(Solved): 5) Consider the circuit in Fig. 5 for Problem \# 5). Assume that the transistor is in saturation r ...

5) Consider the circuit in Fig. 5 for Problem \# 5). Assume that the transistor is in saturation region and take $$\underline{?=100}$$. a) $$(2+2+2=6$$ points) Determine the currents, $$i_e,i_c$$ and $$i_b$$. b) (3 points) Determine the voltages at the base, $$\left(V_b\right)$$, emitter $$\left(V_e\right)$$ and collector $$\left(V_c\right)$$ for the transistor. c) (1 point) Determine the ratio, $$\frac{i_{\mathrm{c}}}{i_b}$$ and verify that the assumption that the transistor is in saturation region is correct.