Temperature sensor IP

The WEA10TS45 temperature sensor operates from -40 oC to 140 oC and produces an output voltage from 0 to 1.2 V
The core of the sensor can be detached from the processing unit and placed to the silicon area of interest
The sensor has an absolute accuracy of +/- 5oC and after offset and gain calibration the maximum residual error is below +/-1.25 oC
The control is done through two 16 digital control signal bus in a linear way

CM6216ea is a temperature sensor macro with a linear analog output that enables a temperature measurement with ±0.1◦C accuracy.
The differential output voltage presents a slope of +840μV/◦C.
CM6216ea consumes only 15μA.

Temperature Sensor: The SGC24100 is a silicon diode macro designed for temperature measurement
It is designed for direct usage with the SGC24012 high resolution temperature measurement ADC IP macro
It is specified from Tj = -40 °C to +125 °C

Temperature Sensor: The SGC24012 is an accurate high resolution temperature measurement core with flexible utilization
It was specially designed for predictive protection systems but its high accuracy makes it also the ideal solution for temperature compensation of crystal oscillators
To achieve excellent repeatability and high PSRR the SGC24012 uses a 12-bit advanced multiphase pseudo fully differential Delta-Sigma ADC
Additionally a large range of input gains makes it suitable for virtually any type of temperature sensor

Temperature Sensor: The SGC24012 is an accurate high resolution temperature measurement core with flexible utilization
It was specially designed for predictive protection systems but its high accuracy makes it also the ideal solution for temperature compensation of crystal oscillators
To achieve excellent repeatability and high PSRR the SGC24012 uses a 12-bit advanced multiphase pseudo fully differential Delta-Sigma ADC
Additionally a large range of input gains makes it suitable for virtually any type of temperature sensor

Accuracy: Typically within ±0.5°C over a specified range
Temperature Range: From -55°C to +150°C, depending on the specific IP variant
Power Consumption: Optimized for low power, with quiescent currents in the nanoampere range
Output Options: Digital (I2C, SPI) and analog (voltage, current) outputs available

Temperature Sensor IP