Rc-440 23 RB=640 2 +5 V V₁o-ww Vo assume Var(on) = 0.7 V and Var(sat) = 0.2 V. HOMEWORK-1: assume ß= 50. Determine Vo, I

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Rc-440 23 RB=640 2 +5 V V₁o-ww Vo assume Var(on) = 0.7 V and Var(sat) = 0.2 V. HOMEWORK-1: assume ß= 50. Determine Vo, I

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Rc 440 23 Rb 640 2 5 V V O Ww Vo Assume Var On 0 7 V And Var Sat 0 2 V Homework 1 Assume Ss 50 Determine Vo I 1
Rc 440 23 Rb 640 2 5 V V O Ww Vo Assume Var On 0 7 V And Var Sat 0 2 V Homework 1 Assume Ss 50 Determine Vo I 1 (23.39 KiB) Viewed 133 times
Rc-440 23 RB=640 2 +5 V V₁o-ww Vo assume Var(on) = 0.7 V and Var(sat) = 0.2 V. HOMEWORK-1: assume ß= 50. Determine Vo, IBIC for: (a) V, = 0.2 V, and (b) V,= 3.6 V. Then, calculate the power dissipated in the transistor for the two conditions. HOMEWORK-2: Let ß= 50, and determine V, such that VBC=0. Calculate the power dissipated in the transistor.
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