LM95235DIMMX

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The LM95235DIMMX is a temperature sensor developed by Texas Instruments, designed for measuring temperatures in digital systems. It is typically used in industrial, automotive and consumer applications. It is available with a variety of output options, including an integrated digital and analog output, allowing users to choose which type of output is most suitable for the application. The LM95235DIMMX is made up of two main parts, the Analog to Digital Converter (ADC) and the Type II Thermistor.

The ADC measures the temperature with an accuracy of ±3°C typically, while the Type II thermistor measures temperatures between -40 to +125°C with a resolution of 0.03°C. It has a fast response time of typically 1.5 seconds. The thermistor is connected to the ADC via a two-wire serial interface. The output from the sensor is provided as an analog voltage or as a digital signal in an 8-bit binary format.

The LM95235DIMMX is well suited for applications that require precise temperature control, such as in medical and mobile computing devices. It can also be used in industrial applications, where the temperature range and resolution are important considerations. The LM95235DIMMX also offers a wide operating range, making it suitable for high and low temperatures, while the output can be tailored to the user’s requirements.

The LM95235DIMMX can be used in a single-zone or multi-zone application for temperature measurement and control. Its digital output can be paralleled easily for applications requiring multiple-zone temperature measurement and control. In single-zone applications, the LM95235DIMMX can be used to measure and monitor temperatures in multiple places with the same wiring. The digital output can be configured to provide individual temperature readings for each location.

The LM95235DIMMX is an easy-to-use digital temperature sensor with an integrated analog and digital output. It offers high accuracy and sensitivity, fast response time and excellent temperature range. It is well suited for applications in industrial, consumer and automotive applications, providing precision temperature monitoring and control.

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