Sensor+Test
New magnetic and pressure sensors from Infineon
At this year's Sensor+Test, Infineon is presenting its new sensors and solutions for intelligent mobility, the smart home, networked industry and robotics, as well as for the health and fitness sector.
One of the semiconductor manufacturer's focus areas is magnetic sensors. Infineon has sensors based on all four magnet technologies in its portfolio: HALL, GMR, AMR and TMR. As the requirements for functional safety are constantly increasing in many automotive and industrial applications, Infineon is paying particular attention to this aspect. At Sensor+Test, the chip manufacturer is expanding its portfolio with the TLI4999I3 Xensiv linear Hall sensor. This is the first linear Hall sensor for automotive applications with the highest functional safety level ASIL D.
Infineon is also launching the new AMR-based Xensiv angle sensor TLE5109A16 on the market. With an angular error of 0.2 degrees, it measures more accurately than comparable products on the market, particularly in weak magnetic fields. In its dual-die version, it is also suitable for ASIL-D systems.
More and more applications in the industrial, consumer and automotive sectors require detailed information about currently flowing currents - from solar inverters and electric drives to intelligent household appliances. Each application places different demands on the measuring range and other parameters. At Sensor+Test, Infineon will be demonstrating the flexible application possibilities of its new Hall-based current sensor TLI4971 using various application examples.
Another focus of Infineon's trade fair appearance is on pressure sensors. With the Xensiv DPS368, the company is presenting a small and precise barometric pressure sensor for wearables, household appliances, drones, therapeutic devices and other applications. The component measures with an accuracy of plus/minus two centimeters, is waterproof up to a depth of 50 meters and saves up to 80 percent space compared to comparable sensors.
The chip manufacturer will also be presenting its XENSIV KP276 turbo MAP sensor, which achieves a new accuracy record (accuracy error of 0.77% FSS) in the company's portfolio. It also enables particularly fast measurement and transmission of data. Both help to optimize the fuel-air mixture in combustion engines and thus reduce emissions. as
Hall 1, Stand 1-429










