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V 20.5 -- lokn 200kS 10Ksz FIG . 14.47 mat range of output voltage is developed in the circuit of fig. 14.47? en: = 200 K ohms = 10 K ohm and Trimmer resistor = 10 K ohms = 0.5 V. * O %3D

V 20.5 -- lokn 200kS 10Ksz FIG . 14.47 mat range of output voltage is developed in the circuit of fig. 14.47? en: = 200 K ohms = 10 K ohm and Trimmer resistor = 10 K ohms = 0.5 V. * O %3D

Introductory Circuit Analysis (13th Edition)
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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19 Vi =0.5- V No lokn 200KS 10 KS FIG . 14..47 What range of output voltage is developed in the circuit of fig. 14.47? Given: Rf = 200 K ohms R1 = 10 K ohm and Trimmer resistor = 10 K ohms Vin = 0.5 V. * O
Transcribed Image Text:19 Vi =0.5- V No lokn 200KS 10 KS FIG . 14..47 What range of output voltage is developed in the circuit of fig. 14.47? Given: Rf = 200 K ohms R1 = 10 K ohm and Trimmer resistor = 10 K ohms Vin = 0.5 V. * O
Vint Rin1 18 Vin2 Rin2 R Vin3 Rin3 Vout Calculate the output voltage developed in the circuit shown. for Rf = 330 K ohms? Given: Rf = 330 K ohms, V in 1 = 33 K ohms V in 2 = 22 K ohms. V in 3 = 12 K ohms. V1 = 0.2 V V 2 = - 0.5 V. V3 = 0.8 V. *
Transcribed Image Text:Vint Rin1 18 Vin2 Rin2 R Vin3 Rin3 Vout Calculate the output voltage developed in the circuit shown. for Rf = 330 K ohms? Given: Rf = 330 K ohms, V in 1 = 33 K ohms V in 2 = 22 K ohms. V in 3 = 12 K ohms. V1 = 0.2 V V 2 = - 0.5 V. V3 = 0.8 V. *
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