Ami Catalogue e

Aichi Steel Technology Campus, 1 Wano-wari, Arao-machi, Tokai-shi, Aichi-ken476-8666 Japan

TEL: 052-603-9957,

1 Wano-wari, Arao-machi, Tokai-shi, Aichi-ken476-8666 Japan

TEL: 052-603-9757

Production Aichi Micro Intelligent Corporationhttp://www.aichi-mi.com/

Sales Aichi Steel Corporationhttp://www.aichi-steel.co.jp/

■AMI501 Specifications

G2 Motion Sensor

The G2 Motion Sensor uses a Magneto-Impedance Sensor to detect both geomagnetism and gravity, and due to the combined one-chip design, realizes excellent performance in a small size, including high angle resolution and high frequency response.

With complimentary processing of the output from both sensors, the G2 Motion Sensor determines the attitude of mobile devices relative to geomagnetism and gravity, and by analyzing the attitude and speed, other aspects of movement such as acceleration, translational speed, and rotational speed can be calculated.

■Dimensions (units: mm)

■Block diagram

AMI501

3

■Applications

Motion-sensing games in which the display moves according to the movement of the mobile phone

Operation of various commands according to movement of the mobile phone

Control of operating attitude in unmanned helicopters, robots, automobiles, etc.

Navigation functions combining the sensor with a GPS function

(Azimuthθ)

xy

z Geomagnetism

Gravity

Determination oftranslational/rotational

movement

Horizontal Detection

θ

Hz

Hx

Hy Roll φ

Pitch ψ

tanθ= HyHx

3-Axis Magnetic Sensor 2-Axis Accelerometer

Hz100Frequency responsemV/g2008040Sensitivity

mV22001500800Output voltage at zero g, zero magnetic field

%FS52Output linearityg±2Operating rangeAccelerometer

Magnetic sensor kHz1Frequency response

mV/μT4.23.01.3Sensitivity

mV22001500800Output voltage at zero magnetic field

%FS41.3Output linearitymT±0.2

VDD=3.0V

Operating range

℃+85-20Operating temperature

V3.63.02.6Power supply UnitMax.Typ.Min.ConditionItem

■Attitude Detection Principles

G Square

Product Lineup

■AMI501 Appearance

VDD2

GND1GND2

Pulse Generator

Time SignalGenerator

SampleHold

(Alternate X,Y)

Ref.Voltage

CurrentControl

Y axisMovablemagnet

X axisMovablemagnet

Time SignalGenerator

SampleHold

(Alternate X,Y)

CurrentControl

Pulse Generator

Ref.Voltage

Y axis sensor

X axissensor

Diff.AMP

VDD1

VDD1

Diff.AMP

VDD1VDD1VDD2

Z axissensor

Y axis sensorX axissensor

OUT_C

CH1

CH2

CS_C

CS_A

OUT_A

CH3

Dimensions: 5.5×5.5×1.5 mm

(1) 5- Axis types AMI501

1μF


TEL: 052-603-9957,


TEL: 052-603-9757



■AMI601 Specifications

G2 Motion Sensor

■Dimensions (units: mm)

■Block diagram

AMI601

4

■Applications

■Attitude Detection Principles

G SquareProduct Lineup

■AMI601 Appearance

Dimensions: 5.2×6.0×1.5 mm

The new 6-axis G2 Motion Control Sensor is not only a 3-axis magnetic sensor, but also a 3-axis acceleration

sensor. It comes with its own microcomputer increasing accuracy and processing speed in measuring 3D attitude in

all directions tenfold compared to the previous 5-axis sensor. Furthermore, it includes a temperature sensor

enabling stable operation from -20 ℃ to 80℃, an 12bitA/D converter and onboard RAM/ROM memory for storing

data such as calibration values. Due to its autonomously processing microcomputer and I²C-Output the sensor

offers an universal platform for application developers.

