R1 INPUT ww OUTPUT C1 R2 H OA1 IH C2 R3 Given: R1 = 1.0 k 2; R2 = 1.0 k 2; R3 = 1.0 k92; R4 = 1.0 M92; R5 = 1.0 k22; R6 = 10 k 2; C1 = 1000 uF; C2= 1 uF; VCC=+ 12 Volt; OA1, OA2-741 OA2 R4 R5 R6 Present 2 equivalent RCL circuits (for Ro= 012 and Ro= 10k2). Find a resonant Frequencies fomin and fomax (for Ro = 012 and Ro= 10k12). Find value of Q for both frequencies. Simulate the circuit in the frequency's range f between 1 and 10,000 Hz. Use Vin=100 mV (RMS); Present result in form of Vout/Vin = F) for 2 simulations (for Ro = 092 and Ro= 10k.2) on the same logarithmic graph. R1 INPUT ww OUTPUT C1 R2 H OA1 IH C2 R3 Given: R1 = 1.0 k 2; R2 = 1.0 k 2; R3 = 1.0 k92; R4 = 1.0 M92; R5 = 1.0 k22; R6 = 10 k 2; C1 = 1000 uF; C2= 1 uF; VCC=+ 12 Volt; OA1, OA2-741 OA2 R4 R5 R6 Present 2 equivalent RCL circuits (for Ro= 012 and Ro= 10k2). Find a resonant Frequencies fomin and fomax (for Ro = 012 and Ro= 10k12). Find value of Q for both frequencies. Simulate the circuit in the frequency's range f between 1 and 10,000 Hz. Use Vin=100 mV (RMS); Present result in form of Vout/Vin = F) for 2 simulations (for Ro = 092 and Ro= 10k.2) on the same logarithmic graph