R11 = R12 = RC = RE = 100 46 0.8 1.5 ko ΚΩ ΚΩ ko R11 RC Vout 2500 Vec 15V E RLOAD 1 kg R12 RE Vs R11 = R12 = RC = RE =
Posted: Sun May 15, 2022 2:28 pm
someone explain?
R11 = R12 = RC = RE = 100 46 0.8 1.5 ko ΚΩ ΚΩ ko R11 RC Vout 2500 Vec 15V E RLOAD 1 kg R12 RE Vs
R11 = R12 = RC = RE = 100 46 0.8 1.5 ko ΚΩ ΚΩ ko R11 RC Vout 2500 Vec 15V E RLOAD 1 kg R12 RE Vs
(b) Sketch the small signal equivalent circuit for the circuit shown in Figure Q.B5. Use this to calculate the voltage gain Ay and the current gain A, given that the transistor has properties, hie = 2.0 k and he = 200.
R11 = R12 = RC = RE = 100 46 0.8 1.5 ko ΚΩ ΚΩ ko R11 RC Vout 2500 Vec 15V E RLOAD 1 kg R12 RE Vs
R11 = R12 = RC = RE = 100 46 0.8 1.5 ko ΚΩ ΚΩ ko R11 RC Vout 2500 Vec 15V E RLOAD 1 kg R12 RE Vs
(b) Sketch the small signal equivalent circuit for the circuit shown in Figure Q.B5. Use this to calculate the voltage gain Ay and the current gain A, given that the transistor has properties, hie = 2.0 k and he = 200.