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Consider the following first-order, causal LTI differential system S₁ initially at rest: dx(t) dt (a) Calculate the impulse response h₁(t) of the system S₁. Sketch it for a = 2. S₁: dy(t) dt + ay(t) = - 2x(t), a>0 is real.

Consider the following first-order, causal LTI differential system S₁ initially at rest: dx(t) dt (a) Calculate the impulse response h₁(t) of the system S₁. Sketch it for a = 2. S₁: dy(t) dt + ay(t) = - 2x(t), a>0 is real.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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Consider the following first-order, causal LTI differential system S₁ initially at rest: dy(t) dt dx(t) dt (a) Calculate the impulse response h₁(t) of the system S₁. Sketch it for a = 2. S₂₁: - + ay(t) = - 2x(t), a>0 is real.
Transcribed Image Text:Consider the following first-order, causal LTI differential system S₁ initially at rest: dy(t) dt dx(t) dt (a) Calculate the impulse response h₁(t) of the system S₁. Sketch it for a = 2. S₂₁: - + ay(t) = - 2x(t), a>0 is real.
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