e signal illustrated in the given figure is the response of an RC lowpass filter to a sudden change in excitation. x(1) 4. t (ns) 20 13333 -a = 10 and b= 12, the mathematical description of the signal is x(4) = A– B(1 – e- (? - CV3)u(t – D) (where tis in ns). e numerical values are A=| |.B= , and D=
e signal illustrated in the given figure is the response of an RC lowpass filter to a sudden change in excitation. x(1) 4. t (ns) 20 13333 -a = 10 and b= 12, the mathematical description of the signal is x(4) = A– B(1 – e- (? - CV3)u(t – D) (where tis in ns). e numerical values are A=| |.B= , and D=
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Question
9
![The signal illustrated in the given figure is the response of an RC lowpass filter to a sudden change in excitation.
x(t)
4
t (ns)
20
-1.3333
- a
- 6-
If a = 10 and b= 12, the mathematical description of the signal is x() = A- B(1 – e(t- C13ju(t – D) (where tis in ns).
The numerical values are A =
B =
C=
and D=](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9554b161-cbaa-45cc-a5d7-babe4581dcf1%2F17905200-33ff-4f67-b44f-fae9b3022c65%2Fb0fc2vu_processed.png&w=3840&q=75)
Transcribed Image Text:The signal illustrated in the given figure is the response of an RC lowpass filter to a sudden change in excitation.
x(t)
4
t (ns)
20
-1.3333
- a
- 6-
If a = 10 and b= 12, the mathematical description of the signal is x() = A- B(1 – e(t- C13ju(t – D) (where tis in ns).
The numerical values are A =
B =
C=
and D=
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