East

NorthPitch:θ

Roll:φ

Yaw:η

'xer

'yer

'zer

xer

yer

zer

Gr M

r Inclination：α

Terrestrial Coordinate System（Standard）

Rotation MatrixR(φ,θ,η)

Sensor Coordinate System Hz100Frequency response

bit/g460Sensitivity

bit254820481548Output voltage at zero g, zero magnetic field

%FS104Linearityg±2Dynamic RangeA

ccelerometer

Magnetic S

ensor

kHz1Frequency responsebit/µT11.010.09.0Sensitivity

bit254820481548Output voltage at zero magnetic field

%FS41.3LinearitymT±0.15

VDD=3.0V

VID=1.8V

Dynamic Range°C +85-20Operating Temp.V3.63.02.6Power SupplyUnitMax.Typ.Min.ConditionItem

CH1sensor

CH3sensor

CH5sensor

CH2sensor

CH4sensor

CH6sensor

CH2Cantilever

CH4Cantilever

CH6Cantilever

Circuit for Magnetic Sensors

Voltage Regulator

Circuit

Amplifier(with Adjustment

Funcion)

12bit A/Dconverter

Temperature Sensor

8032 8bit Microprocessor

I2C

15Kbyte Program ROM

2Kbyte Data RAM

1Kbyte Calibration

ROM

VSSMI

VDDMI

VREG0 ohm

10µ(X5R)

MasterProcessor

VDD

0.1µF

VSS

VIDRSTBusyTRGSCLSDAMOSI

MODE

NCCH1

sensor

CH3sensor

CH5sensor

CH2sensor

CH4sensor

CH6sensor

CH2Cantilever

CH4Cantilever

CH6Cantilever

Circuit for Magnetic Sensors

Voltage Regulator

Circuit

Amplifier(with Adjustment

Funcion)

12bit A/Dconverter

Temperature Sensor

8032 8bit Microprocessor

I2C

15Kbyte Program ROM

2Kbyte Data RAM

1Kbyte Calibration

ROM

VSSMI

VDDMI

VREG0 ohm

10µ(X5R)

MasterProcessor

VDD

0.1µF

VSS

VIDRSTBusyTRGSCLSDAMOSI

MODE

NC

A6015201

○

Top view Bottom viewSide viewModel Name

6.0

5.2

1.5 1.27×3

0.6

0.75

1 Pin

Motion-sensing games and controllers

in which the graphical image changes

accordingly to the controller movements.

Control of operating attitude in

automobiles, robots, boats, bikes,

unmanned helicopters, etc.

Navigation functions combining

the sensor with a GPS function.

Accurate electronic compass

regardless of the way the device is held.

(2) 6-Axis types AMI601


TEL: 052-603-9957,


TEL: 052-603-9757



■AMI201 Main Specifications

1. Electronic Compass Module

Ultra-small one-package device that senses the geomagnetic field with 2-axis MI Sensors. Azimuth is calculated from the ratio of the size of geomagnetism in the X and Y directions. Received the Best of Sensors Expo Silver Award at the U.S. Sensors Expo & Conference in Fall 2002.

■AMI201 Appearance and Construction

ICMI Element（X axis）

MI Element（Y axis）

１

６４

３

５

２

Y axis

X axis

Bottom Side Top

3.4

● 2 X 2 3

0.8±0.05

A 2 0 1

Production Lot

Number

Model Name

3.1 0. 8

0. 8

0.8 0.8 6-φ0.5

(X-axis, Y-axis arrows indicate direction of + magnetic field

(1) 2-Axis Electronic Compass AMI201

■Package Dimensions (units: mm)

AMI201

Dimensions: 3.1×3.4×0.8mm

Product Lineup

OUT

GND2

XYin

Y axis sensorX axissensor

VDD

GND1

Pulse Generator

Synchronous Detection Control

Sample Hold(X-Y

Selection) DifferentialAmplifier

Reference Voltage

■Block Diagram

CS

5

kHz1Frequency Response

mV/μT2.92.1Sensitivity

mV1450850Output Voltage w/ Zero Magnetic Field

%FS2.2Output Linearity

mT±0.2VDD=2.6VOperating Range

℃+85-20Operating Temperature

V3.602.602.50Voltage

UnitsMax.Typ.Min.ConditionItem

AMI302

■Block Diagram

■AMI302 Main Specifications

■Package Dimensions (units: mm)

(2) 3 –Axis Intelligent Electronic Compass AMI302

■AMI302 Appearance and Construction

Z axis sensorIC

X,Y axis sensor

VDDM

1.0μF

OUT

GNDA

CH1

Y axis sensor

X axissensor

VDDA

CS

Pulse Generator

Synchronous Detection Control

Sample Hold(X-Y

Selection) DifferentialAmplifier

Reference VoltageZ axis sensor

CH2

GNDM

VDD

1.0μFVDD

Side TopBottom Model Name

1pin 12pin

7pin6pin

3.5±0.1

4.0± 0.1

0.35

1.2

1.1

0.8

0.8×

3 =

2.4

0.3 5

A 3

0 2

3 Y

0 1

1.45±0.12

kHz1Frequency Response

mV/μT4.22.7Sensitivity

mV22001500800Output Voltage w/ Zero Magnetic Field

%FS4.02.3Output Linearity

mT±0.2VDD=3.0VOperating Range

℃+85-20Operating Temperature

V3.603.002.60Voltage

UnitsMax.Typ.Min.ConditionItem

Y軸

X軸


TEL: 052-603-9957,


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2. Circuit Board Type MI Sensor

