2.10. Each of the circuits shown in Figure P2.10 employsnegative feedback. Assume that the op amps are ideal, and usethe summing-point constraint. Analyze the circuits to find thevalue of vo for each circuit.1 k2↑) 2 mAVo(a)3 k2+.1)2 mA(b)3 k21 ka4 V(c)3 mAVo15 kn(d)1 kn2 V(e)Figure P2.10바이 S

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Answered: 2.10. Each of the circuits shown in…

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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2) The circuit shown below uses a diode in the feedback path of the op amp. For each question, use only the ideal switch model to analyze the circuit's behavior (i.e. ignore the diode's 0.7V forward drop). Assume that R = 1k2, and the op amp is ideal. D VOUT VIN a) Suppose vIN=2V. What direction is the current i passing through R? Is the dio ON or OFF? Wha VOUT b) Suppose VIN = -2V. What direction is the current i passing through R? Is the diode ON or OFF? What is voUT? c) Explain why VOUT can never be less than 0V.
2. Explain which of the following instructions are invalid? State the invalidation reason and give the correct form for invalid instructions: a. MOV DL,AX b. MOV ES,CX c. MOV [BX],[2000] d. MOV BX,[AX] e. MOV CL,[BL+200] f. MOV 1234,DX g. MOV CH,[BX+SI+300] h. MOV DS,[SI+DI-5] i. MOV [4500],1234 j. MOV 200,[300]
One of the most common applications of the op-amp is the inverting amplifier. The output is inverted relative to the input and the amplification gain is determined by the ratio of the feedback resistor (R2) to the input resistor (R1). 1. Analytically determine the "gain" of the inverting amplifier shown in Figure 2 (not including Capacitor C1). C1 1 nF R2 10 kQ Vss R1 Vdd Vin 1 ko Vout OA1 V2 V3 TLO81 5 V -5 V V1 ^) sine 1 kHz Vss
The circuit below, you may note, does not match any of the common op-amp circuits. By performing circuit analysis, determine the voltage across the load resistor R5. You may assume that V1 = 3.6 V, V2 = 4.7 V, R1 = 37 kQ, R2 = 62 KQ, R3 = 77 kQ, R4 = 71 kQ, and R5 = 90 kQ. R1 ww V1 + R2 V2 R3 R4 R5 mm D
Use the following values: Vs=6 R1=7 R2=7
Q2. A simple comparator and an Schmitt trigger are shown in Figures 2(a) and 2(b). The maximum output voltage, Vmax, can switch between -10 V and +10 V for both circuits. The lower and upper trigger levels of the Schmitt trigger are -1 V and +2 V, respectively. +2V b) Show that the hysteresis of the Schmitt trigger of Figure 2(b) can be expressed as Vhys c) Using the parameters provided above, determine the ratio of R₂/R₁ for the circuit of Figure 2(b). V. in Figure 2(a) 2. R₁. Vmax R₁ + R₂ oVo V₂ in R₁ +0.6V R₂ Figure 2(b)

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