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Ultra-small and high sensitive magnetic sensors
For the first time in the world, Aichi Steel has succeeded in the development of a magnetic sensor in which magnetic impedance phenomenon was applied.
The new sensor from Aichi has more than 10,000 times greater sensitivity than any previous sensor and it is expected that it will be utilized in a wide variety of fields as a new technology that will accelerate the pace of the IT revolution. |
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| Figure 1. Amorphous wire |
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| Figure 2 Positioning of MI Sensors |
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Ultrahigh sensitivity utilizing nanotechnology
The MI Sensor is a third-generation magnetic sensor (Figure 2) that detects ultra-micro magnetic fields (Figure 2) by passing an electric pulse current through special electron spin aligned amorphous wire (Figure 1) utilizing nanotechnology. |
| ＡＭＩ３０６ |
ＡＭＩ６０３ |
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| 2.0×2.0×1.0mm |
3.0×3.0×1.1mm |
Electronic compass for smartphones,
digital output |
6-Axis motion sensor，digital output |
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ＡＭＩ３０４ |
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ＡＭＩ６０１ |
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ＡＭＩ６０２ |
| 3.0×3.5×0.8mm |
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3.5×4.0×1.0mm |
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5.2×6.0×1.5mm |
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4.2×6.2×1.1mm |
2-Axis，analog output
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3-Axis gyro sensor，
digital output |
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6-Axis,digital output |
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6-Axis motion sensor,
digital output |
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Motion control sensor for cell phones
New functionality has been achieved, in which tilting the main body of a cell phone from right to left or up and down can operate the menu or utilize shortcut functions, etc.
Automobile sensors that take advantage of high heat resistance
Ultra-high sensitivity sensors (for security, geomagnetic anomaly, biomagnetism) |
| SoftBank 931SH |
SoftBank 923SH |
| builｔ-in AMI602 |
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 For detailed information, visit the web site of Aichi Micro Intelligent Corporation.  |
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