Frequency Response

TemperatureCharacteristics

31mm

11mm

-20

-15

-10

-5

0

5

outp

ut c

hang

e（

dB）

10510410310210 106

external field frequency (Hz)

-20.0

-15.0

-10.0

-5.0

0.0

5.0

10 102 103 104 105 106

external magnetic field frequency (Hz)

outp

ut c

hang

e (d

B)

1.5

2.0

2.5

3.0

3.5

-50 0 50 100temperature （℃）

outp

ut v

olta

ge (V

)

2.2

2.4

2.6

2.8

3.0

-2 -1 0 1 2

magnetic field (gauss)

outp

ut v

olta

ge (V

)

31mm

11mm

at 2gauss

at 0gauss

at -2gauss

Frequency Response

Linearity TemperatureCharacteristics

MI-CB-1DL

MI-CB-1DB

(1) High Linearity Type (MI-CB-1DL)

(2) High-response Type (MI-CB-1DB)

Product Lineup

MI element and electronic circuits on a 31×11mm circuit board. Requires only 5V power connection. Feedback-type has 0.4%FS high linearity.Choose magnetic sensing in either the lengthwise (MI-CB-1DL) or perpendicular (MI-CB-1DL-A) direction.

3mm

3mm

6mmMagnetic SensingDirection

Operation with 5V power. 100kHz fast reponseis achieved by omitting feedback. Magnetic Sensing

Direction

Note) Please use with output load set for 100Ω or greater.

6

5.0

-50 0 50 100temperature （℃）

outp

ut v

olta

ge (V

)

4.0

3.0

2.0

1.0

0

Linearity

external magnetic field(Gauss)

outp

ut v

olta

ge (V

)

measurement range(Gauss):+/-3 Gauss

output characteristics at 3 Gauss

at 0 Gauss

at -3 Gauss


TEL: 052-603-9957,


TEL: 052-603-9757



New MI Sensor well suited to use in automobiles with a dynamic range expanded to ±30 Gauss. Due to improvement in the wire turn density of the pick-up coil and miniaturization of the element, this sensor achieves a range ten times wider than that of conventional MI Sensors and 1/3 downsizing. Downsizing also contributes to lower cost. Two types are available, with range ±30 Gauss or ±10 Gauss.

Output Characterisitcs of MI Sensor For Automotive Use

Temperature Dependence

0

1000

2000

3000

4000

-50 0 50 100 150

temperature（℃）

outp

ut v

olta

ge (m

V)

at 20 gauss

at 0 gauss

at -20 gauss

0.45mm

MI Sensor for Automotive Use

Wide Range MI Element

(4) High Sensitivity AC Magnetic Field Detection Type (MI-CB-1DS)

High sensitivity sensor (30mV/mG) with frequency band restricted to 0.3~5Hz. With resolution above 0.3mG, able to sensitively catch magnetic field variations. Cancels steady magnetic fields such as geomagnetism, and detects magnetic fields generated by movable objects with high sensitivity. Able to detect metal objects such as knives at security gates without false readings, as well as foreign bodies like staples and paper clips within food or clothing.

Office paper clip caught at a distance of 100mm

-40

-30

-20

-10

0

10

0.01 0.1 1 10 100

Frequency(Hz)

Out

put V

aria

tion

(dB

)(3) Wide Range Type (MI-CB-1DW) MI-CB-1DW

MI-CB-1DS

31mm

10mm

20mm

6mm

MI Element

Product Lineup

7

0

1

2

3

4

5

-30 -15 0 15 30magnetic field (gauss)

outp

ut v

olta

ge (V

) Linearity: 0.98・FS

pattern


TEL: 052-603-9957,


TEL: 052-603-9757



3. Evaluation Kits

MI Sensor andElectronic Compass Computer Display

AMI201-EVK

AMI302-ATD

AMI501-ATD

(1)MI Sensor and Electronic Compass Evaluation Kit (AMI201-EVK)

(2) Attitude detection module (AMI302-ATD)

(3) G2 Motion Kit(AMI501-ATD)

Product Lineup

Connects to Windows PC via USB, for easy evaluation of the MI Sensor and electronic compass module

Main SpecificationsDimensions: 85.0×54.9mmAzimuth resolution: 1°Sensor calibration modeSampling software (Microsoft Visual Basic)

Outputs the attitude (yaw, roll, pitch) of objects in real time, combining a 3-axis magnetic sensor (MI Sensor) and 2-axis tilt sensor.

