For this system, a) Find the impulse response of this LTI system, h (t). Express h (t) using unit-step function. (5 points) - b) Assuming that the impulse response of this system is shown in Figure 3,. Calculate the output of the system, y (t), when the input to system is x (t) = u(t) − u (t − 1). Use graphical approach to find y (t). (hint: for an LTI system, y (t) = x (t) * h (t)) 1 1 2

Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter27: Single-phase Transformers
Section: Chapter Questions
Problem 7PP: ES208VIPNP800turnsES1320VIS1NS1Ratio1:R112kES2120VIS2NS2Ratio2:R26ES324VIS3NS3Ratio3:R38
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For this system,
a) Find the impulse response of this LTI system, h (t). Express h (t) using unit-step function.
(5 points)
-
b) Assuming that the impulse response of this system is shown in Figure 3,. Calculate the
output of the system, y (t), when the input to system is x (t) = u(t) − u (t − 1). Use
graphical approach to find y (t).
(hint: for an LTI system, y (t) = x (t) * h (t))
Transcribed Image Text:For this system, a) Find the impulse response of this LTI system, h (t). Express h (t) using unit-step function. (5 points) - b) Assuming that the impulse response of this system is shown in Figure 3,. Calculate the output of the system, y (t), when the input to system is x (t) = u(t) − u (t − 1). Use graphical approach to find y (t). (hint: for an LTI system, y (t) = x (t) * h (t))
1
1
2
Transcribed Image Text:1 1 2
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