\omega_0 = \sqrt{C_1C_2R_1R_2}

\omega_0 = \sqrt{\frac{R_1R_2}{C_1C_2}}

\omega_0 = \frac{1}{\sqrt{C_1R_1+C_2R_2}}

\omega_0 = \frac{1}{\sqrt{C_1R_1}}

\omega_0 = \frac{1}{\sqrt{C_1C_2R_1R_2}}

\omega_0 = \sqrt{\frac{1}{L}\frac{1}{C_1C_2}}

\omega_0 = \sqrt{LC_1+LC_2}

\omega_0 = \frac{1}{L}(\frac{1}{C_1}+\frac{1}{C_2})

\omega_0 = \sqrt{\frac{1}{L}(\frac{1}{C_1}+\frac{1}{C_2})}

\omega_0 = \sqrt{\frac{1}{L}(C_1 + C_2)}

\omega_0 = \frac{1}{RC}

\omega_0 = \frac{1}{\sqrt{2}RC}

\omega_0 =RC

\omega_0 = \frac{1}{2RC}

\omega_0 = \frac{1}{\sqrt{RC}}

L=13.16 \text{mH} , and R_f = 1.66 \text{M}\Omega

L=10.13 \text{mH} , and R_f = 1.66 \text{M}\Omega

L=8.34 \text{mH} , and R_f = 1.66 \text{M}\Omega

L=8.34\text{mH} , and R_f = 2.55 \text{M}\Omega

L=10.13 \text{mH} , and R_f = 2.55 \text{M}\Omega

Oscillation Frequency = \omega_0 , and Minimum value of K = \frac{1}{A} 

Oscillation Frequency = 2\omega_0 , and Minimum value of K = A 

Oscillation Frequency = 0.5\omega_0 , and Minimum value of K = \frac{1}{A} 

Oscillation Frequency = \omega_0 , and Minimum value of K = A 

Oscillation Frequency = 2\omega_0 , and Minimum value of K = \frac{1}{A} 

|G(j\omega)||H(j\omega) + K(j\omega)| = 0.5 , and \sphericalangle H(j\omega)(G(j\omega) + K(j\omega)) = 180^o

|G(j\omega)||H(j\omega) + K(j\omega)| = 1 , and \sphericalangle H(j\omega)(G(j\omega) + K(j\omega)) = 270^o

|H(j\omega)||G(j\omega) + K(j\omega)| = 0.5 , and \sphericalangle H(j\omega)(G(j\omega) + K(j\omega)) = 90^o

|H(j\omega)||G(j\omega) + K(j\omega)| = 1 , and \sphericalangle H(j\omega)(G(j\omega) + K(j\omega)) = 180^o

|H(j\omega)||G(j\omega) + K(j\omega)| = 1 , and \sphericalangle H(j\omega)(G(j\omega) + K(j\omega)) = -90^o

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

I_{C} = 235 \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_{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} = 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} = 122 \text{M}\Omega

I_{D} = 10 \mu\text{A} , and R_{out} = 122 \text{M}\Omega

I_{D} = 17 \mu\text{A} , and R_{out} = 245 \text{M}\Omega

I_{D} = 17 \mu\text{A} , and R_{out} = 16 \text{M}\Omega

I_{D} = 10 \mu\text{A} , and R_{out} = 161 \text{M}\Omega