Main SpecificationsBoard dimensions: 85.0×54.9mmDetection resolution: 2°Calibration modeSampling software (Microsoft Visual Basic) included

8

(4) Computer Graphic Controler (AMI601-CG)

Soon to be released

A control unit having AMI601 to detect the unit's attitude and output the data through wireless transmitter.Comupter graphic's attitude can be controled with the unit. Suitable for the applications such as real-time product presentation, on-line shopping presentation and 3 dimensional games.

antenna unit

Laser pointer

AMI601

communic ation

circuit

AMI601-CG

Outputs the attitude (yaw, roll, pitch) of objects in real time. Containing AMI501 (3-axis magnetic and 2-axis accelerometer).

Main SpecificationsBoard dimensions: 94.0×45.9mm Azimuth resolution: 1.25°Tilt resolution: 1.5°(～±70°）Sample software: C++ included.


TEL: 052-603-9957,


TEL: 052-603-9757



950～1050mmCable Length:

13.5(W)×107(H)×8(D)mmProbe Dimensions:64(W)×116(H)×18.5(D)mmMeter Dimensions:

0～10kHz (analog output terminal)Frequency Response:

3 ½ digit LCDDisplay:UniaxialField direction:

Two AAA batteries(1.5V)Power Source:-199.9μT～+199.9μT（-1.999G～+1.999G）Detection range:

0.01μT（0.1mG)Resolution:

4. Research Tools (1) Milli-Gaussmeter (MGM-1DS)

1. Detection RangeThe Milli-Gaussmeter can detect magnetic fields as small as10-4 Gauss.

3. Properties

The Milli-Gaussmetercan measure both DC and high frequency AC magnetic fields.

Performance is stable over a temperature range of-40℃to 85℃, enabling the sensor to make reliable outdoor measurements.

MilliMilli--GaussmeterGaussmeter

MGM-1DS

2. Basic Specifications

An Innovation in Minute Magnetic Field DetectionAn Innovation in Minute Magnetic Field Detection

Product Lineup

Using an MI Sensor in its sensing section, the Milli-Gaussmeter is a high precision magnetic field measuring instrument able to measure submilligauss minute magnetic fields. Battery-driven, it can be carried along for hand-held measurements anywhere.

9


TEL: 052-603-9957,


TEL: 052-603-9757



359×359×359 mmZ axis481×481×481 mmY axis420×420×420 mmX axisCompensation Coil

Dimensions

1μT(10mG) or lessMagnetic Field Inside Cancelled Area

MI SensorSensing System100μT(1G)Max Field Cancellation±60×±60×±60 mmEffective Control Space

3 axis(X-Y-Z)Magnetic Field Control Direction

AC100V～200V(50/60Hz)Power SupplyBasic Specifications

(2)Magnetic Field Compensation Device PalmGauss (PG-1G)

Compact Magnetic Field CancellerCompact Magnetic Field Canceller

PalmGaussPalmGaussPrecise Control of 3D Magnetic Fields With the MI Sensor

Compact・Precise・Low Price

PG-1G

Product Lineup

Detects external magnetic fields in 3D with high sensitivity MI Sensors, and uses an opposite phase magnetic field generated by the compensation coil to create the desired magnetic field.

■Software operating environmentWindows 98, 2000, XP

(*)Computer not included

■Source code for the basic software is open and may be freely altered to suit the needs of the user.

