Problem $2)$

Assume NPN behavior.

Part A$)$ Draw the DC equivalent circuit, there is no difference between CE and CC for the DC analysis. Find the simutaneous equations for $V_{BE},V_{CE},I_B,$ and $I_C.$

Part B$)$ Assume Forward Active Bias with $V_{BE}=0\mathrm{.}7V,=100.$ Find a voltage $V_{DC}$ and set of resistor values $R1,R2,R3$ where your assumption about forward active correct?

Part C$)$ Draw the small signal equivalent circuit for both the Common Emitter and Common Collector version of the circuit below.

Part D$)$ Find the small signal transfer function, $T(s)=\frac{V_{\text{o}\text{u}\text{t}}}{V_{in}}$ for both the Common Emitter and Common Collector version of the circuit below.

Part E$)$ Calculate the power dissipation for device. $P_{\text{d}\text{i}\text{s}\text{s}}=I_C{V}_{CE}+I_B{V}_{BE}$ ANSWER ALL PARTS THOROUGHLY