(c) Based on the operational amplifier circuit schematic shown in Figure Q.4(b), sketchand label the output waveform of V.(t) accordingly, when VA = 1.5 sin cot (V) andVB = 1.5 V.R₂2 ΚΩRswww+12 V18 ΚΩwww+12VR₁R₁500 Ωw3 ΚΩAjwwwAzVoV₁+-12 V-12V+12VR43 ΚΩA₂wVB+V₂-12VFigure Q.4(b) Operational amplifier circuit(d) Figure Q.4(c) shows a Schmitt trigger circuit with +Vcc = +15 V and -Vcc = -3.75

Answered: Image /qna-images/answer/e3fb0ec1-689a-4d00-abdc-cac517e9f443.jpg

Answered: (c) Based on the operational amplifier…

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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Q1: Difference amplifier has Vcc=VEE-8v, Rc=1k2, Rb=10kN, Re'=1k2, VBB-5v, Rv-100. If hel= hz=100, R1=R2-502. +vcc a. Find the maximum allowable difference mode voltage Vanar. Rc RC b. Find Ad, Aa and CMRR. Vo1 Vo2 T1 RD Ro R1 V1 V2 -VBs -VEE Q2: Find R. +15v Jas Q5 07 01 Q2 28k Q3 04 -15v
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Parts A through D please thank you.
the input and output impedances : amplifier configuration in Figure below is Al = 175,000 Zin = 10 MQ Zout = 75 N %3D %3D %3D o Vout 560 kN R 2.7 kN Zi(NI) = 8.41 GO, Zout(NI)= 50 m0 O Zi(NI) = 8.41 GO, Zout(NI)= 89.2 mo O %3D Zi(NI) = 50 mQ, Zout(NI)= 8.41 G0 O Zi(NI) = 89.2 mQ, Zout(NI)= 8.41 GQ %3|
In the circuit in the figure IDSS = 12 mA, VP = -8 V, VGSQ = -2.4 V, IDQ = 4.12 mA, Rsig = 10 kΩ, RG = 100 kΩ, RD = 2 kΩ, RS = 470 Ω, RL = 23.7 kΩ and it is known that rd = 20 kΩ. What will be the voltage gain of the circuit? NOTE: The FET output impedance is rd = 20 kΩ and must be taken into account in the calculations.
An ideal op-amp circuit is shown above, with dc supply Vcc = -Vcc = 12V.Assume that v1 = 2V, v2 = 2V, R1 = 3Ω, R2 = 3Ω. Please determine Rf (in ohm's) so that the output voltage vo = -10 volts.
Design a difference amplifier shown in the following figure to meet the following criteria: vo = 2vb - 5va. The resistance seen by the signal source vb is 750 kΩ, and the resistance seen by the signal source va is 16 kΩ when the output voltage vo is zero. (Figure 1) Specify the value of Ra Specify the value of Rb Specift the value of Rc Specify the value of Rd
- V2 15Vdo 3 U1A R1 2 1k V- LM324 1k V3 15Vde | VOFF = 0 VAMPL = 1 FREQ = 2k AC = 0 0. R2 Figure 4. Operational amplifier circuit. What frequency does the output voltage (across R3) have? What is the amplitude of the output voltage? From the output waveform and the input waveform, determine the gain of the op-amp circuit. Does this match with what you predicted? How could you change this circuit so that the output voltage would be nearly the same as the input voltage? What purpose would that serve? Can you modify the existing circuit and verify this experimentally? What is the phase difference between the output and input voltage? Derive the transfer function for the output-input relationship for the operational amplifier. How would the gain and the output change if a capacitor were in the feedback path instead of a resistor? (Examine the circuit using phasors and impedance and circuit analysis techniques). -w-
8) la Ix (Amps) Consider the following circuit and the associated IV curves. Assume that Is = 500fA and VT = .025V. a) Determine when la = 60uA and Vx = 3V. Show your work! b) Determine a when la = 60uA and Vx=3V. Show your work! c) Determine Vbe when la = 60uA and Vx=3V. Show your work! You may use the approximations that were presented in class and additionally you may neglect Va. Ix 8.00E-03 7.00E-03 6.00E-03 5.00E-03 4.00E-03 3.00E-03 2.00E-03 1.00E-03 0.00E+00 0 0.5 Vx 1 1.5 2 2.5 Vx (Volts) 3 3.5 4 4.5 5 ·la = 0 -la = 20uA -la = 40uA la = 60uA
2. Non-linear feedback elements are quite common as we will observe later this semester. The non-linear circuit in the feedback network shown is called an analog multiplier. The terminal characteristics of the analog multiplier are defined as shown in the figure. Show that this circuit can be used an analog signal divider. That is derive Vo in terms of Vs1 and Vs2. R2 Multiplier Vs2 R1 Vs1 Va Multiplier V = KVa V6 11-1-1-110l 10I ..... ...... ... DID
PLEASE HELP ASAP
For the amplifier circuit shown below, let R,=0.5 KO, R=56 Ko, R2=12.2 KO, Rc=2 KO, Re=0.4 KO and B-100, then answer the Vcc = 10 V RC R1 R, CI i following wwH R2 RE a) Name the configuration of this amplifier. b) Perform DC analysis on the amplifier circuit to find lco leo leo Vcea ) Draw the DC-load line. d) From your results, show that the amplifier performs in the forward-active mode.

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