Discrete vs Continuous Time Impulse Signals

Thread starter reddvoid
Start date Apr 29, 2011
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Continuous Discrete Impulse Signals Time

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SUMMARY

The discussion clarifies the distinction between discrete time impulse signals (DT) and continuous time impulse signals (CT). A discrete time impulse function is defined as zero for all points except at zero, where it equals one. In contrast, a continuous time impulse function is also zero for all points except at one, where it approaches infinity, yet the total area under the impulse remains equal to one. This fundamental difference highlights the mathematical properties and applications of each signal type.

PREREQUISITES

Understanding of signal processing concepts
Familiarity with impulse functions in mathematics
Knowledge of discrete and continuous time systems
Basic principles of integration and area under curves

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Research the mathematical representation of discrete time signals
Explore the properties of continuous time signals in signal processing
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Students and professionals in electrical engineering, signal processing researchers, and anyone interested in the mathematical foundations of discrete and continuous time systems.

Apr 29, 2011

reddvoid

Whats the difference between a discrete time impulse and a continuous time impulse signal ?

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Sep 28, 2011

jvclark2

DT: the function is zero for all points not equal to 0 and equals 1 at 0
CT: the function is zero for all points not equal to 0, equals infinity at 1, but the total area under the impulse is 1