1. Vcc=9 V, Ri=100 k1, R2=47 ki, Rc=6.8 ks, RE=3.9 k2, Rs=1 k12, Ru=10 KI2, Bp=150, VBE=0.7 V, Vi=26 mV is given for the

[answerhappygod]

1 Vcc 9 V Ri 100 K1 R2 47 Ki Rc 6 8 Ks Re 3 9 K2 Rs 1 K12 Ru 10 Ki2 Bp 150 Vbe 0 7 V Vi 26 Mv Is Given For The 1 (87.19 KiB) Viewed 18 times

1. Vcc=9 V, Ri=100 k1, R2=47 ki, Rc=6.8 ks, RE=3.9 k2, Rs=1 k12, Ru=10 KI2, Bp=150, VBE=0.7 V, Vi=26 mV is given for the circuit below. a) Calculate all DC terminal currents and Vce. Do not ignore any currents. b) Find all small-signal parameters of the transistor (gm, ri, re, r.). Specify the type of the amplifier and calculate vo/Us, R; and Ro. d) Calculate vo/Us for Rı=10 k 2, 1 k2 and 200 12. Comment on your result. e) Calculate vo/Us for Rs=1 k12, 20 k 2 and 100 k 2. Comment on your result. Vcc VCC RC CO R HE Rs C. RL 1s HT R R2 R SRE 00 arin
1. Vcc=9 V, Ri=100 k2, R2=47 kO2, Rc=6.8 k 2, RE=3.9 k2, Rs=1 k 2, Ri=10 k 2, BF=150, VBe=0.7 V, Vi=26 mV is given for the circuit below. a) Calculate all DC terminal currents and Vce. Do not ignore any currents. b) Find all small-signal parameters of the transistor (gm, ri, re, r.). c) Specify the type of the amplifier and calculate vo/Us, R; and Ro. d) Calculate vo/Us for Ru=10 k 2, 1 k22 and 200 12. Comment on your result. e) Calculate vo/Us for Rs=1 k12, 20 k 2 and 100 k 2. Comment on your result.