LM336LP-2-5

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The LM336LP-2-5 is a voltage reference IC manufactured by Texas Instruments. It is part of TI\'s Low-Powered Precision Voltage Reference family. The LM336LP family offers a variety of features, including tolerance, if have high adjacent temperature coefficients, low noise, and excellent voltage regulation. The device comes with an adjustable output voltage (VREF), and a nominal output of 2.500 volts (2.50V).

The family is specified over a temperature range of -40 to +85°C, which widens its application field massively.

As an applied voltage it is relatively easy to be used. It is actually an analog-controlled IC whose output voltage is easily adjusted by applying a DC current to its control pin. The device has a number of techniques designed for low-voltage applications, such as a low input current range and very low supply-current variation with voltage and temperature.

The main purpose of the LM336LP-2-5 and other members of the family is to provide a very precise, low-noise and stable reference voltage in many different types of applications. It is specifically used in measuring instruments, industrial complexes, electronic design, and any other requirement wherein high accuracy and low-noise are desired.

The working principle of the LM336LP-2-5 is pretty much the same as any other voltage reference IC. The device is connected to an external reference voltage and it has an internal 8-bit digital-to-analog converter. The output voltage of the IC is regulated using a feedback loop, which compares the voltage difference between the desired reference voltage and the output voltage of the IC. The output is then regulated to the required value by driving a current in the feedback loop. This current is then amplified to change the output voltage itself, thus providing a stabilized and accurate reference voltage.

The LM336LP-2-5 is a great choice for applications requiring a precision voltage reference, due to its low noise, low power dissipation and wide temperature range. It is also versatile, with adjustable output voltage and high accuracy over a wide temperature range. With its excellent performance and features, it is a popular choice for many engineering and industrial applications.

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