Problem 1: Compute (i) the voltage gain, Avf, (ii) input impedance, Rif, and (iii) output impedances, Rof and R'of of a
Posted: Fri Jul 01, 2022 6:09 am
questions. Will upvote
Problem 1: Compute (i) the voltage gain, Avf, (ii) input impedance, Rif, and (iii) output impedances, Rof and R'of of a voltage-series feedback amplifier, having Av= 150, R₁=5=7 k, R.= 2 kN, R₁= 15 kn, and p=0.03. Problem 2: Compute (i) the Current gain, Aif, (ii) input impedance, Rif, and (iii) output impedances, Rof and R'of of a current-shunt feedback amplifier, having A 150, R₁=5=7 kQ, R.= 2 kQ, R₁= 15 kQ, and ß= 0.03. Problem 3: Compute (i) the transconductance gain, Gmf, (ii) input impedance, Rif, and (iii) output impedances, Rof and R'of of a current-series feedback amplifier, having Gm= 150, R₁=5=7 kQ, R.= 2 kn, R₁= 15 kn, and ß= 0.03. Problem 4: Compute (i) the trans-resistance gain, Rmf, (ii) input impedance, Rif, and (iii) output impedances, Rof and R'of of a voltage-shunt feedback amplifier, having Rm 150, R₁=5=7 kQ, R.= 2 kQ, R₁= 15 kn, and ß= 0.03.
Please answer all Problem 1: Compute (i) the voltage gain, Avf, (ii) input impedance, Rif, and (iii) output impedances, Rof and R'of of a voltage-series feedback amplifier, having Av= 150, R₁=5=7 k, R.= 2 kN, R₁= 15 kn, and p=0.03. Problem 2: Compute (i) the Current gain, Aif, (ii) input impedance, Rif, and (iii) output impedances, Rof and R'of of a current-shunt feedback amplifier, having A 150, R₁=5=7 kQ, R.= 2 kQ, R₁= 15 kQ, and ß= 0.03. Problem 3: Compute (i) the transconductance gain, Gmf, (ii) input impedance, Rif, and (iii) output impedances, Rof and R'of of a current-series feedback amplifier, having Gm= 150, R₁=5=7 kQ, R.= 2 kn, R₁= 15 kn, and ß= 0.03. Problem 4: Compute (i) the trans-resistance gain, Rmf, (ii) input impedance, Rif, and (iii) output impedances, Rof and R'of of a voltage-shunt feedback amplifier, having Rm 150, R₁=5=7 kQ, R.= 2 kQ, R₁= 15 kn, and ß= 0.03.