Analoge Bipolartechnik: Bauelemente, Simulation und Schaltungen
| Vortragende/r (Mitwirkende/r) | |
|---|---|
| Nummer | 0000003586 |
| Art | Vorlesung |
| Umfang | 3 SWS |
| Semester | Sommersemester 2026 |
| Unterrichtssprache | Englisch |
| Stellung in Studienplänen | Siehe TUMonline |
| Termine | Siehe TUMonline |
- 16.04.2026 16:45-19:00 1402, Hörsaal o. Exp.-Bühne
- 23.04.2026 16:45-19:00 1402, Hörsaal o. Exp.-Bühne
- 30.04.2026 16:45-19:00 1402, Hörsaal o. Exp.-Bühne
- 07.05.2026 16:45-19:00 1402, Hörsaal o. Exp.-Bühne
- 21.05.2026 16:45-19:00 1402, Hörsaal o. Exp.-Bühne
- 28.05.2026 16:45-19:00 1402, Hörsaal o. Exp.-Bühne
- 11.06.2026 16:45-19:00 1402, Hörsaal o. Exp.-Bühne
- 18.06.2026 16:45-19:00 1402, Hörsaal o. Exp.-Bühne
- 25.06.2026 16:45-19:00 1402, Hörsaal o. Exp.-Bühne
- 02.07.2026 16:45-19:00 1402, Hörsaal o. Exp.-Bühne
- 09.07.2026 16:45-19:00 1402, Hörsaal o. Exp.-Bühne
- 16.07.2026 16:45-19:00 1402, Hörsaal o. Exp.-Bühne
Teilnahmekriterien
Lernziele
The students are able to describe, analyse and develop simple designs of bipolar technology, devices and circuits for the highest frequencies in accordance to the state of the art.
Beschreibung
The module is examined in the form of an oral exam of in 20mins. The students must be able to demonstrate their insight into the functional dependencies and the fundamental properties of the analog bipolar technology and into their applications for high frequency circuits.
Inhaltliche Voraussetzungen
Basic lectures in circuit and system theory, electronic circuit design, solid-state and seminconductor device physics for bipolar transistors.
Lehr- und Lernmethoden
The course will discuss the concepts and theory in weekly lectures with Q&A session at the beginning of each lecture.
Excercises for self study are given regularly and will be discussed in a separate session just after the lecture. Here we will also use a circuit simiulation tool to support better understanding of the interaction between theoretical modeling and the behavior of circuits build for practical applications.
Excercises for self study are given regularly and will be discussed in a separate session just after the lecture. Here we will also use a circuit simiulation tool to support better understanding of the interaction between theoretical modeling and the behavior of circuits build for practical applications.