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- ...|Buchseite=Signal Representation/Differences and Similarities of LP and BP Signals ...{\rm µ}\text{s}$ indicate the first zero of $x(t)$ and $y(t)$ respectively.6 KB (994 words) - 15:38, 5 May 2021
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- #REDIRECT [[Aufgaben:Exercise 4.1: Low-Pass and Band-Pass Signals]]67 bytes (7 words) - 09:34, 4 May 2021
- [[File:P_ID695__Sig_A_4_2_neu.png|250px|right|frame|Given low–pass and band-pass spectra]] ...$ and $w(t)$ with rectangular spectra $U(f)$ and $W(f)$ respectively.6 KB (935 words) - 15:49, 5 May 2021
- [[File:EN_Sig_Z_4_1.png|right|frame|Simplest examples for <br>"low-pass" and "high-pass"]] ...Signals|"Properties of Bandpass Signals"]] apply not only to signals and spectra, but in the same way to9 KB (1,489 words) - 14:48, 17 November 2022
- |Untermenü=Band-Pass Signals |Vorherige Seite=The Convolution Theorem and Operation17 KB (2,652 words) - 16:37, 19 June 2023
- ...|Buchseite=Signal Representation/Differences and Similarities of LP and BP Signals ...{\rm µ}\text{s}$ indicate the first zero of $x(t)$ and $y(t)$ respectively.6 KB (994 words) - 15:38, 5 May 2021
- ...ID697__Sig_Z_4_2_neu.png|right|frame|Spectral functions $Q(f)$ and $Z(f)$]] ...d_Band-Pass_Signals|Differences and Similarities of Low-Pass and Band-Pass Signals]].5 KB (794 words) - 15:21, 18 January 2023
- ...treat very different configurations – for example band-pass systems and those for the baseband – in a uniform way. The optimal receiver # The meaning of »basis functions« and finding them using the »Gram-Schmidt process«,27 KB (4,255 words) - 12:11, 5 April 2023