For the circuit above, the instrumentation amplifier gain is 15. Right leg driver circuit gain is -38. Low cut of frequency is 1.6Hz, high cut of frequency is 160 Hz. Filters have a maximum gain of -1. Total gain RA = Rp = R2 = R1 = Rx =1kN, Cn = C2 =1µF. Find the values for the rest of the components. Which operational amplifier circuits are used for the related 1- for the circuit is 582 purpose given below?

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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R4 =
VB
R2
R4
RL2
Rn =
RK
Voi
Ru =
Rp
3
Vo3
RK
R2 =
RG
RA
R2
R4
RfI
VOUT
R12 =
Rc
5
RG =
Vo2
VDRL
Rc =
8
For the circuit above, the instrumentation amplifier gain is 15. Right leg driver circuit gain is -38.
Low cut of frequency is 1.6Hz, high cut of frequency is 160 Hz. Filters have a maximum gain of -1. Total gain
. RA = Rp = R2 = R1 = Rx =1kN, C1 = C2 =1µF. Find
1-
for the circuit is 582
the values for the rest of the components. Which operational amplifier circuits are used for the related
purpose given below?
Gain Amplifier Analog to Digital
Converter
DC Offset
Low pass
Right Leg
Instrumentation
Filter
Driver
Amplifier
Compensator
w w
2.
Transcribed Image Text:R4 = VB R2 R4 RL2 Rn = RK Voi Ru = Rp 3 Vo3 RK R2 = RG RA R2 R4 RfI VOUT R12 = Rc 5 RG = Vo2 VDRL Rc = 8 For the circuit above, the instrumentation amplifier gain is 15. Right leg driver circuit gain is -38. Low cut of frequency is 1.6Hz, high cut of frequency is 160 Hz. Filters have a maximum gain of -1. Total gain . RA = Rp = R2 = R1 = Rx =1kN, C1 = C2 =1µF. Find 1- for the circuit is 582 the values for the rest of the components. Which operational amplifier circuits are used for the related purpose given below? Gain Amplifier Analog to Digital Converter DC Offset Low pass Right Leg Instrumentation Filter Driver Amplifier Compensator w w 2.
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