Founded in 2006, NXP is a newly independent semiconductor company founded by Philips with a former name of Freescale. Now all Freescale pressure sensors refer to NXP products.
NXP mainly provides a variety of semiconductor products and software to bring better perception experience for mobile communication, consumer electronics, security applications, contactless payment and connection, as well as car entertainment and networks.
Covering different performance and detecting range, NXP sensor solutions include a wide range of acceleration sensors, gyroscopes, magnetoresistance and pressure solutions.
NXP pressure sensor solutions consist of high precision MEMS automotive pressure sensor for automotive applications and FXTH87 TPMS solution for heavy trucks.
For temperature detecting and monitoring, NXP provides silicon temperature sensors (KTY83 and KTY84) and I2C digital temperature sensors.
KTY series of NXP temperature sensor is silicon-based temperature sensors provide high-precision measurement and longer running time for automotive applications from temperature control to engine monitoring.
I2C bus temperature / voltage monitors provide first-class industrial accuracy for personal computers, electronic devices, RDIMM and industrial controllers.
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Based on the Anisotropic MagnetoResistive (AMR) effect, the KMI17/4 detects the rotational speed of passive target wheels (i.e. having ferromagnetic teeth). This design delivers secure speed information over a wide range of speed, air gap and temperature. It delivers the speed information via a current protocol at the supply pins.
The MagnetoResistive (MR) sensor with integrated amplifier is designed for angular control applications and BrushLess DC (BLDC) motors with even-numbered pole pairs.
It consists of two microchips within one package, an angle sensor and an amplifier Integrated Circuit (IC). The circuit delivers cosine and sine output signals related to the angle of a rotating magnetic field. The output voltage range is ratiometric related to the supply voltage. The Temperature Coefficient (TC) of the sensor amplitude can be compensated. A ratiometric output voltage linear to the temperature is delivered.
A Power-down mode is implemented.