I'm having some trouble trying to solve thisThis exercise. It is about a BJT transistor common emitter circuit, with a biasedbiasing resistor between the base and the collector. I am supposed to compute the signal amplification of the circuit \$V_o/V_s\$ (\$V_o\$ being at node1). I am given that the transistor has \$\beta = 50\$ and \$r_{\pi} = 1.1\$ for the \$\pi\$ equivalent model.
user207421
- 900
- 1
- 8
- 18
I'm having some trouble trying to solve this exercise. It is a BJT transistor common emitter circuit, with a biased resistor between the base and the collector. I am supposed to compute the signal amplification of the circuit \$V_o/V_s\$ (\$V_o\$ being at node1). I am given that the transistor has \$\beta = 50\$ and \$r_{\pi} = 1.1\$ for the \$\pi\$ equivalent model.
This exercise is about a BJT transistor common emitter circuit, with a biasing resistor between the base and the collector. I am supposed to compute the signal amplification of the circuit \$V_o/V_s\$ (\$V_o\$ being at node1). I am given that the transistor has \$\beta = 50\$ and \$r_{\pi} = 1.1\$ for the \$\pi\$ equivalent model.
Im havinI'm having some trouble trying to solve this exercise. It is a bjtBJT transistor common emiteremitter circuit, with a biased resistor between the base and the collector. I am supposed to compute the signal amplification of the circuit Vo/Vs \$V_o/V_s\$ (Vo\$V_o\$ being at node1). I am given that the transistor has beta = 50\$\beta = 50\$ and Rpi = 1.1\$r_{\pi} = 1.1\$ for the pi\$\pi\$ equivalent model.
Im havin some trouble trying to solve this exercise. It is a bjt transistor common emiter circuit, with a biased resistor between the base and the collector. I am supposed to compute the signal amplification of the circuit Vo/Vs (Vo being at node1). I am given that the transistor has beta = 50 and Rpi = 1.1 for the pi equivalent model.
I'm having some trouble trying to solve this exercise. It is a BJT transistor common emitter circuit, with a biased resistor between the base and the collector. I am supposed to compute the signal amplification of the circuit \$V_o/V_s\$ (\$V_o\$ being at node1). I am given that the transistor has \$\beta = 50\$ and \$r_{\pi} = 1.1\$ for the \$\pi\$ equivalent model.
Bipolar transistor amplification biased
Im havin some trouble trying to solve this exercise. It is a bjt transistor common emiter circuit, with a biased resistor between the base and the collector. I am supposed to compute the signal amplification of the circuit Vo/Vs (Vo being at node1). I am given that the transistor has beta = 50 and Rpi = 1.1 for the pi equivalent model.