For this question assume β = 99, |VBE| = 0.7 V and neglect ro a) In circuit (a) below find the maximum resistance for RC, such that the transistor is still considered in its active mode of operation. (Reminder: Transistor is considered in active mode even at the Edge of saturation; i. e. VC = VB) b) In circuit (b) below find the Emitter current IE, if RC = 5 K, RB = 50 K, RE = 1.5 K and VcC = 7.7 V (a) (b)

For this question assume β = 99, |VBE| = 0.7 V and neglect ro a) In circuit (a) below find the maximum resistance for RC, such that the transistor is still considered in its active mode of operation. (Reminder: Transistor is considered in active mode even at the Edge of saturation; i. e. VC = VB) b) In circuit (b) below find the Emitter current IE, if RC = 5 K, RB = 50 K, RE = 1.5 K and VcC = 7.7 V (a) (b)

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For this question assume β = 99 , | V BE | = 0.7 V and neglect r o a) In circuit (a) below find the maximum resistance for R C , such that the transistor is still considered in its active mode of operation. (Reminder: Transistor is considered in active mode even at the Edge of saturation; i.e. V C = V B ) b) In circuit (b) below find the Emitter current I E , if R C = 5 K , R B = 50 K , R E = 1.5 K and V c C = 7.7 V (a) (b)

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