AAH004-00E NVE, AAH004-00E Datasheet

SENSORS MAGNETIC FIELD MSOP8

AAH004-00E

Manufacturer Part Number
AAH004-00E
Description
SENSORS MAGNETIC FIELD MSOP8
Manufacturer
NVE
Series
AAr
Type
Special Purposer
Datasheet

Specifications of AAH004-00E

Sensing Range
±7.5Oe
Voltage - Supply
1 V ~ 12 V
Output Type
Analog, Ratiometric
Features
Regulated Voltage
Operating Temperature
-50°C ~ 125°C
Package / Case
8-TSSOP, 8-MSOP (0.118", 3.00mm Width)
Lead Free Status / RoHS Status
Lead free / RoHS Compliant
Current - Supply
-
Current - Output (max)
-
Other names
391-1051-5
AA and AB-Series Analog Sensors
NVE’s AA and AB-Series analog GMR sensors offer unique and unparalleled magnetic sensing
capabilities. These sensors are characterized by high sensitivity to applied magnetic fields, excellent
temperature stability, low power consumption, and small size. These characteristics make them
suitable for use in a wide variety of applications from rugged industrial and automotive position,
speed, and current sensors, to low-voltage, battery-powered sensors for use in hand-held
instrumentation and implantable medical devices. The unmatched versatility of these basic magnetic
sensors makes them an excellent choice for a wide range of analog sensing applications.
The AA-Series sensors use NVE’s patented GMR materials and on-chip flux concentrators to provide
a directionally sensitive output signal. These sensors are sensitive in one direction in the plane of the
IC, with a cosine-scaled falloff in sensitivity as the sensor is rotated away from the sensitive direction.
Also, these devices provide the same output for magnetic fields in the positive or negative direction
along the axis of sensitivity (omnipolar output). All sensors are designed in a Wheatstone bridge
configuration to provide temperature compensation. Two packages are offered, an SOIC8 and an
MSOP8. These sensors are also available in die form on a special-order basis.
There are three families of NVE’s basic AA-Series sensors: the standard AA-Series, the AAH-Series,
and the AAL-Series. Each of these sensor families uses a different GMR material, with its own
characteristics. The comparison table below summarizes the different characteristics of the GMR
materials:
The AB-Series sensors are differential sensor devices, or gradiometers, which take advantage of the
high output characteristics of NVE’s GMR materials. Two families of AB sensors are offered, the
standard AB-Series and the ABH-Series. They have operational characteristics similar to the AA and
AAH sensors described in the table above but with the bipolar linear output characteristics of a
differential sensor.
Within these different sensor families, customers can find an excellent match to their analog sensor
requirements.
Parameter
Sensitivity to Applied Fields
Field Range of Operation
Hysteresis
Temperature Range
www.nve.com
AA and AB-Series Analog Sensors
AA Series
High
High
Medium
High
phone: 952-829-9217 fax: 952-829-9189
- 12 -
AAH Series
Very High
Low
High
Very High
AAL Series
High
Medium
Low
Very High

Related parts for AAH004-00E

AAH004-00E Summary of contents

Page 1

... Temperature Range The AB-Series sensors are differential sensor devices, or gradiometers, which take advantage of the high output characteristics of NVE’s GMR materials. Two families of AB sensors are offered, the standard AB-Series and the ABH-Series. They have operational characteristics similar to the AA and AAH sensors described in the table above but with the bipolar linear output characteristics of a differential sensor ...

Page 2

... AA004-00 5.0 35 0.9 AA004-02 5.0 35 0.9 AA005-02 10.0 70 0.45 AA006-00 5.0 35 0.9 AA006-02 5.0 35 0.9 AAH002-02 0.6 3.0 11.0 AAH004-00 1.5 7.5 3.2 AAL002-02 1.5 10.5 3.0 Gradiometers: Linear Resistor Part Range Spacing 1 Number (|Oe |) Min Max AB001-02 20 200 AB001-00 20 200 ...

Page 3

... Linear Part Saturation Range 1 (|Oe Number Field (Oe ) Min AA002-02 15 1.5 AA003-02 20 2.0 AA004- AA004- AA005-02 100 10 AA006- AA006- www.nve.com OUT+ Sensitivity Resistance (mV/V-Oe ) (Ohms) Max Min Max 10.5 3.0 4.2 5K ±20 3.2 5K ±20% 35 0.9 1.3 5K ±20% 35 0.9 1.3 5K ±20% 70 0.45 0.65 5K ± ...

Page 4

... See the graphs below. 7. Beta (β) is any angle deviation from the sensitive axis. AA002 Temperature Performance Curre nt Supply 0.35 0.3 0.25 0.2 0.15 0.1 0.05 0 -20 -15 - -0.05 Applie d M agnetic Field (Oe) www.nve.com Min Typical Max 4 4 < >1 -50 125 - +0.14 +0.03 -0.1 Cos β 7 400 ...

