•−•  ••−•    −•−•  •−  ••−•  •
RF Cafe Morse Code >Hear It<

Job Board

About RF Cafe™

Sitemap

Z-Transform Properties

In mathematics and signal processing, the Z-transform converts a discrete time-domain signal, which is a sequence of real or complex numbers, into a complex frequency-domain representation. It is like a discrete equivalent of the Laplace transform. This similarity is explored in the theory of time scale calculus. The Z-transform was introduced, under this name, by Ragazzini and Zadeh in 1952. The modified or advanced Z-transform was later developed by E. I. Jury, and presented in his book Sampled-Data Control Systems (John Wiley & Sons 1958). The idea contained within the Z-transform was previously known as the "generating function method". - Wikipedia







RF Cafe: z-Transform RF Cafe: z-Transform
where C is a closed contour that includes z=0
Signal z-Transform
RF Cafe: z-Transform RF Cafe: z-Transform
RF Cafe: z-Transform RF Cafe: z-Transform
RF Cafe: z-Transform RF Cafe: z-Transform
RF Cafe: z-Transform RF Cafe: z-Transform
RF Cafe: z-Transform RF Cafe: z-Transform
RF Cafe: z-Transform RF Cafe: z-Transform
RF Cafe: z-Transform RF Cafe: z-Transform
RF Cafe: z-Transform (convolution) RF Cafe: z-Transform
RF Cafe: z-Transform RF Cafe: z-Transform
RF Cafe: z-Transform RF Cafe: z-Transform

Custom Search
More than 10,000 searchable pages indexed.

Your RF Cafe
Progenitor & Webmaster

Click here to read about RF CafeKirt Blattenberger... single-handedly redefining what an engineering website should be.

View the YouTube RF Cafe Intro Video Carpe Diem!
(Seize the Day!)

5th MOB: My USAF radar shop

Airplanes and Rockets: My personal hobby website

Equine Kingdom: My daughter Sally's horse riding website