these Questions from ELECTRONICS LAB ,The name of Experement is Op-Amp slew Rate. 10+ 15 Vto10 kltl'eut741SV p-p10 kHzCH 2-15 VOscilloscopeCH IFIGURE 27-I Schentatie diagrem.of cir(uit. 1. For the circuit in Figure 27-1, ušing a t15-V supply, the maximumpossible output voltage swing is approximately(a) 5 V2. The maximum-time rate of change of the output voltage of thecircuit in Figure 27-1 in response to a step input is termed the(a) gain-bandwidth productlew rateC) output voltage swingcommon-mode rejection ratio3. The slew rate is usually specified in units of@ V/s.O 15 V20 VO 30 VO V/usdBd) MHz

1) Given R1 = 10000 Ohm Rf = 10000 Ohm The formula is given as VoVin=-RfR1

. For the circuit in Figure 27--1, using possible output voltage swing is approximiately O 15 V O 20 V @ 30 V 2. The maximum-time rate of change of the output voltage of the circuit in Figure 27–1 in response to a step input is termed the (a) gain-bandwidth product 3lew rate C) output voltagc swing common-mode rejection ratio 3. The slew rate is usually specified in units of O V/s . O V/us dB d) MHz

. For the circuit in Figure 27--1, using possible output voltage swing is approximiately O 15 V O 20 V @ 30 V 2. The maximum-time rate of change of the output voltage of the circuit in Figure 27–1 in response to a step input is termed the (a) gain-bandwidth product 3lew rate C) output voltagc swing common-mode rejection ratio 3. The slew rate is usually specified in units of O V/s . O V/us dB d) MHz

Electricity for Refrigeration, Heating, and Air Conditioning (MindTap Course List)

10th Edition

ISBN:9781337399128

Author:Russell E. Smith

Publisher:Russell E. Smith

Chapter11: Thermostats, Pressure Switches, And Other Electric Control Devices

Section: Chapter Questions

Problem 23RQ

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