Page 5

... AAxxx AAXXX-02 -02 Orientation chamfer Pin 1 OUT - V- (ground) Axis of Sensitivity Magnetic Characteristics: Linear Part Saturation Range 1 Number Field (Oe ) (|Oe Min AAH002-02 6 0.6 AAH004-00 15 1.5 www.nve.com Functional Block Diagram OUT+ Sensitivity Resistance (mV/V-Oe ) (Ohms) Max Min Max 3.0 11.0 18.0 2K ±20% 7.5 3.2 4.8 2K ± ...

Page 6

... Beta (β) is any angle deviation from the sensitive axis. AAH002 Temperature Performance, 2.28mA Current Source 0.4 0.35 0.3 0.25 0.2 0.15 0.1 0.05 0 -20 -15 - -0.05 Applied Magnetic Field (Oe) www.nve.com Min Typical Max 4 4 <1 ±12 DC >1 -50 150 - +0.11 +0.10 0.0 Cos β ...

Page 7

... Orientation chamfer Pin 1 OUT - V- (ground) Axis of Sensitivity Magnetic Characteristics: Linear Part Saturation Range 1 Number Field (Oe ) (|Oe Min AAL002-02 15 1.5 www.nve.com OUT+ Sensitivity Resistance (mV/V-Oe ) (Ohms) Max Min Max 10.5 3.0 4.2 5.5K ±20 phone: 952-829-9217 fax: 952-829-9189 AAL Sensors Functional Block Diagram ...

Page 8

... Beta (β) is any deviation angle from the sensitive axis. AAL002 Temperature Performance, 1mA Current Supply 0.35 0.3 0.25 0.2 0.15 0.1 0.05 0 -30 -20 -10 0 -0.05 Applied Magnetic Field (Oe) www.nve.com Min Typical Max 4 4 <1 ±25 DC >1 -50 150 - +0.11 -0.28 -0.40 Cos β ...

Page 9

... For either part, the output can be configured to represent the sine and cosine function of the magnetic field being applied to the sensor. Each resistor is 1.5 kΩ nominal resistance and output of each half-bridge is ratiometric with the power supply voltage. The part features NVE’s PLLP6 housing, which 0.9 mm thick surface mount package. ...

Page 10

... Four individual sensor resistors are supplied in the package, each with the pinned layer rotated 90º with respect to that of the previous sensor. These resistors can be connected in two half-bridge configurations to provide a sine and cosine output or monitored individually to provide an absolute indication of the angle between the pinned layer and the movable layer. www.nve.com Sensor Element 90 180 ...

Page 11

... A drawing showing the ICs position in the package is given below. On each IC there is an arrow indicating the direction of the pinned layer. Functional Block Diagram, Marking, and Pinout, AAV001-11: R3 VCC R1 www.nve.com BBP R2 R3 (Cosine) R2 (Sine) GND R1 (Sine) R4 (Cosine phone: 952-829-9217 fax: 952-829-9189 AAV Sensors ...

Page 12

... TCOI Notes : 1. Large Magnetic Fields WILL NOT cause damage to NVE GMR Sensors (Oersted Gauss in air = 0.1 mTesla = 79.8 Amps/meter. 3. TCOV is the percent change in output signal over temperature with a constant voltage source powering the part and TCOI is the percent change in output over temperature with a constant current source. ...

Page 13

... NVE X ABxxx-02 Pin 1 OUT A V- (ground) Axis of Sensitivity Magnetic Characteristics: Linear Part Saturation Range 1 Number Field (Oe ) (|Oe Min AB001-02 250 10 AB001-00 250 10 www.nve.com Functional Block diagram OUT Resistor Sensitivity Resistance (% (Ohms) Max Min Max 175 0.02 0.03 2.5K ±20% 175 0.02 0.03 2.5K ± ...

Page 14

... AB Sensors Unit Volts MHz °C mV/V mV (unipolar (unipolar ° ° ° pin-to-pin HBM The Figure at left is a simulated output from an NVE Gradiometer. The output / gradient correlation shown assumes one pair of resistors is held at zero 400 field. Note the bipolar output. ...

Page 15

... Pinout V+ (supply) NVE X ABxxx-02 Pin 1 OUT A V- (ground) Axis of Sensitivity Magnetic Characteristics: Linear Part Saturation Range 1 Number Field (Oe ) (|Oe Min ABH001- www.nve.com Functional Block diagram OUT Resistor Sensitivity Resistance (% (Ohms) Max Min Max 40 0.06 0.12 1.2K ±20 phone: 952-829-9217 fax: 952-829-9189 ...

Page 16

... ABH Sensors Unit Volts MHz °C mV/V mV (unipolar (unipolar ° ° ° pin-to-pin HBM The Figure at left is a simulated output from an NVE Gradiometer. The output / gradient correlation shown assumes one pair of resistors is held at zero 400 field. Note the bipolar output. ...

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