[SI-LIST] Re: power spectral density of random signal with finite rise/fall time
- From: "Doug McKean" <dmckean@xxxxxxxxxxxxxxx>
- To: "Signal Integrity Group" <si-list@xxxxxxxxxxxxx>
- Date: Wed, 30 Jan 2002 16:53:28 -0800
Yes. John Bellamy gets into this with his book Digital Telephony.
I have a first edition, but it's now up to it's third.
Digital Telephony Wiley Series in Telecommunications and Signal
Processing
Author: John Bellamy
Publisher: John Wiley & Sons
ISBN: 0471345717
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- References:
- [SI-LIST] power spectral density of random signal with finite rise/fall time
- From: Jan Vercammen
- [SI-LIST] Re: power spectral density of random signal with finite rise/fall time
- From: Luca Giacotto
Other related posts:
- » [SI-LIST] power spectral density of random signal with finite rise/fall time
- » [SI-LIST] Re: power spectral density of random signal with finite rise/fall time
- » [SI-LIST] Re: power spectral density of random signal with finite rise/fall time
- [SI-LIST] power spectral density of random signal with finite rise/fall time
- From: Jan Vercammen
- [SI-LIST] Re: power spectral density of random signal with finite rise/fall time
- From: Luca Giacotto