New Products
12592: 5 mm pitch magnetic linear scale tape, 1 x 20 cm
This magnetic scale tape is designed to be used with AET500-00E 5 mm pitch linear sensor. 1 cm (0.4 inches) wide by 20 cm (8 inches) long.
- Part Number:
- 12592
$30.00
AA004-00E: 5 mT Sat. Analog Sensor, 5 KOhm, RoHS MSOP
NVE's AA004-00E Normalized Output GMR Magnetic Field Sensors have a unique ability
to sense static fields and offer unmatched magnetic sensitivity.
General purpose magnetometer --
senses fields from permanent magnets, earth, and current sources.
Typ. Min. Saturation Field (Oe)
Sensitivity (mV/V/Oe)
Output
Comments
Package
20
0.9 - 1.3
Analog Bridge
Low-Field Measurement
MSOP8 (RoHS)
Note: Parts must be purchased in tube quantities (multiples of 100) when purchasing quantities of 100 or more. Larger quantities are subject to NVE's standard lead times.
This part is RoHS compliant.
- Part Number:
- AA004-00E
$6.65
AA007-00E: 50 mT Sat. Analog Sensor, 5 KOhm, RoHS MSOP
The AA007-00E GMR Magnetic Field Sensors are used to sense relatively high fields.
0.1 mV/V/Oe Sensitivity; 500 Oe Saturation Field; MSOP8.
Note: Parts must be purchased in tube quantities (multiples
of 100) when purchasing quantities of 100 or more. Larger quantities are subject
to NVE's standard lead times.
- Part Number:
- AA007-00E
$10.90
AAL024-10E: 1.5 mT Noncontact Current Sensor, 2.2 KOhm, TDFN6
The AAL024-10E high-performance magnetometer has high sensitivity, high linearity, low-hysteresis, and cross-axis sensitivity, making it ideal for noncontact current-sensing.
Features:
3.6 mv/V/Oe typical sensitivity for large output signals and low noise
Wide linear range: 0.15 – 1.05 mT; 1.5 mT saturation
2.2 kΩ bridge resistance/1.1 kΩ output impedance for easy interface
Low offset: 4 mV/V max.
Low hysteresis: 2% max. for excellent repeatability
Wide bandwidth: 100 kHz
63 V minimum inherent isolation (pad to electrical connections)
Ultraminiature 2.5 mm x 2.5 mm TDFN6 package
Applications:
Current sensing
Low-field sensing for magnetic media
Earth’s magnetic field detection
Low-Hysteresis Magnetometer—
senses fields from permanent magnets, earth, and current sources.
Typ. Saturation Field (Oe)
Linear Range(|Oe|)
min.-max.
Sensitivity (mV/V/Oe)
min.-max.
Resistance
(Ohms)
Package
15
1.5 - 10.5
3.0 - 4.2
2200 ±20%
TDFN6
(RoHS)
Note: Parts are sold in increments of 100 for quantities of 100 or more.
This part is RoHS compliant.
- Part Number:
- AAL024-10E
$9.60
AAT001-10E: Angle Sensor, 1.25 MOhm, TDFN6
AAT001-10E Angle Sensors use Tunneling Magnetoresistance (TMR) technology to produce
a very high output signal without amplification, a wide airgap tolerance, and
very high device resistance for extremely low power. Sine and cosine outputs provide
full quadrature.
Key specifications are as follows:
TMR Angle Sensor
Typ. p-p
Signal
Min. Applied
Field (Oe)
Max. Angular
Error (const. field)
Max. Op.
Temp.
Typ. Device
Resistance
Package
200 mV/V
30 Oe
0.5 degrees
125°C
1.25 MΩ
TDFN6
The angle sensors are typically used with a split pole magnets such as
NVE part no. 12249 or 12426.
An Evaluation Kit is available with an angle sensor, circuit board, unity-gain buffer amplifier, split-pole magnet, and a plastic magnet locating fixture.
Note: Please purchase in increments of 100 when purchasing quantities of 100 or more.
- Part Number:
- AAT001-10E
$5.50
AAT003-10E: Angle Sensor, 40 kOhm, TDFN6
AAT003-10E
Angle Sensors use Tunneling Magnetoresistance (TMR) technology to produce a very
high output signal without amplification, a wide airgap tolerance, and low power. Sine and cosine outputs provide full quadrature. The sensor has a 40 kilohm device
resistance and 20 kilohm output impedance, which is ideal for direct interface to microcontrollers.
