XENSIV™ - TLI5590-A6W stray field robust linear TMR sensor enables high-precision length measurements in industrial and consumer applications
TLI5590-A6W is a two-channel radiometric gradiometer for high precise length measurement. Qualified for industrial / consumer applications acc. to JEDEC JESD47K standard. It has super high accuracy better than 10 µm achievable by use of proper linear or rotary magnet encoder. The excellent channel matching of less than 5 % over full magnetic input range of ±5 mT. Potential application is lens positioning for zoom and focus adjusting in cameras.
Summary of Features
Differential ratiometric output
Magnetic field range: 5 mT
Low current 1 mA @ 3.3 V
Sensitivity bridge 1: 18 mV/V/mT
Sensitivity bridge 2 : 9 mV/V/mT
Operating temperature: -40…125° C
Angle error: < 2 %
Extremely small wafer level package
Benefits
High accuracy
Stray field robust
Low hysteresis
Excellent linearity
High sensitivity
Low noise
Potential Applications
Industrial sensors
Human machine interface
Medical
Multi-purpose camera
XENSIV™ - TLI5590-A6W stray field robust linear TMR sensor enables high-precision length measurements in industrial and consumer applications
TLI5590-A6W is a two-channel radiometric gradiometer for high precise length measurement. Qualified for industrial / consumer applications acc. to JEDEC JESD47K standard. It has super high accuracy better than 10 µm achievable by use of proper linear or rotary magnet encoder. The excellent channel matching of less than 5 % over full magnetic input range of ±5 mT. Potential application is lens positioning for zoom and focus adjusting in cameras.
Summary of Features
- Differential ratiometric output
- Magnetic field range: 5 mT
- Low current 1 mA @ 3.3 V
- Sensitivity bridge 1: 18 mV/V/mT
- Sensitivity bridge 2 : 9 mV/V/mT
- Operating temperature: -40…125° C
- Angle error: < 2 %
- Extremely small wafer level package
Benefits
- High accuracy
- Stray field robust
- Low hysteresis
- Excellent linearity
- High sensitivity
- Low noise
Potential Applications
- Industrial sensors
- Human machine interface
- Medical
- Multi-purpose camera
