1. Design an op-amp integrator with input resistance 50kΩ and time constant 0.2ms. Sketch the circuit, including reasonable component values. Sketch the Bode plot for the filter. What type of filter is this (LP, HP, BP. Or notch)? What problems does this filter suffer from in practice?
2. Design a circuit which will implement the following mathematical operation. V1, V2,V3, and V4 represent input voltages. Your final answer should be a circuit with reasonable resistor values. V0 = V1 + 5V2 + 10 V3 – 20V4
1. Design an op-amp integrator with input resistance 50kΩ and time constant 0.2ms. Sketch the circuit,...
Op Amp Integrators and Differentiators 1.) Design an op-amp circuit that acts as an integrator. Chose R and C values to give you a gain of 5 at f-1kHz Draw out the circuit and show the input and output, label all the pin numbers and show where the +-12 power supply connections for the chip are. Turn in the circuit diagram, carefully labelled 2.) Build your circuit and measure the gain as a function of frequency. Collect enough data to...
Problem 7 (CLO 3, 4, 11 - Ideal Op-Amps, Design): We will now design an Op-Amp circuit to perform the function where v1 - input voltage 1, input voltage 2, = input voltage 3, Vo = output voltage. It may be helpful to consult your recitation 6 (week 7) results as well as Table 4-3 for this problem. 7.a: Select an Op-Amp configuration for your design. Sketch the Op-Amp configuration with symbolic resistors (Rf, Ri, R2, etc) indicated. Do not...
UPLOAD PSPICE SIMULATION TO VERIFY CALCULATIONS 1- Design a lossy integrator op-amp circuit using op-amp 741. First, derive an expression for - Vo Then assign values to circuit components in order to have Gai 1. Verify your design with a PSpice simulation. Since gain value depends on Vi frequency, perform an AC sweep analysis (frequency response) to obtain which frequency gives you this gain. Report this trequency. IVil 1- Design a lossy integrator op-amp circuit using op-amp 741. First, derive...
Design and set up a circuit using basic op-amp configuration that will implement a mathematical expression Y = 3A-2B-C (where A, B, and C are the inputs and Y is the out of the circuit). Then verify the design for A = 3V, B = 1V, and C = -2V. (Hint: Generate these input voltages from a 5V DC source). Use resistor values of the order of 100K ohms for the feedback and input resistors in the op-amp circuit. Note:...
Determine the value of V4 for the OP Amp circuit below when V1= 3V, V2 = 1.5V, V3 = -2,and Vo = 1V. Show your work and clearly ID the answers. 10 K > 10 KS 10 Km > 10 KS > 10 K 2 >
5. Assume that the Op-Amp in the adjoining circuit is ideal, and find the output voltage V. in terms of the two input voltages V1 and V2 of the circuit. Ideal D2RE bi
Find the output voltage Vo as an expression in terms of the input sources Vi, v2, v3, and the resistance R in the following op-amp circuit. 3. Ri Vy R: 4. In the following two stage op-amp circuit, find the output voltage Vo as an expression in terms of the input voltages v1, v2 and resistor values R1, R2, R3, and R4. R2 R ウー+
4. Using resistor values in the 1 kOto 100 ㏀ range, design an op amp circuit that has the following output voltage vout, where va, Vb, Ve and va are input voltages. Use as many op amps as you like
Design an Op Amp Circuit for the following equation. Hint: Keep in mind there are TWO inputs (V1 and V2) and make sure you account for the the minus signs of Op Amps.
out V1 (B) Design an op-amp circuit to process two signals V1 and V2 such that Vout(t)=V1(t)+2dV2(t)/dt.