Focus Group F3 "Comparison of Sensor Concepts"

This focus group is dedicated to establishing common definitions of sensor performance parameters such as sensitivity, frequency behavior, or limit of detection (LOD). Measurement procedures are defined to allow for comparability of performance results. The sensors developed in the CRC are compared to other types of magnetic field sensors.

The focus group is lead by Michael Höft.The following projects participate in the focus group:

• A1 (Magnetostrictive Multilayers for Magnetoelectric Sensors)
• A2 (Hybrid Magnetoelectric Sensors Based on Mechanically Soft Composite Materials)
• A4 (ΔE-Effect Sensors)
• A5 (Piezotronic Magnetoelectric Composites)
• A7 (ΔE-Effect Sensors)
• A9 (Surface Acoustic Wave Magnetic Field Sensors)
• B1 (Sensor Noise Performance and Analogue System Design)
• B2 (Digital Signal Processing)
• Z2 (Magnetoelectric Sensor Characterization)

Participating Researchers

Involved researchers		Projects
	Rainer Adelung	A2 - Hybrid Magnetoelectric Sensors Based on Mechanically Soft Composite Materials A5 - Piezotronic Magnetoelectric Composites
	Johan Arbustini	B1 - Sensor Noise Performance and Analogue System Design
	Andreas Bahr	B1 - Sensor Noise Performance and Analogue System Design
	Christin Bald	B2 - Digital Signal Processing
	Eric Elzenheimer	Z2 - Magnetoelectric Sensor Characterization
	Erik Engelhardt	B10 - Magnetoelectric Sensor Systems for Cardiologic Applications
	Franz Faupel	A2 - Hybrid Magnetoelectric Sensors Based on Mechanically Soft Composite Materials A4 - ∆E-Effect Sensors B7 - 3D-Imaging of Magnetically Labelled Cells
	Martha Gerhardt	A5 - Piezotronic Magnetoelectric Composites
	Martina Gerken	A2 - Modelling of Magnetoelectric Sensors
	Elizaveta Golubeva	A1 - Magnetostrictive Multilayers for Magnetoelectric Sensors
	Johannes Hoffmann	B9 - Magnetoelectric Sensors for Movement Detection and Analysis
	Fatih Ilgaz	A4 - ΔE-effect Sensors
	Sören Kaps	A2 - Hybrid Magnetoelectric Sensors Based on Mechanically Soft Composite Materials A5 - Piezotronic Magnetoelectric Composites
	Anne Kittmann	Z1 - MEMS Magnetoelectric Sensor Fabrication
	Matthias Krantz	A8 - Modelling of Magnetoelectric Sensors
	Hanna Lewitz	Z1 - MEMS Magnetoelectric Sensor Fabrication
	Fabian Lofink	A9 - Surface Acoustic Wave Magnetic Field Sensors
	Jeffrey McCord	A1 - Magnetostrictive Multilayers for Magnetoelectric Sensors A10 - Magnetic Noise of Magnetoelectric Sensors
	Dirk Meyners	A1 - Magnetostrictive Multilayers for Magnetoelectric Sensors Z1 - MEMS Magnetoelectric Sensor Fabrication
	Marc Alexander Nowak	Z1 - MEMS Magnetoelectric Sensor Fabrication
	Mesut-Ömür Özden	A8 - Modelling of Magnetoelectric Sensors
	Eckhard Quandt	A7 - Electrically Modulated Magnetoelectric Sensors A9 - Surface Acoustic Wave Magnetic Field Sensors
	Robert Rieger	A4 - ∆E-Effect Sensors
	Julius Schmalz	A8 - Modelling of Magnetoelectric Sensors
	Gerhard Schmidt	B2 - Digital Signal Processing B9 - Magnetoelectric Sensors for Movement Detection and Analysis B10 - Magnetoelectric Sensor Systems for Cardiologic Applications Z2 - Magnetoelectric Sensor Characterization
	Stefan Schröder	A2 - Hybrid Magnetoelectric Sensors Based on Mechanically Soft Composite Materials
	Thomas Strunskus	A2 - Hybrid Magnetoelectric Sensors Based on Mechanically Soft Composite Materials
	Felix Weisheit	A9 - Surface Acoustic Wave Magnetic Field Sensors
	Patrick Wiegand	A4 - ΔE-Effect Sensors
	Henrik Wolframm	B1 - Analog Signal Processing
	Mevlüt Yalaz	T1 - Transfer Project – Individualized Deep Brain Stimulation
	Lukas Zimoch	A2 - Hybrid Magnetoelectric Sensors Based on Mechanically Soft Composite Materials