Sensor Principles and Integrated Interface Circuits in 89081 Ulm (Donau) auf fortbildung-bw.de

Sensor Principles and Integrated Interface Circuits

Datum	01.10.2024 bis 15.03.2025
Kosten	k. A.
Zielgruppe	Hochschulabsolventen
Bildungsart	Fortbildung/Qualifizierung
Unterrichtsform	E-Learning/ Blended Learning / Virtuelles Klassenzimmer
Abschluss	Zertifikat
Akademische Weiterbildung	Dieser Kurs richtet sich speziell an Interessenten einer akademischen Weiterbildung.
Präsenzkurs	Keine Angabe.
mind. Teilnehmerzahl	k. A.
max. Teilnehmerzahl	20
URL des Kurses	Details beim Anbieter
spezielles Angebot für Dozenten	Keine Angabe.
Veranstaltungsort	Online und Universität Ulm Albert-Einstein-Allee 45 89081 Ulm (Donau) Diese Kartendarstellung kann ungenau sein, da zur Lokalisierung eines Kurses derzeit nur Postleitzahl und Ort der Kursstätte, jedoch (noch) keine Straßen-Informationen erfasst und übermittelt wird. Sie sollten daher die Kartendarstellung nicht zur Routenplanung verwenden. Hinweis: ein Update der Kurserfassung mit vollständigen Adressen für Kursstätten ist in Planung.

Abendkurs	Bildungsgutschein	Förderfähig nach Fachkursprogramm des ESF	Barierrefreier Zugang
k. A.	k. A.	k. A.	k. A.

Beschreibung
The students can identify the most relevant noise sources in sensors and sensor readout electronics and predict their effect on the achievable limit of detection. They can distinguish between self-generating and modulating sensors and classify different sensor types with respect to their electrical behavior. The students distinguish different readout concepts including amplitude, phase and frequency sensitive detection and apply these concepts to design example sensory systems. They can explain the advantages and disadvantages of continuous and discrete sensor readout circuits for a given application context. The students can differentiate open-loop and closed-loop readout concepts and identify the pros and cons of each approach for a given target application. The students evaluate the performance difference between absolute and difference measurement systems and their applicability for the formation of integrated circuit based sensors and sensor readouts. The students analyze and synthesize important readout circuit configurations including instrumentation amplifiers, transimpedance amplifiers and switched capacitor readout circuits. The students analyze and compare different A/D and D/A converter structures concerning their achievable performance and suitability for a given sensor application. The students can explain the concept of time-to-digital conversion and analyze common T/D converter architectures.

Beschreibung

The students can identify the most relevant noise sources in sensors and sensor readout electronics and predict their effect on the achievable limit of detection. They can distinguish between self-generating and modulating sensors and classify different sensor types with respect to their electrical behavior. The students distinguish different readout concepts including amplitude, phase and frequency sensitive detection and apply these concepts to design example sensory systems. They can explain the advantages and disadvantages of continuous and discrete sensor readout circuits for a given application context. The students can differentiate open-loop and closed-loop readout concepts and identify the pros and cons of each approach for a given target application. The students evaluate the performance difference between absolute and difference measurement systems and their applicability for the formation of integrated circuit based sensors and sensor readouts. The students analyze and synthesize important readout circuit configurations including instrumentation amplifiers, transimpedance amplifiers and switched capacitor readout circuits. The students analyze and compare different A/D and D/A converter structures concerning their achievable performance and suitability for a given sensor application. The students can explain the concept of time-to-digital conversion and analyze common T/D converter architectures.

Schlagworte
elektrotechnik, messtechnik, sensoren

Gelistet in folgenden Rubriken:
Technik, Produktion, Umwelt » Energietechnik, Elektrotechnik, Elektronik » Elektrotechnik, Elektronik

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Sensor Principles and Integrated Interface Circuits