- 3 Problem 3 For The Circuit In Figure 2 Vcc 9v Vd 5v Vss 0v Vtp 0 5v Ids 200ua Vg 5v I12 10ua Vov 0 2v F 1 (42.42 KiB) Viewed 27 times
3) Problem 3: For the circuit in Figure 2, Vcc=9V, VD-5V, Vss=0V; VTP = -0.5V, IDS == 200uA, VG 5V, I12 10uA; Vov-0.2V F
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answerhappygod
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3) Problem 3: For the circuit in Figure 2, Vcc=9V, VD-5V, Vss=0V; VTP = -0.5V, IDS == 200uA, VG 5V, I12 10uA; Vov-0.2V F
3) Problem 3: For the circuit in Figure 2, Vcc=9V, VD-5V, Vss=0V; VTP = -0.5V, IDS == 200uA, VG 5V, I12 10uA; Vov-0.2V Find R1, R2, Rs, RD, Vs, and the maximum value of Vo that keeps the transistor in saturation. Vec -Vcc R M2 PROS Figure 2 R₂ Vss ID Vss L Vo