■Software optionsElectronic compass calibration softwareSoftware for applying a rotating

magnetic field

10


TEL: 052-603-9957,


TEL: 052-603-9757



(3) Line Sensor (AMI201-AR24)

AMI201×24 units

Multiplexar8 ports×3

PICMicro-

controller

USBInterface

Windows Computer(sold separately)

Specification summary・Magnetic

measurement range:±3 Gauss

AMI201-AR24

Product Lineup

Array sensor with 24 AMI201 sensors in a straight line. Ideal for measuring magnetic field distribution.●Data log function: simultaneously measure magnetism in two axis directions●Real-time display function: easily observe surface magnetic distribution of electronic devices such as

mobile phones

Built-to-Order

■Main SpecificationsLine sensor circuit board dimensions: W110×H40×t1.6mmUSB converter board dimensions: W85×H55×t1.6mmmeasuring time ： X-24ch, Y-24ch in 1.5sectime base range ： ±10mG～2G

■Block Diagram

Graph Display

11

Coil A

Coil B

control circuit

battery: 2 AA

Coil B

Coil B

Coil BCoil A

10 mG

20 Hz

10 mG

20 Hz

Pulse Filed Wave Form

Filed Direction

parallel

antiparallel

10mG

PRT-01(4) Protonics Study KIT (PRT-01)

Pulse magnetic field generator that creates 10 mG ultra low frequency magnetic field.Battery operated, continuously works for more than 1 week.

SpecificationsCoil dimensions ： W300×H150×t15mm×2coilsField strength ： 10 milligauss at the center of the coilField frequency ： Selectable from 6, 8, 12, 20, 40 HzField direction ： Selectable parallel or antiparallel in A and BPower ： 2 AA batteries

tanθ= HyHx

（θ= rotationangle)

ICMI element (X axis)

MI element(Y axis)

Air gap

MR Type MI Sensor Application

Rotation Angle Sensor

■Proposal Detect rotation angle of 2-pole magnet from the ratio of facing 2-axis sensors

■Features Magnet-sensor air gap control unnecessary (angle calculated from 2-axis ratio)

High resolution (1°)

■Use Throttle position sensor, accelerator position sensor

Electronic C

ompass

■Proposal Detect azimuth with an MI sensor electronic compass chip

■Features Ultra-small/high speed/low power consumption

Tilt correction possible(combination of 3D type and tilt sensor)

■Use Heading display

Attitude D

etector

■Proposal Attitude detection using the earth’s magnetic field as a reference

■Features Absolute angle is detectable by using the earth’s magnetic field

Small, inexpensive

■Use Portable device input supportHeadlight point control, grade detection in carnavigation systems pitchroll

yaw

Proposed Applications


A wide range of applications making use of the performance of the MI sensor can be anticipated, such as electronic devices, automobiles, and factory automation. This section provides various example applications.

12

MI Sensor A↓

↑MI Sensor B

MI Sensor A MI Sensor B

Shared IC

Gear tooth

Rotation Sensor

■Proposal Detect rotation direction via phase difference of parallel 2-axis MI sensors

■Features Detect rotation direction, detect at 0 speed

Low cost: switch processing with single IC shared by two elements

Outstanding heat resistance (～150℃)

■Use ABS wheel speed sensor

N

S

High Resolution Angle Sensor

■Proposal Angle detection of a multi-polar magnetized magnet with two sensors having 90℃ phase contrast, resolved to one pitch

■Features Ultra high resolution (Ex. 360 divisions per pitch, 50 pitches = 18,000 divisions/perimeter)Low cost ferrite plastic magnet can be used for the magnet because of the sensor’s high sensitivity

■Use Steering angle sensor

Torque Sensor

■Proposal Using two ultra high resolution angle sensors, detect torque from the torsion angle of the shaft

■Features Low price with simple construction, high precision

■Use Steering motor torque sensor

Heat-R

esistant Sensor

■Proposal Application in an engine periphery sensor that takes advantage of the high heat tolerance (～150℃) of the MI element

■Features Use at temperatures that are impossible with conventional magnetic sensors

■Use Engine periphery magnetic sensor system

Autom

atic Driving S

ensor

■Proposal In-vehicle sensor for an automatic driving system that follows marker magnets on the road

■Features High sensitivity of the MI Sensor makes it possible to use low cost, lower grade marker magnets (with lower magnetic force)

■Use Magnetic sensor in an automatic driving system

Multi-polar magnetized ring magnet•50mmφ•Ferrite plastic magnet (1.7MGOe)•50-pole magnetized

MI Sensor A↓

NS

N

↑MI Sensor B

Output

BA

SN

MI Sensor A MI Sensor B

Ultra High ResolutionTwo-axis MI Sensors

←IC Signal Processor

MI Element

Engine

MI Sensor

Magnet marker

Ｍ

MI Sensor

M

MI Sensor

Signal Processor IC

Electric C

urrent Sensor

■Proposal Non-contact detection of current level with an MI Sensor, by measuring the magnetic field in the vicinity of the electric current

