The Operational Amplifier in the circuit shown has a slew-rate of 8 V/us. If V=0.1 V, then the Maximum allowed frequencynon distorted in the circuit FMAX and the maximum gain allowed if FiMax = 25 MHz GuAx isVin20 k Olm250 k OlmVe. FMAX 1.019 MHz and GMAX= 5.09FaMAx 0.851 MHz and GMX = 4.52FMAX 0.759 MHz and GMA 9.73!!Fuur 2035 MHz and GuAx= 812

We know skew rate formula , so we will find both parameters for given values

The Operational Amplifier in the circuit shown has a slew-rate of 8 V/us. If V0.1 V, then the Maximum allowed frequency non distorted in the circuit FMAX and the maximum gain alowed if FiMAx= 25 MHz GUAX is Vin 20 k Olm 250 k Olam Ve . FMAX 1.019 MHz and GMAX= 5.09 FaMAx 0.851 MHz and GMAX = 4.52 FMAX 0.759 MHz and GMA 9.73 Fur=2035 MHz and GuAx= 812

The Operational Amplifier in the circuit shown has a slew-rate of 8 V/us. If V0.1 V, then the Maximum allowed frequency non distorted in the circuit FMAX and the maximum gain alowed if FiMAx= 25 MHz GUAX is Vin 20 k Olm 250 k Olam Ve . FMAX 1.019 MHz and GMAX= 5.09 FaMAx 0.851 MHz and GMAX = 4.52 FMAX 0.759 MHz and GMA 9.73 Fur=2035 MHz and GuAx= 812

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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