MCP4662T-104E/UN

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Data Acquisition is used primarily to measure and record physical quantities from a range of different sources such as voltages, currents, temperatures, pressure and flow. Digital Potentiometers are often used in Data Acquisition applications due to their heightened accuracy when compared to its mechanical counterpart. The MCP4662T-104E/UN digital potentiometer is the perfect tool for high precision and repeatable potentiometer applications.

The MCP4662T-104E/UN is an easy to use dual-channel device, featuring an EEPROM-based architecture, linear taper and 64 positions. The device is available in 8-pin PDIP and SOIC packages and operates over a wide supply voltage range of 1.8V-5.5V. The MCP4662T-104E/UN offers the ideal solution for a range of data acquisition applications in which accuracy and repeatability of a linear potentiometer is required.

The MCP4662T-104E/UN is capable of measuring up to 64 distinct positions. The two channels operate independently and each has a separate resistor and select pin. The device features a 7-bit address, 3-bit write protection and write protection pin for added security. The device also features a designed for maximum flexibility, with hardware and software protection for programming.

The MCP4662T-104E/UN is designed for use in data acquisition and potentiometer applications. The device is ideal for applications such as monitoring the voltage in electronic control systems, logging temperature readings, and tracking electrical current in industrial applications. It is also used for testing and calibration of equipment such as computers, phones and other electronics.

The MCP4662T-104E/UN works on the principle of measuring the resistance of a weaker (or “resistor”) within a stronger (or “load”) signal. When the resistor load changes with the application, the MCP4662T-104E/UN adjusts to ensure that the ratio between the two remains constant. This allows the device to deliver extremely accurate measurements in demanding applications.

In addition to the superior accuracy, the MCP4662T-104E/UN also offers a wide range of features, of which the most noteworthy are its long-term stability, easy configuration and low power consumption. Additionally, the device features several calibration functions, as well as adjustable current sources and digital inputs.

Overall, the MCP4662T-104E/UN digital potentiometer excels in data acquisition and potentiometer applications due to its layer-chip architecture, 32-position resolution, and superior accuracy. The device offers superior performance, accuracy, speed and flexibility, making it a popular choice for those who need precision and reliable measurements.

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