Question 2 The op amp has v₁ = -0.1 V, a random input offset voltage, Vos ≤ 10 mV and input bias currents, IBI IB2 10 μA. R₁ = 5 ks, R2 = 10 k2 and R3 = 2 k. Find the maximum possible positive output voltage, vo. Vi R₁ R₂ Vo Final Answer Vo= (V)
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- Based on the op amp circuit in Figure, answer the following questions,assuming an ideal op-amp. Given:V1 = 1 VI2 = 2 mAV3 = 0.5 VRa = 2 kΩRb = 1 kΩRc = 5 kΩRd = 10 kΩVx = 4VIb = 3.5mANow I need to determine Vo and the current and power through Rd.Please help, Thank youBased on the op amp circuit in Figure, answer the following questions,assuming an ideal op-amp. Given:V1 = 1 VI2 = 2 mAV3 = 0.5 VRa = 2 kΩRb = 1 kΩRc = 5 kΩRd = 10 kΩ Determine the voltage Vx, and the current Ib through Rb(a) An inverting amplifier with resistors R1=5.6 kQ and R2 = 120 kg is fabricated using an op amp with an open-loop gain of 105. What is the percent difference between the actual gain and the ideal gain? (b) Repeat part (a) if R1 is changed to R1 8.2 kA.
- For the circuit configuration below with R1 =6Ω, R2 =5Ω,R3 =4Ω, R4 =7Ω, R5 =15Ω, R6 =16Ω, vg=27V, with ideal op-amps, calculate v0.An op-amp with an open-loop gain of 3x106 and Vcc = 12 V has an inverting-input voltage of 6.7 microVolts and a non-inverting input voltage of 5.4 microVolts. What is its output voltage? Be sure to round your answer to the nearest single digital decimal place. Do not enter units. As an example, if you calculate 7.39 Volts then enter 7.4 as your submitted answerAssume that Op-Amp as shown above is ideal. Given that R1 is 0.23 Ohm, R2 is 1.76 Ohm, R3 is 1.61 Ohm, R4 is 2.2 Ohm. Calculate Vo, V2 & I3.
- In the figure above, R_{a}Ra=1kΩ, R_{b}Rb=2kΩ, R_{c}Rc=3kΩ. R_{f}Rf=12kΩ. The sources are v_{a}va=−4V, v_{b}vb=+2V, and v_{c}vc=1V. The power supplies for the op-amp are +15V and −15V. What is the value of v_{o}vo? Notice that this op amp circuit might saturate, and you need to consider that possibility in your answer. Give your answer in volts and omit the units from your answer. What must be R_aRa be changed to so that v_{o}vo is 13 V? Give your answer in kilo-ohms with no units.Hi!! I need answer, ASAP. Thank you! Calculate the output impedance of an inverting op-amp using the 741 op-amp (ro =100 Ohms, AOL =200,000) if Ri = 33 kilo Ohms and Rf = 77 kilo Ohms.The op amp in the noninverting summing amplifier of (Figure 1) is ideal. Consider vo = 4va + 3vb + 4vc Specify the value of Rb Specify the value of Rc Specify the value of Rf Using the values found in parts A, B, and C for Rf , Rb, and Rc, find (in microamperes) i_s when va = 0.5 V, vb = 2.5 VV, and vc = 1 V Using the values found in parts A, B, and C for Rf , Rb, and Rc, find (in microamperes) i_o when va = 0.5 V, vb = 2.5 V, and vc = 1 V.
- Assume that Op amp shown is ideal. Given that R1 is 24 Ohm, R2 is 75 Ohm, R3 is 12 Ohm, R4 is 187.5 Ohm. Calculate Vo (Volts).An op-amp with an open-loop gain of 6x105 and Vcc = 15 V has an output voltage of 3 Volts. If the inverting-input voltage is -1.8 microVolts then determine the non-inverting input voltage in microVolts to the single digit decimal place. Do not enter units. For example, if you calculate 3.1x10-6 Volts as your answer then enter 3.1. Similarly, if you calculate 1.872 x10-5 Volts as your answer then enter 18.7 (since this is 18.7 microvolts).1. For the circuit shown, show that if ΔR<<R, the output voltage of the op amp is approximately vo≈Rf(R+Rf)R2(R+2Rf)(−ΔR)vin. 2. Find vo if Rf=470 kΩ, R=10 kΩ, ΔR=95 Ω, and vin=15 V. 3. Find the actual value of vo in (b).