(Solved): Question-2 For the emitter-stabilized bias BJT circuit a) Draw the small-signal equivalent circuit ...

Question-2 For the emitter-stabilized bias BJT circuit a) Draw the small-signal equivalent circuit (Final AC circuit with the equivalent-model) b) Apply the small-signal analysis to calculate $Z_{\text{in }},Z_{\text{out }}\&A_{V_{NL}}$ c) Calculate $A_{v_L},A_{i_L},A_{v_S}\&A_{i_S}$ using the two-network approach Notes: First, derive the mathematical equations of small signal parameters and then calculate them - The short-circuit forward current-gain for C.B. configuration is -0.99 - The short-circuit input-impedance for C.B. configuration is $10?$ - The initial voltage-gain before adding ${\mathrm{R}}_B$ is $\overline{A_V^{?}}=?116$