The above cascade circuit uses ideal op-amps. Assume the following: in the second picture Find A of vo1(t) in units of [V ].  Find B of vo1(t) in units of [V ]. Find F of vo2(t) in units of [V ].  Find G of vo2(t) in units of [V ].    Thank you!

EBK ELECTRICAL WIRING RESIDENTIAL
19th Edition
ISBN:9781337516549
Author:Simmons
Publisher:Simmons
Chapter19: Special-purpose Outlets-water Pump, Water Heater
Section19.2: Water Heater Branch Circuit
Problem 8R: For residential water heaters, the Consumer Product Safety Commission suggests a maximum temperature...
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The above cascade circuit uses ideal op-amps. Assume the following: in the second picture

Find A of vo1(t) in units of [V ]. 
Find B of vo1(t) in units of [V ].

Find F of vo2(t) in units of [V ].

 Find G of vo2(t) in units of [V ]. 

 

Thank you!

vi(t)
v₂(t)
R11
R12
Rf1
+
Vol (t)
C21
Rf2
www
voz(t)
Transcribed Image Text:vi(t) v₂(t) R11 R12 Rf1 + Vol (t) C21 Rf2 www voz(t)
v₁ (t) = 10 cos(1, 000t)V
v₂ (t) = 40 cos(5, 000t) V
Rf1 = 1k, R11
Vol (t) = A cos(1, 000t) + B cos(5, 000t) V
C21 = 5μF, Rf2 = 1kN
Vo2 (t) = F sin(1,000t) + G sin(5, 000t) V
=
10kΩ, R12
= 20ΚΩ
Transcribed Image Text:v₁ (t) = 10 cos(1, 000t)V v₂ (t) = 40 cos(5, 000t) V Rf1 = 1k, R11 Vol (t) = A cos(1, 000t) + B cos(5, 000t) V C21 = 5μF, Rf2 = 1kN Vo2 (t) = F sin(1,000t) + G sin(5, 000t) V = 10kΩ, R12 = 20ΚΩ
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