TMP100NA/250

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The TMP100NA/250 is a sleek and very accurate temperature sensor that is designed for applications that require great accuracy in temperatures. It is a low power, low voltage sensor with an analog and digital output that is capable of displaying temperatures as accurately as +/- 2C over its entire range. The TMP100NA/250 has a wide measurement range of -55C to +125C, enabling it to be used in many different types of temperature sensing applications.

The TMP100NA/250 temperature sensor is a two-terminal thermistor device with a negative temperature coefficient (NTC). This device utilizes a temperature-sensitive semiconductor material that is typically composed of oxides of manganese or nickel. When the temperature of the device increases, the resistance of this material also increases. This increase is proportional to the change in temperature, allowing for accurate temperature sensing.

The sensitivity of the TMP100NA/250 temperature sensor is quite good. It is capable of sensing temperatures quickly and accurately over its entire temperature range (-55C to +125C). The accuracy levels are quite impressive, with the device able to report temperatures as accurately as +/- 2C. This means that the temperature readings obtained from the TMP100NA/250 are far more accurate than most other sensors.

The TMP100NA/250 temperature sensor also has a wide variety of output options. It can be configured to provide either an analog or digital output. An analog output allows for direct temperature readings, while digital outputs provide values in either Fahrenheit or Celsius, and can be connected directly to most microcontrollers or other digital logic control devices. The device is also able to work in conjunction with other temperatures sensors and transducers, allowing for a wide variety of measurement solutions.

The TMP100NA/250 temperature sensor is a great choice for applications that require a low power, low voltage temperature measurement solution with very high accuracy. Its wide range of temperatures and the numerous options for outputs make it suitable for a range of different temperature sensing applications. With its excellent accuracy and wide range of temperature readings, the device is very popular among engineers and professional temperature measurement specialists.

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