Coolant Temperature Sensor

The A-1737 Motor Coil Temperature Sensor provides critical temperature feedback on motor operating conditions. Used by inserting into the stator coil or connecting to the neutral bus on the motor circuit, it provides temperature feedback to indicate motor load or stall conditions. Under motor overload or stall conditions, the current in the coil or bus…

The AASH High Accuracy Silicon Ceramic Series are piezoresistive silicon pressure sensors that provide a digital output of the specified full scale pressure range and temperature range reading pressure.The AASH series is fully calibrated and temperature compensated for sensor excursion, sensitivity, temperature effects, and nonlinearities through the use of on-board Application Specific Integrated Circuits (ASICs)….

Our non-contact rotary and linear position monitoring systems utilize Hall effect and inductive technology to provide high precision and accuracy in measuring and controlling rotary and linear motion. These sensors are available in through-axis, end-of-axis, ARC, and non-contact versions for applications such as throttle-by-wire, transmissions, and steering in xEV vehicles. They offer low current consumption…

Relative humidity, ambient temperature and glass temperature sensors are integrated into one compact sized component.ADS provides windshield temperature, cabin temperature and humidity signals to the automatic climate control system.ADS can detect windshield fogging before it occurs and sends a measurement signal to prevent the windshield from fogging up automatically. Amphenol’s new ADS (Automatic Defogging Sensor)…

The NOVA Pressure + Temperature Combination Sensor (P+T Sensor) is designed to detect the pressure and temperature of low/high side refrigerant in EV/HEV heat pump/HVAC applications, using MEMS back pressure sensing technology and temperature measurement NTC technology for harsh media. Its reliability and high accuracy contribute to effective EV/HEV vehicle thermal management and extended vehicle…

The integrated low-noise fan draws a larger volume of cabin air through the temperature sensor, providing a faster response than traditional passive temperature sensors. This can result in more precise cabin air control, leading to better cabin comfort. The sensor can also help improve the efficiency of the temperature control system by reducing the on/off…