Problem 5 What is the voltage, Vout, in the circuit? 50 mV 0.04Vx a) 4 V...
3. This circuit is built from standard op-amp circuits. Determine the output voltage, Vout- 160 mV 47.Ok +1.50 V 2.50k W 10.Ok w 1.80k 4.70k
Problem 4. In this circuit, the initial voltage is 0 V for both 1 uF and 3 uF capacitors. If the switch is connected at t=0 s, what is the value of V1 (0)? B_ (20 points) A. 3V B. 1 V C. Oy D. None of the above is correct - 20
Problem 2. For the following circuit: R1 R2 Va OPAMP Vout OUT 0 (a) What is formula for Ay? (b) what islout if R1 = 1M? and R2 AM2? (c) What is Vout if R1 = 8M2 and R2 = 1 kΩ? (d) What is Vout if R1-5k and R2 100k2? (e) what is V, if R1-2kS2 and R2-2kΩ? (f) Given your answer to (e), does this circuit have a virtual ground?
Given the following Non-inverting op amp circuit. R3 Vout Vs 10k 10k What is the voltage at the op amp input terminal, V. ? A. V = OV B.V. = 20V C.V+ = 5V D.V+ = 10V QUESTION 4 Given the same circuit in Q3 What is the value of Vout? A. Vour = 60 V B. Vour-30V C.Vou - 5 D. Vour = 10V
5. For the CB amplifier circuit as shown below, calculate the output voltage Vout with an input of 2 mV from the generator. R 47 4F 1 uF M Vout 500 3.3 kg 10 kg SRL 10 kg 2mpP 47 FR 2 kg TI
voltage of the opamp? c) -10 mV d) -40 mV 2 RTh o a W Figure 2 o b a) 24 ohms 13. In Figure 2, if Vs 8 V, R1-24 ohms, b) 40 ohms and R2=40 ohms, what is Rth? c) 64 ohms d) 15 ohms a) 4 V b) 8 V 14. In Figure 2 if Vs 8V, what is Vth?c) 8 V d) e) 40V none of the above 15. Draw the symbols for a capacitor and...
10 points 7. For the circuit in problem 6, what is the -3db bandwidth of the closed-loop amplifier system? A. 6.28 x 10° radians per second B. 3.4 x 108 radians per second C. 6.5 x 10' Hz D. 1.44 x 10 Hz E. 1.2 x 10 Hz S. Consider the linear amplifier below, assume the OpAmp is compensated vin Vin R2 Vout 1002 R4 2 Vout 0 1000 R3 500Ω 10 points Ir I'V de is applied to the...
Assuming a power of 1.8mW and an overdrive voltage (VGs-VTH) of 200 mV for M1, design the circuit shown below for a voltage gain (magnitude) of 4. Assume λ = 0.0, find values for w/L for Mi and M2 TDD 2 Vout
Assuming a power of 1.8mW and an overdrive voltage (VGs-VTH) of 200 mV for M1, design the circuit shown below for a voltage gain (magnitude) of 4. Assume λ = 0.0, find values for w/L for Mi and...
the node-voltage method to find v, in the circuit in Fig.4. Problem 4. (15 points) Use 80 Ω 20 Ω 40 mA 24 V Fig. 4 ven that the coordinates of points 1. Dra A are (40, 20, 5); point B is located 20mm on the right side of A,10mm above A; the coordinates of points C are (45, 5, l0); and point D is located 35 mm on the right side w the three projection positions of points A,...
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Determine voltage characteristics (Vout/V) of the circuit shown in Figure 1. Assume: a) Diodes D1 and D2 are ideal. b) Zener diode has r2-0 with the break down voltage of Vz-12 V. 1ΚΩ D1 D2 추 R2 1ΚΩ Vout Figure 1