2010Audio EngineeringRequires access

A Precise Measurement on Rising Edge and Falling Edge of Pulse

Pan Ji-fei

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Abstract

A precise measurement on rising edge and falling edge based on engery equilvant measurement method is proposed.The principle of engery equilvantis illustrated,and three affected factors modes are simulated.The results indicate that most of the relative error are lower than 1%.Both the computer simulation and experiment prove that the measurement has high precision.

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What this paper is about

A precise measurement on rising edge and falling edge based on engery equilvant measurement method is proposed.The principle of engery equilvantis illustrated,and three affected factors modes are simulated.The results indicate that most of the relative error are lower than 1%.Both the computer simulation and experiment prove that the measurement has high precision.

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Available abstract

A precise measurement on rising edge and falling edge based on engery equilvant measurement method is proposed.The principle of engery equilvantis illustrated,and three affected factors modes are simulated.The results indicate that most of the relative error are lower than 1%.Both the computer simulation and experiment prove that the measurement has high precision.

Key concepts: Falling (accident), Enhanced Data Rates for GSM Evolution, Signal edge, Leading edge, Pulse (music), Observational error, Computer science, Acoustics

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