Lehrinhalte
[b]The Seminar [/b]
Study, design, investigate, build and characterize a µWave component
Individual projects (2 students/group, max. 8 students)
Working time: 8 weeks full time in total, arranged with supervisor
Project presentation and report at the final meeting
[b]Topics [/b]
Antennas and other µWave Components
[b]Requirements [/b]
Fundamental knowledge of microwave engineering
[b]Registration[/b]
[list]
[*]TUCAN
[*][b]First Meeting & aptitude test[/b],Thursday, October 18th, 2.25pm [b]via Zoom[/b]
[*]Students who [b]miss this meeting can NOT participate[/b] in the seminar
[/list]
If you have [b]questions[/b] please contact Martin Schüßler (schuessler@imp.tu-darmstadt.de)
Literature
Publications will be hand out. Software and characterization tools as well as tools to realize RF devices are available.
Voraussetzungen
Fundamental knowledge of microwave engineering.
Online-Angebote
Moodle
[b]The Seminar [/b]
Study, design, investigate, build and characterize a µWave component
Individual projects (2 students/group, max. 8 students)
Working time: 8 weeks full time in total, arranged with supervisor
Project presentation and report at the final meeting
[b]Topics [/b]
Antennas and other µWave Components
[b]Requirements [/b]
Fundamental knowledge of microwave engineering
[b]Registration[/b]
[list]
[*]TUCAN
[*][b]First Meeting & aptitude test[/b],Thursday, October 18th, 2.25pm [b]via Zoom[/b]
[*]Students who [b]miss this meeting can NOT participate[/b] in the seminar
[/list]
If you have [b]questions[/b] please contact Martin Schüßler (schuessler@imp.tu-darmstadt.de)
Literature
Publications will be hand out. Software and characterization tools as well as tools to realize RF devices are available.
Voraussetzungen
Fundamental knowledge of microwave engineering.
Online-Angebote
Moodle
Semester: Inverno 2022/23