2.27. (a) Express the output y(1) as a function of the input and the system transformations, in the form of (2.56), for the system of Figure P2.27(a). (b) Repeat Part (a) for the case that the summing junction with inputs ys(t) and ys(r) is replaced with a multiplication junction, such that its output is the product of these two signals. (c) Repeat Part (a) for the system of Figure P2.27(b). (d) Repeat Part (b) for the case that the summing junction with inputs y3(1), y4(1), and ys() is replaced with a multiplication junction, such that its output is the product of these three signals. x(t) T₁ x(t) Ts 1 T₂ y3(1) T3 TA ys() TS (a) y3(1) TA T3 ya(t). y(1) T₂ ys(1) T₁ (b) Figure P2.27
2.27. (a) Express the output y(1) as a function of the input and the system transformations, in the form of (2.56), for the system of Figure P2.27(a). (b) Repeat Part (a) for the case that the summing junction with inputs ys(t) and ys(r) is replaced with a multiplication junction, such that its output is the product of these two signals. (c) Repeat Part (a) for the system of Figure P2.27(b). (d) Repeat Part (b) for the case that the summing junction with inputs y3(1), y4(1), and ys() is replaced with a multiplication junction, such that its output is the product of these three signals. x(t) T₁ x(t) Ts 1 T₂ y3(1) T3 TA ys() TS (a) y3(1) TA T3 ya(t). y(1) T₂ ys(1) T₁ (b) Figure P2.27
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Transcribed Image Text:2.27. (a) Express the output y(1) as a function of the input and the system transformations,
in the form of (2.56), for the system of Figure P2.27(a).
(b) Repeat Part (a) for the case that the summing junction with inputs ys(t) and ys(r)
is replaced with a multiplication junction, such that its output is the product of
these two signals.
(c) Repeat Part (a) for the system of Figure P2.27(b).
(d) Repeat Part (b) for the case that the summing junction with inputs y3(1), y4(1), and
ys() is replaced with a multiplication junction, such that its output is the product
of these three signals.
x(t)
T₁
x(t)
Ts
1
T₂
y3(1)
T3
TA
ys()
TS
(a)
y3(1)
TA
T3
ya(t).
y(1)
T₂
ys(1)
T₁
(b)
Figure P2.27
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