■Features Direct monitor of current flowing to motorSimply mounted on the circuit board patternLow cost, ultra small (height 5mm)Outstanding temperature stability

■Use Electric power-steering torque motors current detection Elec. compressor three-phase motor current detection


13

Hall Sensor (Three-Piece) + Ferrite Maagnet

Three Axis Switching MI + Magnetic Field Leakage

RotorFerrite↑Ring Magnet

Hall Sensor

Rotor

Magnetic Field Leakage

MI Sensor

DC Brushless Motor Rev Sensor

■Proposal Three-phase timing sensor for DC brushless motors

■Features Timing magnet set for Hall sensors can be omitted by detecting rotor magnet leakage flux Low cost due to XYZ three-axis sensor signal processing with a one-piece control IC

■Use DC brushless motor revolution sensor

Currency D

etector

■Proposal Detect currency magnetic ink

■Features Detectable without contact

■Use Currency detection sensor for vending machines, ticket machines

Foreign Substance Detector■Proposal Use high-sensitivity fluctuating magnetic

field-type

■Features Responds only to metal objects such as paper clips and staples

■Use Foreign substance detection of food, meat, apparel

Security G

ate

■Proposal Sensor for Magnetic Security Gate

■Features Detects only metal such as knives, no false detection of other objects

■Use Security checks for dangerous objects at airports and public events

BiokineticD

etector

■Proposal Install a magnet marker in the human body, and measure the path of movement

■Features Non-contact measurements possible

■Use Detection of jaw and joint movement


MI Sensor

Notebook computer for

indication

Ultrasonic sensor

Camera

14

MIsensor

Magnet marker

Aichi Micro Intelligent CorporationAichi Micro Intelligent Corporation is developing magnetic sensing systems that apply the Amorphous MI Sensor, a new magnetic sensor.

Aichi Steel Corporation

■As part of the Toyota Group, a Steel Production Division was established at Toyoda Automatic Loom Works, Ltd. in 1934 with the goal of research and development of specialty steel indispensable to the domestic production of automobiles. In 1940 the Steel Production Division became an independent company, inaugurated as “Toyota Steel”, which was later renamed “Aichi Steel”.

In recent years, Aichi Steel has also focused on the development of electromagnetic products, commercializing such products as MI sensors, magnetic dental attachments and plastic magnets, and advancing the development of target markets, including the fields of dentistry and information.

■Establishment March 8, 1940■Capital ￥25,000 million (As of March 31, 2005)■Representative Akiyoshi Morita, President■Employees Consolidated: 4,374 Parent Company Only: 2,359(As of March 31, 2005)■Business Production and sales of electromagnetic products, special steel materials, forged

products■Location Head Office: Tokai City

Sales Offices: Tokyo, Nagoya, Osaka, Hiroshima, FukuokaOverseas Offices: Shanghai, SeoulPlants: Chita, Kariya, Forging, Higashiura, Gifu

■Home Page Address http://www.aichi-steel.co.jp/■Sales Consolidated: ￥184,425 million

Non-consolidated: ￥149,478 (March 2005 results）■Ordinary Profit Consolidated: ￥ 7,121 million

Non-consolidated: ￥7,925 million (March 2005 results)

Headquarters, Sales and Product Development

Aichi Steel Gifu Plant (MI Sensor Production）

1. Ownership Aichi Steel Corporation (100%)2. Directors Representative President Akiyoshi Morita (Aichi Steel President)

Directors Kaneo Mohri (Prof. Emeritus, Nagoya Univ., IEEE FellowJapan Science and Technology Agency (JST) )

Yoshinobu Honkura (Aichi Steel Managing Director)Hiroaki Asano (Aichi Steel Director)

Tomoyuki Noiri (Aichi Steel Executive Officer)Corporate Auditor Hiroshi Goto (Aichi Steel Managing Director)

3. Home Office 1 Wanowari, Arao-machi, Tokai-shi, Aichi-kenAichi Steel Corporation Technology Campus

4. Establishment Date December 8, 20005. Principle Business Research, development, sales of applied electronic devices such as

sensors6. Fiscal Year End March 317. Employees 208. Capital 20 Million Japanese Yen

Company Data

Aichi MicroIntelligent

Ami Catalogue e

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