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Consider the table and the circuit given below, replace the 470 resistor with a short circuit. 4.7 ΚΩ www V₁ Part Number Description 470 92 Open-loop gain A Input resistance Output resistance Input bias current Input offset voltage CMRR OV out μA741 General purpose 2 x 105 V/V 2 ΜΩ 75 92 80 NA 1.0 mV 90 dB LM324 Low-power quad 105 V/V * 45 nA 2.0 mV 85 dB LT1001 Precision 8 x 105 V/V 100 ΜΩ 0.5 nA 7 μV 110 dB LF411 Low-offset, low- drift JFET input 2 x 105 V/V 1 ΤΩ ~19 50 pA 0.8 mV 100 dB AD549K Ultralow input bias current 106 V/V 10 ΤΩ ~15Ω 75 fA 0.150 mV 100 dB

Consider the table and the circuit given below, replace the 470 resistor with a short circuit. 4.7 ΚΩ www V₁ Part Number Description 470 92 Open-loop gain A Input resistance Output resistance Input bias current Input offset voltage CMRR OV out μA741 General purpose 2 x 105 V/V 2 ΜΩ 75 92 80 NA 1.0 mV 90 dB LM324 Low-power quad 105 V/V * 45 nA 2.0 mV 85 dB LT1001 Precision 8 x 105 V/V 100 ΜΩ 0.5 nA 7 μV 110 dB LF411 Low-offset, low- drift JFET input 2 x 105 V/V 1 ΤΩ ~19 50 pA 0.8 mV 100 dB AD549K Ultralow input bias current 106 V/V 10 ΤΩ ~15Ω 75 fA 0.150 mV 100 dB

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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Consider the table and the circuit given below, replace the 470 Q resistor with a short circuit. 4.7 ΚΩ ww V₁( Part Number Description 470 92 ww Open-loop gain A Input resistance Output resistance Input bias current Input offset voltage CMRR V out HA741 General purpose 2 x 105 V/V 2 ΜΩ 75 Ω 80 nA 1.0 mV 90 dB LM324 Low-power quad 105 V/V * 45 nA 2.0 mV 85 dB LT1001 Precision 8 x 105 V/V 100 ΜΩ * 0.5 nA 7 μV 110 dB LF411 Low-offset, low- drift JFET input 2 x 105 V/V 1 ΤΩ ~12 50 PA 0.8 mV 100 dB AD549K Ultralow input bias current 10⁰ V/V 10 ΤΩ ~15Ω 75 fA 0.150 mV 100 dB
Transcribed Image Text:Consider the table and the circuit given below, replace the 470 Q resistor with a short circuit. 4.7 ΚΩ ww V₁( Part Number Description 470 92 ww Open-loop gain A Input resistance Output resistance Input bias current Input offset voltage CMRR V out HA741 General purpose 2 x 105 V/V 2 ΜΩ 75 Ω 80 nA 1.0 mV 90 dB LM324 Low-power quad 105 V/V * 45 nA 2.0 mV 85 dB LT1001 Precision 8 x 105 V/V 100 ΜΩ * 0.5 nA 7 μV 110 dB LF411 Low-offset, low- drift JFET input 2 x 105 V/V 1 ΤΩ ~12 50 PA 0.8 mV 100 dB AD549K Ultralow input bias current 10⁰ V/V 10 ΤΩ ~15Ω 75 fA 0.150 mV 100 dB
Part Number Description Open-loop gain A Input resistance Output resistance Input bias current Input offset voltage CMRR μA741 General purpose 2 x 105 V/V 2 ΜΩ 75 Ω 80 nA 1.0 mV 90 dB LM324 Low-power quad 105 V/V V. * 45 nA 2.0 mV If V₁ = 2.00 V, compute vout using the ideal op amp model. The value of the output voltage is 85 dB LT1001 Precision 8 x 105 V/V 100 ΜΩ * 0.5 nA 7 μV 110 dB LF411 Low-offset, low- drift JFET input 2 x 105 V/V 1 ΤΩ ~192 50 pA 0.8 mV 100 dB AD549K Ultralow input bias current 106 V/V 10 ΤΩ ~15Ω 75 fA 0.150 mV 100 dB
Transcribed Image Text:Part Number Description Open-loop gain A Input resistance Output resistance Input bias current Input offset voltage CMRR μA741 General purpose 2 x 105 V/V 2 ΜΩ 75 Ω 80 nA 1.0 mV 90 dB LM324 Low-power quad 105 V/V V. * 45 nA 2.0 mV If V₁ = 2.00 V, compute vout using the ideal op amp model. The value of the output voltage is 85 dB LT1001 Precision 8 x 105 V/V 100 ΜΩ * 0.5 nA 7 μV 110 dB LF411 Low-offset, low- drift JFET input 2 x 105 V/V 1 ΤΩ ~192 50 pA 0.8 mV 100 dB AD549K Ultralow input bias current 106 V/V 10 ΤΩ ~15Ω 75 fA 0.150 mV 100 dB
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