\frac{v_{out}}{v_{in}} = \frac{A_0(R_1+R_2)}{R_1 + R_2 +A_0R_2 + R_{out}} and Output Impedance = \frac{(R_1+R_2)R_{out}}{R_1+R_2+A_0R_2+R_{out}}.

\frac{v_{out}}{v_{in}} = \frac{A_0(R_1+R_2)}{R_1 + 2R_2 + A_0R_{out}} and Output Impedance = \frac{(R_1+R_2)R_{out}}{R_1+2R_2+A_0R_{out}}.

\frac{v_{out}}{v_{in}} = \frac{A_0(R_1+R_2)}{R_1 + R_2 +A_0R_1 + R_{out}} and Output Impedance = \frac{(R_1+R_2)R_{out}}{R_1+R_2+A_0R_1+R_{out}}.

\frac{v_{out}}{v_{in}} = \frac{A_0(R_1 - R_2)}{R_1 + 2R_2 + A_0R_{out}} and Output Impedance = \frac{(R_1 - R_2)R_{out}}{R_1+2R_2+A_0R_{out}}.

\frac{v_{out}}{v_{in}} = \frac{A_0(R_1-R_2)}{R_1 + R_2 +A_0R_2 + R_{out}} and Output Impedance = \frac{(R_1-R_2)R_{out}}{R_1+R_2+A_0R_2+R_{out}}.

I_{C} = 14.2 \mu\text{A} , and R_{out} = 455.32 \text{M}\Omega

I_{C} = 16.3 \mu\text{A} , and R_{out} = 298.45 \text{M}\Omega

I_{C} = 18.5 \mu\text{A} , and R_{out} = 455.32 \text{M}\Omega

I_{C} = 18.5 \mu\text{A} , and R_{out} = 298.45 \text{M}\Omega

I_{C} = 18.5 \mu\text{A} , and R_{out} = 309.77 \text{M}\Omega

I_{C} = 18.7 \mu\text{A} , and R_{out} = 75.2 \text{M}\Omega

I_{C} = 23.5 \mu\text{A} , and R_{out} = 61.41\text{M}\Omega

I_{C} = 23.5 \mu\text{A} , and R_{out} = 45.34\text{M}\Omega

I_{C} = 18.7 \mu\text{A} , and R_{out}=61.41\text{M}\Omega

I_{C} = 18.7 \mu\text{A} , and R_{out} = 45.34 \text{M}\Omega

I_{Z} = 20.2 \mu\text{A} , and R_{E} = 4 \text{k}\Omega

I_{Z} = 4.78 m\text{A} , and R_{E} = 2 \text{k}\Omega

I_{Z} = 47.8 m\text{A} , and R_{E} = 2 \text{k}\Omega

I_{Z} = 47.8 m\text{A} , and R_{E} = 4 \text{k}\Omega

I_{Z} = 20.2 \mu\text{A} , and R_{E} = 2 \text{k}\Omega

I_{D} = 76.11 \mu\text{A} , and R_{out} = 43.11 \text{M}\Omega

I_{D} = 80.69 \mu\text{A} , and R_{out} = 13.38 \text{M}\Omega

I_{D} = 80.69 \mu\text{A} , and R_{out} = 43.11 \text{M}\Omega

I_{D} = 76.11 \mu\text{A} , and R_{out} = 13.38 \text{M}\Omega

I_{D} = 63.12 \mu\text{A} , and R_{out} = 43.11 \text{M}\Omega

I_{D} = 17 \mu\text{A} , and R_{out} = 145 \text{M}\Omega

I_{D} = 15 \mu\text{A} , and R_{out} = 122 \text{M}\Omega

I_{D} = 17 \mu\text{A} , and R_{out} = 122 \text{M}\Omega

I_{D} = 17 \mu\text{A} , and R_{out} = 161 \text{M}\Omega

I_{D} = 15 \mu\text{A} , and R_{out} = 161 \text{M}\Omega

I_{D} = 80 \mu\text{A} , and R_{out} =5.48\times 10^{11}\Omega

I_{D} = 100 \mu\text{A} , and R_{out} = 5.48\times 10^{11}\Omega

I_{D} = 1.3 m\text{A} , and R_{out} = 5.48\times 10^{11}\Omega

I_{D} = 100 \mu\text{A} , and R_{out} = 5.48\times 10^{8} \Omega

I_{D} = 1.3 \mu\text{A} , and R_{out} = 5.48\times 10^{8} \Omega

I_{D} = 0.764 \text{mA}

I_{D} = 0.342 \text{mA}

I_{D} = 0.641 \text{mA}

I_{D} = 0.223 \text{mA}

I_{D} = 0.439 \text{mA}

I_{REF} = 0.01 \text{A}

I_{REF} = 234.9 \text{mA}

I_{REF} = 416.7 \text{mA}

I_{REF} = 421.3 \text{mA}

I_{REF} = 389.2 \text{mA}

I_{REF} = 435.6 \text{mA}

I_{REF} = 126.1 \text{mA}

I_{REF} = 345.5 \text{mA}

I_{REF} = 513.3 \text{mA}

I_{REF} = 0.034 \text{A}