Key specifications are as follows:
TMR Angle Sensor
Typ. p-p
Signal
Min. Applied
Field (Oe)
Max. Angular
Error (const. field)
Max. Op.
Temp.
Typ. Device
Resistance
Package
200 mV/V
30 Oe
0.5 degrees
125°C
40 kΩ
TDFN6
The angle sensors are typically used with a split pole magnets such as
NVE part no. 12249 or 12426.
An Evaluation Kit is available with an angle sensor, circuit board, unity-gain buffer amplifier, split-pole magnet, and a plastic magnet locating fixture.
- Part Number:
- AAT003-10E
$5.50
AAT006-10E: Low-Field Angle Sensor, TDFN6
AAT006-10E Angle Sensors use Tunneling Magnetoresistance (TMR) technology for operation at magnetic fields as low as 15 Oe, allowing an extremely wide airgap tolerance. The device has a large output without amplification, and high device resistance for low power. Sine and cosine outputs provide full quadrature.
Key specifications are as follows:
TMR Angle Sensor
Typ. p-p
Signal
Min. Applied
Field (Oe)
Max. Angular
Error (const. field)
Max. Op.
Temp.
Typ. Device
Resistance
Package
200 mV/V
15 Oe
0.5 degrees
125°C
1.25 MΩ
TDFN6
The angle sensors are typically used with a split pole magnets such as
NVE part no. 12249 or 12426.
- Part Number:
- AAT006-10E
$5.50
AAT009-10E: Angle Sensor, 6 MOhm, TDFN6
AAT009-10E Angle Sensors use Tunneling Magnetoresistance (TMR) technology for ultralow power, high output signal, and a wide airgap tolerance. Sine and cosine outputs provide
full quadrature. The AAT009-10E version has the highest device resistance in the AAT product family (6 megaohms typ.), for the lowest power consumption.
Key specifications are as follows:
TMR Angle Sensor
Typ. p-p
Signal
Min. Applied
Field (Oe)
Max. Angular
Error (const. field)
Max. Op.
Temp.
Typ. Device
Resistance
Package
200 mV/V
30 Oe
0.5 degrees
125°C
6 MΩ
TDFN6
The angle sensors are typically used with a split pole magnets such as
NVE part no. 12249 or 12426.
An Evaluation Kit is available with an angle sensor, circuit board, unity-gain buffer amplifier, split-pole magnet, and a plastic magnet locating fixture.
- Part Number:
- AAT009-10E
$6.88
AAT101-10E: Full-Bridge Angle Sensor, 625 kOhm, TDFN6
AAT101-10E Angle Sensors use a Tunneling Magnetoresistance (TMR)
full-bridges to produce a very high output signal without amplification. The sensors also have a wide
airgap tolerance and high device resistance for low power. Sine
and cosine outputs provide full quadrature.
Key specifications are as follows:
Full-Bridge TMR Angle Sensor
Typ. p-p
Signal
Configuration
Min. Applied
Field
Nonsinusoidality
accuracy
Max. Op.
Temp.
Typ. Device
Resistance
Package
400 mV/V
Full bridge
30 Oe
1.5%
125°C
625 kΩ
TDFN6
The angle sensors are typically used with a split pole magnets such as
NVE part no. 12249 or 12426.
An Evaluation Kit is available with an angle sensor, circuit board, unity-gain buffer amplifier, split-pole magnet, and a plastic magnet locating fixture.
Note: Please purchase in increments of 100 when purchasing quantities of 100 or more.
- Part Number:
- AAT101-10E
$6.33
ABL004-10E: 1 mm, 1-Bridge Analog Gear-Tooth Sensor, RoHS TDFN
NVE's ABL004-10 GMR sensor is an analog output sensor for gear tooth sensing or magnetic encoders. The part features differential sensor elements spaced 1.0 mm apart on the sensor IC arranged in a full bridge configuration. Bridge Resistance (Ohms) Linear Range (Oersteds) Output Comments Package Differential Sensor (Gradiometer); senses the magnetic field gradient across the sensor IC. Center-to-center distance between sensor elements is 1.000 mm. 4K - 7K +/-5 to +/-100 Analog Bridge Gear Tooth or Encoder TDFN6 Note: Parts must be purchased in multiples of 100 for quantities of 100 or more. Larger quantities are subject to NVE's standard lead times.
