Navigation
Skiplinks
Zum Inhalt springen
Zur Suche springen
Zur Hauptnavigation springen
Videoportal
Hauptnavigation
Course
Clip
Podcasts
Semester
Lecturer
FAU Organizations
Search
Livestream
Hörsäle
FAQ
IdM-login
EN
Search:
Methoden der Angewandten Physik 2020 /CoursesID:894
- Most recent entry on 2022-02-10
Keywords:
theorem
signals
Physik
Einführung
mittelwert
zufallsprozess
energie
frequenz
mechanik
inhalte
schwingung
spezielle
systems
interpretation
skalierung
eigenschaften
systeme
rechnen
geschwindigkeit
elementare
Lecturer
Prof. Dr. Heiko Weber
Organisational Unit
Lehrstuhl für Angewandte Physik
Recording type
Vorlesungsreihe
Via
Studon
Language
German
Associated Clips
Episode
Title
Lecturer
Updated
Via
Duration
Media
Search course clips:
1
0. Organisatorisches
Prof. Dr. Heiko Weber
2020-04-09
Studon
00:10:42
slides
slides
audio
captions
go to clip page
2
Einleitung, Kapitel 1: Signale und Systeme
Prof. Dr. Heiko Weber
2020-03-19
Studon
00:18:25
slides
slides
audio
captions
go to clip page
3
1.1 Elementare Operationen und Eigenschaften
Prof. Dr. Heiko Weber
2020-03-19
Studon
00:23:58
slides
slides
audio
captions
go to clip page
4
1.2 Spezielle Signale
Prof. Dr. Heiko Weber
2020-03-19
Studon
00:25:02
slides
slides
audio
captions
go to clip page
5
1.3 Die Delta-Funktion
Prof. Dr. Heiko Weber
2020-03-19
Studon
00:22:28
slides
slides
audio
captions
go to clip page
6
1.4 Beispiele aus der Mechanik
Prof. Dr. Heiko Weber
2020-03-23
Studon
00:13:09
slides
slides
audio
captions
go to clip page
7
1.5 Energie und Leistung
Prof. Dr. Heiko Weber
2020-03-23
Studon
00:04:12
slides
slides
audio
captions
go to clip page
8
1.6 Skalarprodukt und Orthogonalität
Prof. Dr. Heiko Weber
2020-03-23
Studon
00:02:37
slides
slides
audio
captions
go to clip page
9
1.7 Faltung
Prof. Dr. Heiko Weber
2020-03-23
Studon
00:12:14
slides
slides
audio
captions
go to clip page
10
1.8 Korrelationen
Prof. Dr. Heiko Weber
2020-03-23
Studon
00:22:06
slides
slides
audio
captions
go to clip page
11
Kapitel 2: Fourier-Transformation, 2.1 Definition
Prof. Dr. Heiko Weber
2020-03-25
Studon
00:08:25
slides
slides
audio
captions
go to clip page
12
2.2 Beispiele
Prof. Dr. Heiko Weber
2020-03-25
Studon
00:16:25
slides
slides
audio
captions
go to clip page
13
2.3 Symmetrien
Prof. Dr. Heiko Weber
2020-03-25
Studon
00:04:55
slides
slides
audio
captions
go to clip page
14
2.4 Inverse Fourier-Transformation
Prof. Dr. Heiko Weber
2020-03-25
Studon
00:05:28
slides
slides
audio
captions
go to clip page
15
2.5 Sätze der Fourier-Transformation
Prof. Dr. Heiko Weber
2020-03-25
Studon
00:33:58
slides
slides
audio
captions
go to clip page
16
2.6 Parsevalsches Theorem
Prof. Dr. Heiko Weber
2020-03-25
Studon
00:08:24
slides
slides
audio
captions
go to clip page
17
2.7 Anwendungen in der Physik
Prof. Dr. Heiko Weber
2020-03-30
Studon
00:32:56
slides
slides
audio
captions
go to clip page
18
Kapitel 3: Laplace-Transformation, 3.1 Motivation und Definition
Prof. Dr. Heiko Weber
2020-03-30
Studon
00:06:20
slides
slides
audio
captions
go to clip page
19
3.2 Beispiele
Prof. Dr. Heiko Weber
2020-03-30
Studon
00:14:15
slides
