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시장보고서
Magnetic Sensors--Emerging Technology Developments
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Abstract
This research service profiles key emerging developments and trends related to
magnectic sensor and related technologies.
Table of Contents
1. EXECUTIVE SUMMARY
Scope and Methodology
- 1. Scope
- 2. Research Methodology
Research Overview and Key Findings
- 1. Research Overview
- 2. Key Findings
2. MAGNETIC SENSOR TECHNOLOGIES--PRINCIPLES; APPLICATIONS; AND TRENDS
Technology Snapshot
- 1. From Compasses to GMR Read Heads
- 2. Vector and Scalar Magnetometers
Types of Magnetic Sensor Technologies
- 1. Low-Field Vector Sensors
- 2. Earth' s Field Vector Sensors
- 3. High-Field Vector Sensors
- 4. Scalar Magnetometers
Applications Analysis; Trends; and Issues
- 1. Assessment of Applications
- 2. Trends and Issues
3. RESEARCH AND DEVELOPMENT HIGHLIGHTS
Academia--Global Developments
- 1. Chip-Scale Magnetic Sensor--National Institute Of Standards and
Technology--USA
- 2. Sensor Based on Ballistic Magnetoresistance--State University of New
York at Buffalo--USA
- 3. Giant Magnetoimpedance Sensors--University of Paris--France
- 4. Magnetic Biosensor for Detecting Highly Dangerous Bacterial
Species--University of Marburg--Germany
- 5. Using Cheap Noncryogenic Sensors for Cryogenic
Applications--Laboratorio Oficial de Metroloxia de Galicia--Spain
- 6. Automatic Calibration Techniques for Hall Sensors--Swiss Federal
Institute of Technology in Lausanne--Switzerland
- 7. Bioapplication of High-Temperature SQUID Sensor--Tyohashi Institute of
Technology--Japan
- 8. Breakthrough for Nanomagnetic Measurement--Center for Material
Elaboration and Structural Studies--France
- 9. The Tongue Drive--North Carolina State University at Raleigh--USA
- 10. Dual-Axis Magnetic Field Sensor System for Electronic
Compasses--University of Lecce--Italy
- 11. A Step Closer to Superconductor Memories--Augsberg University--Germany
- 12. Bridging Magnetic and Electronic World--University of
Twente--Netherlands
- 13. Bose-Einstein Condensates Sensors--Heidelberg University--Germany
Corporates--Global Developments
- 1. Advances in Catheter Tracking--Ascension Technology Corporation--USA
- 2. State-of-the-Art Miniature Sensor Chip--Sick AG--Germany
- 3. Very High Resolution Position Sensor--Renishaw--USA
- 4. Low-Voltage Hall Sensors--Allegro Microsystems Inc.--USA
- 5. Magnetic Linear Position Sensor--iC Haus--Germany
- 6. Sensors for Extreme Environments--Siemens AG--Germany
- 7. Wear-Resistant Sensors and New Mounting Systems- Balluff--Germany
4. TECHNOLOGY ADOPTION FACTOR ANALYSIS
Driving Factors
- 1. Automobiles
- 2. Hard Disk Read Head
- 3. Miniaturization and Integration
- 4. Demand for Hall Sensors; Some Opportunities for AMR Sensors
- 5. Biomedical Applications
- 6. Emerging Applications
Major Restraints and Challenges
- 1. Complexity and Cost
- 2. Problems Arising from Miniaturization
- 3. Challenges Related to SQUID Sensors
In the Near Term
- 1. Miniaturization and Integration
- 2. Hall Sensors--The Industry Workhorse
- 3. GMI Effect
- 4. Is SQUID Going to Be Big?
5. KEY CONTACTS AND SELECTED PATENTS
Key Contacts
Key Patents Related to this Sector
- 1. Patents I
- 2. Patents II
6. DECISION SUPPORT DATABASE
Decision Support Database Tables - Automobiles; Aerospace; and Military
- 1. Car Production--World (1999 to 2006)
- 2. Number of Commercial Ships--World (1999 to 2006)
- 3. Number of Military Ships--World (1999 to 2006)
- 4. Number of Submarines--World (1999 to 2006)
Decision Support Database Tables - Geophysical Location System
- 1. Mining and Mineral Exploring Companies
- 2. Number of Mining and Mineral Exploration Companies--World
Decision Support Database Tables - Medical
- 1. Mortality due to Circulatory Diseases--World (1999 to 2006)
- 2. Mortality due to Coronary Heart Disease--World (1999 to 2006)
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