MCP4252T-103E/MF

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The MCP4252T-103E/MF is part of Data Acquisition and Digital Potentiometers family. It is a high-precision, non-volatile, digital potentiometer that integrates two independent resistor networks, each with a resolution of 10-bit, into a single 8-pin package.

The MCP4252T-103E/MF has a wide range of applications and  is suitable for industrial and scientific fields that require precise and reliable adjustments of resistors, like trimming and calibration of resistors, temperature and voltage-sensing conditioning applications, motor speed control and filtering applications.

One of the most prevalent applications for the MCP4252T-103E/MF is adjusting the sound characteristics in audio amplifiers and audio systems. In combination with an adjustable amplifier, the digital potentiometer adjusts equalizer frequency responses and sound levels in an audio system or a speaker.

The working principle of the MCP4252T-103E/MF is based on dividing the  total resistance into several levels per binary information adopted into each digital control. An internal non-volatile memory provides stored resistance value even during power-down and  supports simultaneous write of two levers. There are five connection techniques and multiple pins on the unit that provide many possibilities for device connection.

The unique resistive division and non-volatile wiper storage technologies enable the MCP4252T-103E/MF to maintain a linear resistive division across the adjustable range. The resistance value is accurate, and repeatable, to better than 0.2%. The unit can withstand a maximum of 8V across the end-to-wiper pair, and has a low power absorbing average of 0.5mA. This makes it a reliable, robust and reliable device in many different application areas.

The MCP4252T-103E/MF is a convenient and available device for various industrial and scientific applications, especially in resister adjustment and audio systems. It features excellent temperature performance and resistance characteristics to ensure the best performance and quality for many applications. The integrated non-volatile memory ensures data retention even during power-down and thus makes it an excellent choice for a variety of applications.

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