LM95214EB/NOPB

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The LM95214EB/NOPB is an integrated temperature sensor evaluation board specifically designed to evaluate semiconductor temperature sensors. The board features a sensor element and an interior ambient temperature sensor, dual-channel thermocouple (TC) input amplifier, a temperature cutoff alarm system, and an amplifier interface to a PC for communication and system control. The LM95214EB/NOPB can be used to evaluate a wide range of industrial temperature and humidity sensors including temperature thermistors, thermocouples, silicon temperature sensors, and thermal resistance sensors.

Overview of LM95214EB/NOPB

The LM95214EB/NOPB is an evaluation board developed and manufactured by Texas Instruments. It is designed to evaluate various temperature sensing components and can be used to test a broad range of temperature sensors such as thermistors, thermocouples, silicon temperature sensors, and thermal resistance sensors. The board is also equipped with a board-level temperature cutoff alarm system to ensure the board temperature remains within the specified range. The LM95214EB/NOPB also features a dual-channel thermocouple (TC) input amplifier for measuring internal and externals temperatures, as well as an amplifier interface to a PC for communication and system control.

Application Field and Working Principle

The LM95214EB/NOPB is designed for evaluation and testing of various temperature sensors and thermistors. The evaluation board is equipped with a board-level temperature cutoff alarm system that keeps the board temperature within the specified range. The board is also equipped with a dual-channel thermocouple (TC) input amplifier for measuring internal and externals temperatures. Additionally, the LM95214EB/NOPB can be interfaced with a PC for communication and system control. The user can configure the board settings through the LM95214 Configurator software; this allows for easy handling of the board and ensures accurate measurements of temperature.

When the LM95214EB/NOPB is connected to a power source, the thermistor or temperature sensor is placed on the evaluation board and its measurement is displayed in both Celsius and Fahrenheit. The user can also enter a temperature threshold value. If the temperature measured on the thermistor exceeds the threshold value, the LM95214EB/NOPB automatically generates an alarm signal. The PC can also be used to configure the board settings such as temperature offset, temperature type and sensor type. The user can generate a variety of graphs for comparison and data analysis using the Evaluator Software program.

The LM95214EB/NOPB evaluation board allows users to evaluate a wide range of temperature sensors and thermistors. It can be used to accurately measure the temperature of the ambient environment, as well as provide a temperature alarm system in case of temperature fluctuations. The board can also be interfaced with a PC for communication and system control, and is configured through a PC-based software suite. The LM95214EB/NOPB is an invaluable tool for engineers and researchers working with temperature sensors and thermistors.

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