LM95233EB/NOPB

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The LM95233EB/NOPB is a highly-accurate digital remote temperature sensor with advanced features that can be used in a wide range of applications. The sensor is connected to a host system (such as an embedded microcontroller or an application processor) through an I2C interface, and it measures temperature of the remote location over a wide range of operating temperatures, from -20°C to +125°C. It can also be calibrated to directly measure temperatures up to +150°C. This makes it ideal for applications where precise temperature measurements are required.

The LM95233EB/NOPB can be used to measure temperatures of a wide variety of industrial, consumer and medical applications, from household appliances and consumer electronics to industrial machinery and medical equipment. It can also be used to monitor and control temperature in server rooms, HVAC systems and other critical-temperature applications.

The LM95233EB/NOPB has a unique Digital Temperature Sensor & Transceiver (DTST) that is electrically interchangeable with a thermocouple or RTD transducer while providing accurate direct digital output measurement. It can measure temperatures from -20°C to +125°C with an accuracy of ±0.07°C. The sensor can also be calibrated to measure temperatures up to +150°C with an extended accuracy of ±0.15°C. This very low accuracy translates to improved system reliability and performance.

The LM95233EB/NOPB also has a proprietary adaptive filter technology that minimizes noise and provides superior stability over time. The sensor can be set to either limit and/or alarm at user-defined temperature trip points, and it supports both active and passive alerting. Additionally, it has a low-power shutdown mode that eliminates the need for external parts or power drivers, thus providing lower power consumption and improved system efficiency.

The LM95233EB/NOPB features a range of advanced features such as pre-defined temperature ranges, hysteresis and linearization tables, versatile filtering options, and adjustable conversion frequency. As a result, the user can select and configure the sensor to meet their specific requirements for temperature sensing and monitoring. The sensor is also capable of providing both digital and PWM outputs, and it supports the I2C interface protocol.

The working principle of the LM95233EB/NOPB is simple and straightforward. The sensor converts the measured temperature into a digital signal, which is processed by the host microcontroller. The output from the microcontroller is then used to control the temperature in the remote location. This allows very precise control of temperature and provides accurate temperature readings for a wide range of applications.

In summary, the LM95233EB/NOPB is a highly accurate digital temperature sensor with advanced features that can be used for precise temperature measurements in a wide variety of applications. It has a high precision accuracy and supports both active and passive alerting, low-power shutdown mode, pre-programmed temperature ranges, hysteresis and linearization tables, and versatile filtering options. Therefore, it provides a highly efficient and reliable solution for temperature control and monitoring.

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