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DIGITAL METER FOR A STATIC ELECTRIC CURRENT

Citation Author(s):
Walid Y Alali (Department of Electrical Engineering, Imperial College)
P. Nicolau (Department of Electrical Engineering and Computer Science)
Submitted by:
Haider Ellalee
Last updated:
DOI:
10.21227/gy0d-2c36
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Abstract

We discuss the use of multi-rate FIR filters in radio frequency (RF) transient spectroscopy as well as the implementation challenges these multi-rate filters face when used in this application to reduce the sampling rate (decimation) and raise the sampling rate (interpolation). On a Texas Instruments TMS320-C30 DSP processor, all implementation measurements given here were carried out.
We have reported the application of multirate FIR filtering to radio frequency (RF) transient spec­ troscopy, and the implementation issues of these multirate filters for sampling rate reduction (dec­imation), and sampling rate increase (interpolation) in this application. These implementation issues include the transient response of the digital filters and the aliasing noise due to the decima­tion process in the passband and the stopband of the digital decimating filters. All implementation measurements reported here were performed on a Texas Instruments TMS320-C30 DSP chip.

Instructions:

This Research was Published in December 1988

The decimation and interpolation FIR filtering in the digital domain are used in the multi-rate digital approach, which employs a fixed sampling frequency to achieve the desired spectral width.
Haider Ellalee Tue, 07/18/2023 - 09:34 Permalink

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