Find the voltage at node 1 and node 6 Node 2 Voltage=0.9 Node 3 Voltage=1.102 Node 4 Voltage=0.999 Node 5 Voltage=1.003
Find the voltage at node 1 and node 6 Node 2 Voltage=0.9 Node 3 Voltage=1.102 Node 4 Voltage=0.999 Node 5 Voltage=1.003
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Find the voltage at node 1 and node 6
Node 2 Voltage=0.9
Node 3 Voltage=1.102
Node 4 Voltage=0.999
Node 5 Voltage=1.003

Transcribed Image Text:The following voltages are measured: va = 1.002 V, v, = 1.000 V. Find voltages versus circuit
ground (common port of the dual supply) for every labeled node in the instrumentation amplifier
circuit shown in the figure that follows. The amplifier circuit is powered by a + 9 V dual supply.
Assume exact resistance values and the ideal amplifier model. Express all of your answers in volts.
Keep five significant digits for any solution step.
Vb
2
O-
100k2
100k2
10k2
4
1kQ
1k2
5
10k2
100k2
100k2
+
3
Va
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