- Part Number:
- ABL004-10E
$5.19
ABT250-00E: TMR 1 mm Pitch Gear Tooth Sensor, MSOP
ABT250-00E gear-tooth sensors are typically used with back-biasing magnets to encode the position of a ferrous gear.
The ABT250-00E is optimized for 1 mm pitch gears, and can be used for pitches from 0.6 to 2 mm. The sensors have two channels to detect direction.
Key features include:
• 0.001° resolution
• Large analog peak-to-peak signals
• Operating frequency to 350 kHz
• 150 °C operating temperature
- Part Number:
- ABT250-00E
$6.88
ABT375-00E: TMR 1.5 mm Pitch Gear Tooth Sensor, MSOP
ABT375-00E gear-tooth sensors are typically used with back-biasing magnets to encode the position of a ferrous gear.
The ABT375-00E is optimized for 1.5 mm pitch gears, and can be used for pitches from 1 to 3 mm. The sensors have two channels to detect direction.
Key features include:
• 0.001° resolution
• Large analog peak-to-peak signals
• Operating frequency to 350 kHz
• 150 °C operating temperature
A demo board is also available.
- Part Number:
- ABT375-00E
$6.88
ABT500-00E: TMR 2 mm Pitch Gear Tooth Sensor, MSOP
ABT500-00E gear-tooth sensors are typically used with back-biasing magnets to encode the position of a ferrous gear.
The ABT500-00E is optimized for 2 mm pitch gears, and can be used for pitches from 1.3 to 4 mm. The sensors have two channels to detect direction.
Key features include:
• 0.001° resolution
• Large analog peak-to-peak signals
• Operating frequency to 350 kHz
• 150 °C operating temperature
- Part Number:
- ABT500-00E
$6.88
ABT600-00E: TMR 2.4 mm Pitch Gear Tooth Sensor, MSOP
ABT600-00E gear-tooth sensors are typically used with back-biasing magnets to encode the position of a ferrous gear.
The ABT600-00E is optimized for 2.4 mm pitch gears, and can be used for pitches from 1.6 to 4.8 mm. The sensors have two channels to detect direction.
Key features include:
• 0.001° resolution
• Large analog peak-to-peak signals
• Operating frequency to 350 kHz
• 150 °C operating temperature
- Part Number:
- ABT600-00E
$6.88
AD024-10E: 2.8 mT Digital Switch, RoHS TDFN
NVE's AD024-10 GMR Switch integrates GMR sensor elements with digital onboard
signal processing electronics. The GMR Switch has less field sensing errors than
other magnetic sensors, and magnetic field operate points are stable over voltage
and temperature extremes. This enables high precision, tight-tolerance magnetic
sensing assemblies.
Features:
Ultra-miniature 2.5 mm x 2.5 mm TDFN Package
Precision Magnetic Operate Point -- 28 Oersteds
Excellent Temperature and Voltage Performance
Digital Outputs
Frequency Response 0 to 250 KHz
Applications:
General Digital Field Sensing
Pneumatic Cylinder Position Sensing
Speed Sensing
Supply
Voltage
min.-max.
Supply
Current
(mA)
min.-max.
Op. Point
(Oe)
min.-max.
Differ-
ential
(Oe)
min.
Output
Sat.
Voltage
max.
Output
Pkg. Mark
Orien-
tation
Pkg.
4.5-30.0
2.5-4.5
21-34
5
0.4
Current Sink
BBL
Cross axis
TDFN6
(RoHS)
Note: Parts must be purchased in multiples of 100 for quantities of 100 or more. Larger quantities are subject to NVE's standard lead times.
- Part Number:
- AD024-10E
$3.95
AD924-00: 2.8 mT Digital Switch, MSOP
AD924-00 Sensors are for use with external high-current output transistors in
industrial control environments. The parts provide the same precise magnetic performance
as NVE's GMR Digital Switches with the addition of output stage short circuit
protection (SCP). The protection circuit shuts off the output stage if there is
a short circuit, then turns it back on after a specified interval. The sensor,
combined with external reverse battery and overvoltage protection, results in
a "bulletproof" assembly.
