Sensors

The TCN75 is a serially programmable temperature sensor that notifies the host controller when ambient temperature exceeds a user programmed set point.

The TCN75 is a serially programmable temperature sensor and thermal monitor with 0.5°C accuracy (typical).

The TCN75 is a serially programmable temperature sensor that notifies the host controller when ambient temperature exceeds a user programmed set point.

The TCN75 is a serially programmable temperature sensor that notifies the host controller when ambient temperature exceeds a user programmed set point.

The TC1023/1024 temperature sensors furnish a linearized output voltage directly proportional to measured temperature. The TC1023 has a temperature measurement range of –20°C to +100°C, and the TC1024 has a temperature measurement range of –20°C to +125°C.

TC07 is a programmable, logic output temperature detector that operates from power supply levels as low as 2.7V.

The QT113B charge-transfer (QT) touch sensor is a self-contained digital IC capable of detecting near-proximity or touch.

The MIC284 is a versatile digital thermal supervisor capable of measuring temperature using its own internal sensor and an inexpensive external sensor or embedded silicon diode.

The MIC284 is a versatile digital thermal supervisor capable of measuring temperature using its own internal sensor and an inexpensive external sensor or embedded silicon diode.

The MIC284 is a versatile digital thermal supervisor capable of measuring temperature using its own internal sensor and an inexpensive external sensor or embedded silicon diode such as those found in the Intel Pentium III™ CPU. A 2-wire serial interface is provided to allow communication with either I2C™ or SMBus™ masters.

The MIC284 is a versatile digital thermal supervisor capable of measuring temperature using its own internal sensor and an inexpensive external sensor or embedded silicon diode such as those found in the Intel Pentium III™ CPU. A 2-wire serial interface is provided to allow communication with either I2C™ or SMBus™ masters.

The MIC281 is a digital thermal sensor capable of measuring the temperature of a remote PN junction. It is optimized for applications favoring low cost and small size.

Digital thermal sensor for remote PN junction temperature measurement, optimized for low cost and small size.

The MIC281 is a digital thermal sensor capable of measuring the temperature of a remote PN junction. It is optimized for applications favoring low cost and small size.

The MIC280 is a digital thermal supervisor capable of measuring its own internal temperature and that of a remote PN junction.

The MIC280 is a digital thermal supervisor capable of measuring its own internal temperature and that of a remote PN junction.

The MIC184 is a versatile digital thermal supervisor capable of measuring temperature using either its own internal sensor or an inexpensive external sensor.

The MIC184 is a versatile digital thermal supervisor capable of measuring temperature using either its own internal sensor or an inexpensive external sensor.

The EMC1403 and EMC1404 are high accuracy, low cost, System Management Bus (SMBus) temperature sensors.

The EMC1184 is a high accuracy, low cost, 1.8V System Management Bus (SMBus) compatible temperature sensor.

The EMC1183 is a high accuracy, low cost, 1.8V System Management Bus (SMBus) compatible temperature sensor.

Dual Channel 1°C Temperature Sensor with Beta Compensation and 1.8V SMBus Communications. The EMC1182 is a high accuracy, low cost, 1.8V System Management Bus (SMBus) compatible temperature sensor.

Dual Channel 1°C Temperature Sensor with Beta Compensation and 1.8V SMBus Communications. High accuracy, low cost, SMBus compatible.

Dual Channel 1°C Temperature Sensor with Beta Compensation and 1.8V SMBus Communications

The EMC1103 is a one-wire sensor that is capable of monitoring up to three temperature zones for an Intel PC platform containing an SST host.