Given an Ideal OP-AMP with the following parameters: R1 = 680 S2, R2 = 100 S2, R3= 180 2, Rf = 2.7 ks, vi1 = -0.2 V, vi2 = 0.6 V and vi3 = 30 mV. Determine Vo. R Vijo ww R₂ Vi20 R₂ Vi30 W + ov

Find the output voltage vO in the following figure if the op-amp is ideal and VZ = 12 V. Find the values of the emitter current and the total current supplied by the 15-V source. Assume βF = 62. Find the op-amp output voltage. Given that R1 = 53 kΩ and R2 = 104 kΩ.

4.

If feedback resistor R₁ = 15k and input resistor R₁ = 5k. Then, The voltage gain of the non-inverting op-amp Av is O 3 O-3 None of the given choices 04

Rs R1 Vio W R4 o Vo R2 Given that V1= 10 V R1 = 30 R2 = 42 R3 = 20 R4 = 32 R5 = 32 For the ideal op-amps, determine Vo in Volts. Round your answer to the nearest single digit place and do not enter units.

For the op-amp shown below the values of I, and Vx respectively are: a) OmA, 7sinwt v. b) 7mA, 7v. c) OmA, 0v. d) 5mA, 10v. 7 sinut IK 1₂ 5k I, lok -Vo

Derive the output voltage (Vol, Voz and Vas) of cach Op-Amp in Figure QI. Va Ra Rb U1 ww Vo1 U2 Vb VO2 Ry Rx Rd U3 VO3 4 RI Figure QI

Q1. Assume that Op-Amp as shown above is ideal. Given that R1 is 0.29 Ohm, R2 is 1.7 Ohm, R3 is 2.03 Ohm, R4 is 2.125 Ohm. Calculate Vo, V2 & I3.

. For the combinational op-amp circuit A. Identify the connection/application of each op-amp: A1, A2, A3 and A4. B. Find V01, V02, V03, and V0.

Perform the block diagram given on the side using an op-amp.