Features:
Precision Magnetic Operate Point -- 28 Gauss
Excellent Temperature and Voltage Performance
Digital Outputs
Frequency Response 0 to 250 KHz
Small, Low Profile Surface Mount Packages
Applications:
General Digital Field Sensing
Pneumatic Cylinder Position Sensing
Speed Sensing
Supply
Voltage
min.-max.
Supply
Current
(mA)
min.-max.
Op. Point
(Oe)
min.-max.
Differ-
ential
(Oe)
min.
Output
Sat.
Voltage
max.
Output
Pkg. Mark
Orien-
tation
Pkg.
4.5-30.0
2.5-4.5
21-34
5
0.4
Sink/
Source/
Vreg/
SCP
NBF
Cross axis
MSOP8
(Pb)
Note: Parts must be purchased in tube quantities (multiples of 100) for quantities of 100 or more. Larger quantities are subject to NVE's standard lead times.
- Part Number:
- AD924-00
$5.65
ADH025-00E: 1 mT Digital Switch, RoHS MSOP
NVE's ADH025-00E GMR Switch integrates GMR sensor elements with digital onboard
signal processing electronics. The GMR Switch has less field sensing errors than
other magnetic sensors, and magnetic field operate points are stable over voltage
and temperature extremes. This enables high precision, tight-tolerance magnetic
sensing assemblies.
Features:
Extremely Sensitive Magnetic Operate Point -- 10 Oersteds
Excellent Temperature and Voltage Performance
Digital Outputs
Frequency Response 0 to 250 KHz
Small, Low Profile Surface Mount Packages
Applications:
General Digital Field Sensing
Pneumatic Cylinder Position Sensing
Speed Sensing
Supply
Voltage
min.-max.
Supply
Current
(mA)
min.-max.
Op. Point
(Oe)
min.-max.
Differ-
ential
(Oe)
min.
Output
Sat.
Voltage
max.
Output
Pkg. Mark
Orien-
tation
Pkg.
4.5-30.0
3.0-6.0
8-12
3.5
0.4
Current Sink
MBL
Cross axis
MSOP8
(RoHS)
Note: Parts must be purchased in tube quantities (multiples of 100) for quantities of 100 or more. Larger quantities are subject to NVE's standard lead times.
This part is RoHS compliant.
- Part Number:
- ADH025-00E
$5.63
ADL121-14E: 2 mT, 3V, 30 Hz Duty-Cycled GMR Switch, ULLGA
NVE's ADL121-14E Nanopower Switch integrates GMR sensor elements with digital onboard signal processing and duty-cycling electronics. The Nanopower Switch is extremely small and extremely low power. Features: Ultraminiature 1.1 mm x 1.1 mm x 0.35 mm ULLGA package 2.4 to 4.2 V Typical Power Consumption 72 nW at 2.4 V 30 Hz Typical Update Frequency Digital Switch Output Integrated Duty-Cycling Applications: Battery-Powered Devices Portable Instruments
- Part Number:
- ADL121-14E
$5.15
ADL124-14E: 2.8 mT, 3V, 30 Hz Duty-Cycled GMR Switch, ULLGA
NVE's ADL124-14E Nanopower Switch integrates GMR sensor elements with digital onboard signal processing and duty-cycling electronics. The Nanopower Switch is extremely small and extremely low power. Features: Ultraminiature 1.1 mm x 1.1 mm x 0.35 mm ULLGA package 2.4 to 4.2 V Typical Power Consumption 72 nW at 2.4 V 30 Hz Typical Update Frequency Digital Switch Output Integrated Duty-Cycling Applications: Battery-Powered Devices Portable Instruments
- Part Number:
- ADL124-14E
$5.15
ADL921-14E: 2 mT, 3V Nanopower GMR Switch, ULLGA
NVE's ADL921-14E Nanopower Switch integrates GMR sensor elements with digital onboard signal processing. Continuous operation allows high frequency operation. The part is packaged in an ultraminiature ULLGA. Features: Ultraminiature 1.1 mm x 1.1 mm x 0.35 mm ULLGA package 2.4 V to 4.2 V Typical Power Consumption 84 microwatts at 2.4 V without duty-cycling 250 kHz Operating Frequency Digital Switch Output Applications: Battery-Powered Devices Portable Instruments
- Part Number:
- ADL921-14E
$5.15
