**Transcription for Educational Website**---**Problem Statement:**For the difference amplifier in Fig. 6_4, if \( V_1 = 3 \sin(10t) \, (V) \), \( V_2 = 6 \sin(10t) \, (V) \), and \( R = 20 \, \Omega \), what is \( V_{\text{out}} \)?**Diagram Description:**- The diagram shows a difference amplifier circuit configuration.- It includes two voltage sources \( V_1 \) and \( V_2 \).- Both inputs \( V_1 \) and \( V_2 \), are connected through resistors labeled \( R \) to the inverting and non-inverting inputs of an operational amplifier (op-amp).- The op-amp has feedback resistance \( R \) and another \( R \) connected to ground from the non-inverting input.- The output voltage is labeled \( V_{\text{out}} \), with \( R_L \) connecting it to ground.**Answer Choices:**- \( \circ \) \( 3 \sin(10t) \, (V) \)- \( \circ \) \(-3 \sin(10t) \, (V) \)- \( \circ \) \(-9 \sin(10t) \, (V) \)- \( \circ \) \( 9 \sin(10t) \, (V) \)---**Solution Explanation:**To determine \( V_{\text{out}} \) for a difference amplifier, use the formula:\[ V_{\text{out}} = \left( \frac{R_f}{R_1} \right) (V_2 - V_1) \]In this case, all resistors are equal (\( R = R_f = R_1 \)), so:\[ V_{\text{out}} = V_2 - V_1 \]Substituting the given values:\[ V_{\text{out}} = 6 \sin(10t) - 3 \sin(10t) = 3 \sin(10t)\]This corresponds to the answer choice:\( \circ \) \( 3 \sin(10t) \, (V) \)Thus, the correct answer is \( 3

Answered: Image /qna-images/answer/87f789b1-db9a-4888-bc9e-9749f8732274.jpg

For the difference amplifier in Fig. 6_4, if V₁ = 3 sin10t (V), V₂= 6 sin10t (V), and R= 20 Ohm, what is Vout? V₁ V₂ 3 sin10t (V) -3 sin10t (V) -9 sin10t (V) 9 sin 10t (V) R R R Fig. 6_4 R ww Vout RL

For the difference amplifier in Fig. 6_4, if V₁ = 3 sin10t (V), V₂= 6 sin10t (V), and R= 20 Ohm, what is Vout? V₁ V₂ 3 sin10t (V) -3 sin10t (V) -9 sin10t (V) 9 sin 10t (V) R R R Fig. 6_4 R ww Vout RL

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...

See similar textbooks

Similar questions

Only A
: An inverting amplifier contains a non-ideal Op-Amp with 13V Sk R-80k; R=0; A-600. Let the voltage of the (-) terminal voltage be V.. Write down a nodal equation for V Answer: 9102 13V Sk W 9k02 W AV
By assumption of an ideal Op=Amp, determine the output voltage Vo expression as the function Vs in the Op-Amp circuit in the circuit given
Need some help with this question For the differential amplifier shown:a) Find the differential-mode gain. b) Find the common-mode gain. c) Find the differential-mode CMRR and the single-ended CMRR
2) For the non-inverting amplifier shown, calculate a) Vout/Vin b) Zin c) Vin/Vs d) Vout/Vs (Vout/Vin)(Vin/Vs) R1 2 Vin R2 www -15 V Zin + 3 you Y 7 0+15 V 6 Vout
Design a two-stage OP AMP circuit consisting of an inverting amplifier connected to a summing amplifier. There are two independent voltages sources: v,with its negative terminal connected to ground and its positive terminal connected to a resistor (R, = 10 kN), which in turn is connected to the negative terminal of the inverting amplifier. with its negative terminal connected to ground and its positive terminal connected to a resistor (R4 = 10 kN), which in turn is connected to the negative terminal of the summing amplifier. The output of the summing amplifier is connected to a load resistor (R1). The other end of the load resistor (R1) is connected to ground.
Consider the amplifier in the figure given below, where VA = 50 V, VCC = 20 V, VEE = 20 V, IEE = 350 μA, βF = 120, REE = 320 kΩ, and RC = 72 kΩ. What are the differential-mode input and output resistances of the given amplifier?