slides
audio
captions
go to clip page
20
3.3 Eigenschaften und Sätze
Prof. Dr. Heiko Weber
2020-03-30
Studon
00:25:42
slides
slides
audio
captions
go to clip page
21
3.4 Inverse Laplace-Transformation
Prof. Dr. Heiko Weber
2020-04-02
Studon
00:24:07
slides
slides
audio
captions
go to clip page
22
Kapitel 4: Systemantworten, 4.1 Impulsantwort
Prof. Dr. Heiko Weber
2020-04-02
Studon
00:24:07
slides
slides
audio
captions
go to clip page
23
4.2 Systemfunktion
Prof. Dr. Heiko Weber
2020-04-06
Studon
00:19:44
slides
slides
audio
captions
go to clip page
24
4.3 Bode-Diagramm
Prof. Dr. Heiko Weber
2020-04-06
Studon
00:13:03
slides
slides
audio
captions
go to clip page
25
4.4 Rückkopplung
Prof. Dr. Heiko Weber
2020-04-06
Studon
00:13:17
slides
slides
audio
captions
go to clip page
26
Kapitel 5: Zufallssignale, Rauschen / 5.1 Erwartungswerte
Prof. Dr. Heiko Weber
2020-04-09
Studon
00:50:31
slides
slides
audio
captions
go to clip page
27
5.2 Korrelationsfunktionen
Prof. Dr. Heiko Weber
2020-04-15
Studon
00:35:52
slides
slides
audio
captions
go to clip page
28
5.3 Leistungsdichtespektren
Prof. Dr. Heiko Weber
2020-04-15
Studon
00:15:19
slides
slides
audio
captions
go to clip page
29
5.4 Physikalische Ursachen des Rauschens (A)
Prof. Dr. Heiko Weber
2020-04-15
Studon
00:31:53
slides
slides
audio
captions
go to clip page
30
5.4 Physikalische Ursachen des Rauschens (B)
Prof. Dr. Heiko Weber
2020-06-23
Studon
00:41:43
slides
slides
audio
captions
go to clip page
31
5.5 Zufallssignale und LTI-Systeme
Prof. Dr. Heiko Weber
2020-06-29
Studon
00:23:46
slides
slides
audio
captions
go to clip page
32
5.6 Wiener-Filter
Prof. Dr. Heiko Weber
2020-06-29
Studon
00:21:58
slides
slides
audio
captions
go to clip page
33
Kapitel 6, Abtastung/ 6.1 Delta-Impulskamm
Prof. Dr. Heiko Weber
2020-07-02
Studon
00:31:37
slides
slides
audio
captions
go to clip page
34
6.2 Ideale Abtastung, Abtasttheorem
Prof. Dr. Heiko Weber
2020-07-08
Studon
00:41:49
slides
slides
audio
captions
go to clip page
35
6.3 Nichtideale Abtastung, Beispiele
Prof. Dr. Heiko Weber
2020-07-13
Studon
00:29:23
slides
slides
audio
captions
go to clip page
36
7.1. Kausalität
Prof. Dr. Heiko Weber
2022-02-09
Studon
00:14:06
slides
slides
slides
captions
go to clip page
37
7.2. Hilbert-Transformation
Prof. Dr. Heiko Weber
2022-02-09
Studon
00:39:16
slides
slides
slides
captions
go to clip page
38
7.3. Kramers-Kronig Relation
Prof. Dr. Heiko Weber
2022-02-10
Studon
00:18:04
slides
slides
slides
captions
go to clip page
More courses from Prof. Dr. Heiko Weber
Millionenförderung für die Neutronen- und Röntgenstrahlforschung an der FAU
Prof. Dr. Heiko Weber
2016-11-24
Free
Collegium Alexandrinum 2015/2016
Prof. Dr. Heiko Weber
lecture
2016-02-04
Free
Advanced experimental physics: Solid state physics 2023
Prof. Dr. Heiko Weber
lecture
2023-07-17
Studon
Methods of Applied Physics: Signals and systems 2024
Prof. Dr. Heiko Weber
lecture
2024-07-17
Studon
Semiconductor Physics WiSe 2023/24 2023/2024
Prof. Dr. Heiko Weber
lecture
2024-02-07
IdM-login
Are you ready to go?
×
Select "Logout" below if you are ready to end your current session.