LM95213EB/NOPB Development Boards, Kits, Programmers

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The LM95213EB/NOPB is an evaluation board featuring the LM95213 integrated dual temperature sensor. As a part of National Semiconductor\'s Active Thermistor product family, this board provides precision temperature measurement and system control in a wide range of applications. The board is designed to measure temperatures from -55 ˚C to 150 ˚C and can operate over a wide voltage range from 3V to 36V. Furthermore, the integrated LM95213 digital tone technology allows the user to quickly calibrate the temperature measurement with an external EEPROM.

The LM95213EB/NOPB is designed to primarily serve as a prototyping and evaluation platform for testing the LM95213 and other temperature sensing solutions provided by National Semiconductor. The board ships ready for use, complete with two sets of sensing elements mounted on a single board. The two sets of sensing elements consist of thermistors with resistances from 2500 to 2500 Ω and thermocouples with resistances ranging from 500 to 150 Ω. The board is compatible with a wide range of voltage levels from 3V to 36V.

The board features an integrated 5-pin header for connecting external sensors to the board. The header allows for up to three external sensors to be connected. Furthermore, the board features two separate 3-wire ports for powering the onboard temperature sensors. The two ports provide an excellent signal accuracy when connecting up to two remote temperature sensing locations independently of the board.

At the core of the LM95213EB/NOPB is the LM95213 integrated dual temperature sensor. The LM95213 is a digital temperature sensor composed of two independent sensor elements and on-die data conversion circuitry. The two sensor elements each feature their own input and output channels, allowing for accurate and reliable temperature measurement even with heavily distorted signals. Furthermore, the LM95213 provides the user with an output signal in the form of a digital temperature signal that can be read and interpreted by an external microcontroller or sensor system.

The LM95213EB/NOPB also boasts an integrated Thermal Gradient Generator (TGG) which allows for the use of the onboard temperature sensors in multiple-zone temperature sensing applications. The TGG monitors each temperature sensor in real-time and automatically adjusts the temperature as required. Furthermore, the TGG provides high frequency temperature data to the user in order to better monitor, analyze, and control the temperature within the system or application.

In addition to the temperature sensing capabilities, the LM95213EB/NOPB is also able to provide a wide range of control features. The integrated power control circuitry allows for a precise and adjustable control of the power output from the board. Furthermore, the integrated Thermememperature Measurement Counter (TMTC) allows for the precise measurement of temperature in multiple discrete points. Overall, the integrated features of the LM95213EB/NOPB make it an invaluable tool for prototyping and evaluation of various temperature sensing applications.

The LM95213EB/NOPB provides an excellent platform for prototyping and testing various temperature sensing applications. It provides a reliable sense of temperature with highly accurate temperature measurement even in challenging environments. Furthermore, its integrated features make it an invaluable tool for prototyping and testing of various temperature sensing solutions. Overall, the LM95213EB/NOPB is the perfect solution for any temperature sensing application.

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