Can you solve the question in photos Design a noninverting amplifier with a nominal gain of 16, a gain error of 0,4%, and a total resistance, R1 +R2, of 40ka. Find the values of Re and Ao Assume the op amp has a finite gain but is otherwise ideal.AoVoutVinER,R2O a. A0=2384,00, R2=1,00 kaO b. A0=3184,00, R2=1,50 k2O c. A0=1584,00 , R2=0,75 k2O d. A0=3184,00, R2=0,25 kQO e. A0=3984,00, R2=2,50 kaO f. A0=4784,00 , R2=2,75 k2O g. A0=5384,00, R2=3,00 k2O h. A0=5984, 00, R2=2,00 kQ 1) Consider the circuit in Figure 1. A led lamb including series-connected LEDS is wanted to bedriven with a cascode current source having a bias current of 20 mA. The circuit parametersare as follows; (WIL)(W/L)-50/0,18, Von- 24 V, Cas = 200 uA/V, Vm =0.4 V.Vooseries-counectedLEDSR,Vata) Neglecting channel-length modulation, choose the values of R. R: and R; to place both thetransistor 0.5V away from the triode region while Ri + R2 + R: draws no more than 0,4 mAfrom the supply.R3Figure 1b) What is the maximum number of 2V-LEDS that can be connected between Vo and node X while the cascode current sourcestill operates with the condition stated in a)?c) What is the Thevenin smal signal cquivalent resistance that is seen from the terminals of the led lamb? (i, = 1, =0 i v.)

Answered: Image /qna-images/answer/d6ebf30d-0772-44fc-ab06-28a2096afcd9.jpg

Design a nonimverting amplifier with a nominal gain of 16, a gain error of 0,4%, and a total resistance, R1 +R2, of 40 kQ. Find the values of Re and Ao Assume the op amp has a finite gain but is otherwise ideal. Ao Vout Vin ER2 O a. A0=2384,00 , R2=1,00 kQ O b. A0=3184,00, R2=1,50 ka O c. A0=1584,00, R2=0,75 kQ O d. A0=3184,00, R2=0,25 ko O e. A0=3984,00 , R2=2,50 kQ O f. A0=4784,00, R2=2,75 ka O g. A0=5384,00, R2=3,00 k2 O h. A0=5984,00, R2=2,00 kQ

Design a nonimverting amplifier with a nominal gain of 16, a gain error of 0,4%, and a total resistance, R1 +R2, of 40 kQ. Find the values of Re and Ao Assume the op amp has a finite gain but is otherwise ideal. Ao Vout Vin ER2 O a. A0=2384,00 , R2=1,00 kQ O b. A0=3184,00, R2=1,50 ka O c. A0=1584,00, R2=0,75 kQ O d. A0=3184,00, R2=0,25 ko O e. A0=3984,00 , R2=2,50 kQ O f. A0=4784,00, R2=2,75 ka O g. A0=5384,00, R2=3,00 k2 O h. A0=5984,00, R2=2,00 kQ

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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