For the circuit on the Right (

p

-channel),

V_{S D} = 5 V

:

Write

2 K V L

equations and find

I_{D}, v_{O V}

and,

V_{T}

, and state FET region of operation.

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