The IL717VE is a 7 kVrms isolation, 125C, 3.3/5V, multi-channel, isolated, 110 Mbps, CMOS-compatible logic buffer with automatic level shifting, 10 ns propagation delay, 3 ns pulse width distortion, and 50 kV/microsecond transient immunity. 16-pin wide-body SOIC package with True 8™ mm creepage.
The "E" suffix indicates this part is lead (Pb) free.
ASR022 noncontact TMR encoder sensors provide precise pulses indicating angular motion, and is more accurate and smaller than other non-contact encoders.
An ABZ interface allows the ASR022 to replace legacy optical encoders.
The sensor combines precise, low-power Tunneling Magnetoresistance (TMR) sensing elements with sophisticated digital signal processing.
The sensor is factory calibrated, with coefficients stored in internal memory.
The ASR022 is designed for harsh industrial or automotive environments with ESD protection, and full −40 °C to 125 °C operating temperature range.
The 12426 is a split-pole Alnico-5 round horseshoe magnet, ideal for use with
AAT-Series angle sensors.
The magnet is 11 mm diameter by 11 mm tall, with a 3.7 mm hole
through the center for a variety of mounting options.
Typical field strength is 1100 Oe at the magnet face and thirty oersteds 12mm away. This magnet's strength allows a large airgap between the magnet and the sensor.
This magnet is included in our angle sensor evaluation kits.
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.
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.
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.
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.
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.
The IL260-1E is an ultraminiature isolator with no performance compromises. 110 Mbps, 10 ns propagation delay, 3 ns pulse width distortion, 600 WV per VDE 0884-10, 2500 Vrms isolation and 50 kV/microsecond transient immunity, and 44000 year barrier life. 16-pin QSOP.
The "E" suffix indicates this part is lead (Pb) free.
The IL260-3E is a 3.3/5.0-volt, 5-channel isolated, 110 Mbps, CMOS-compatible logic buffers with 10 ns propagation delay, 3 ns pulse width distortion, 2500 Vrms isolation and 50 kV/microsecond transient immunity. 16-pin, narrow-body (0.15"-wide) SOIC package.
The "E" suffix indicates this part is lead (Pb) free.
The IL260E is a 3.3/5.0-volt, 5 channel isolated, 110 Mbps, CMOS-compatible logic buffers with 10 ns propagation delay, 3 ns pulse width distortion, 2500 Vrms isolation and 30 kV/microsecond transient immunity. 16-pin, wide-body (0.3"-wide) SOIC package.
The "E" suffix indicates this part is lead (Pb) free.
The IL261-1E is an ultraminiature isolator with no performance compromises. 110 Mbps, 10 ns propagation delay, 3 ns pulse width distortion, 600 WV per VDE 0884-10, 2500 Vrms isolation and 50 kV/microsecond transient immunity, and 44000 year barrier life. 16-pin QSOP.
The "E" suffix indicates this part is lead (Pb) free.
The IL261E is a 3.3/5.0-volt, 5-channel (4 transmit; 1 receive) isolated, 110 MBaud CMOS compatible logic buffers with 10 ns propagation delay, 3 ns pulse width distortion, 2500 Vrms isolation and 30 kV/microsecond transient immunity. 16-pin wide-body (0.3"-wide) SOIC package.
The "E" suffix indicates this part is lead (Pb) free.
The IL262E is a 3.3/5.0-volt, 5-channel (3 transmit; 2 receive) isolated, 110 MBaud CMOS compatible logic buffers with 10 ns propagation delay, 3 ns pulse width distortion, 2500 Vrms isolation and 50 kV/microsecond transient immunity. 16-pin wide-body (0.3"-wide) SOIC package.
The "E" suffix indicates this part is lead (Pb) free.