1. (a) Part of the datasheet for MCP601, an operational amplifier, is included at the end of thispaper as Appendix A, and is also provided as a separate file for your convenience.Based on the information available, answer the following questions with appropriatejustifications.(1) Figure 1.1(a) shows the MCP601 connected as unity gain buffer. Sketch theoutput signal Vour if the input signal VIN is a symmetrical digital clock signal at afrequency of 100kHz with low and high logic levels at OV and 3.3V.(ii) What is the amplitude of VouT if VIN varies between 1.1V and 1,2V and is a 2.8MHZsinusoidal signal with a DC offset?(ii) Figure 1.1(b) shows a non-inverting audio amplifier circuit using MCP601.Choose the values of the resistors R1 to R4, C1 and C2 such that the amplifierprovides a gain of 10 for signals in frequency range from 10HZ to 20kHz. Explainthe reasons for your choices.5V,VNVouMCP601Figure 1.1(a)5vciVIN+O VoutМСР601R2Figure 1.1(b)

a) i) The given circuit is a voltage buffer.

1. (a) Part of the datasheet for MCP601, an operational amplifier, is included at the end of this paper as Appendix A, and is also provided as a separate file for your convenience. Based on the information available, answer the following questions with appropriate justifications. (i) Figure 1.1(a) shows the MCP601 connected as unity gain buffer. Sketch the output signal Vour if the input signal Vin is a symmetrical digital clock signal at a frequency of 100kHz with Iow and high logic levels at OV and 3.3V. (ii) What is the amplitude of Vour if VaN varies between 1.1V and 1,2V and is a 2.8MHZ sinusoidal signal with a DC offset? (iii) Figure 1.1(b) shows a non-inverting audio amplifier circuit using MCP601. Choose the values of the resistors R1 to R4, C1 and C2 such that the amplifier provides a gain of 10 for signals in frequency range from 10HZ to 20kHz. Explain the reasons for your choices. 5V Vaur MCP601 Figure 1.1(a) 5v ci Vour MCP601 R2 Figure 1.1(b) R3

1. (a) Part of the datasheet for MCP601, an operational amplifier, is included at the end of this paper as Appendix A, and is also provided as a separate file for your convenience. Based on the information available, answer the following questions with appropriate justifications. (i) Figure 1.1(a) shows the MCP601 connected as unity gain buffer. Sketch the output signal Vour if the input signal Vin is a symmetrical digital clock signal at a frequency of 100kHz with Iow and high logic levels at OV and 3.3V. (ii) What is the amplitude of Vour if VaN varies between 1.1V and 1,2V and is a 2.8MHZ sinusoidal signal with a DC offset? (iii) Figure 1.1(b) shows a non-inverting audio amplifier circuit using MCP601. Choose the values of the resistors R1 to R4, C1 and C2 such that the amplifier provides a gain of 10 for signals in frequency range from 10HZ to 20kHz. Explain the reasons for your choices. 5V Vaur MCP601 Figure 1.1(a) 5v ci Vour MCP601 R2 Figure 1.1(b) R3

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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