MAX5393NAUD+T Integrated Circuits (ICs)

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Maxim Integrated Products produces the MAX5393NAUD+T, a high-performance digital potentiometer. It is designed to provide accurate programmability of resistance in a range of data acquisition applications. The MAX5393NAUD+T can be used in a variety of data acquisition applications due to its low power consumption, and its flexibility and accuracy.

The MAX5393NAUD+T is a single-channel digital potentiometer. It is capable of providing precise adjustment of resistance up to 40.48 kΩ in 256 steps, with data resolutions as low as 6-bits. It has an integrated nonvolatile memory, which enables full programmability, portability, and precision. This device is suitable for use when a precise resistance adjustment is required, such as for low-level DC measurement and feedback systems. Additionally, it can be used in the programming of voltage references.

The MAX5393NAUD+T uses a nonvolatile memory to store the programmed resistance setting. This memory is powered by built-in Supervised Power Supply (SPP) circuits, allowing for superior performance and flexibility. This memory provides a wide range of data storage options, allowing the potentiometer to be programmable via a variety of control registers. Furthermore, the potentiometer can be programmed via the I²C, SPI, or PWM interfaces, allowing for the adjustment of resistance in applications that are datalogged or networked.

The MAX5393NAUD+T features an integrated temperature compensation circuit, which ensures a precise and stable resistance reading over its temperature range. Additionally, the device is also equipped with built-in temperature monitoring and diagnostic capabilities, allowing for an economical and reliable solution for temperature-sensitive applications.

In addition to its programmability, the MAX5393NAUD+T can also provide analog outputs, allowing for an added level of flexibility and compatibility. The digital potentiometer can be used in applications where a precise voltage reference is required, such as in AC load step attenuators and digital-to-analog converters (DACs). The device can also be used in precision impedance adjusting applications, such as audio amplifiers, as well as in various telecommunications and networking applications.

The MAX5393NAUD+T is an ideal solution for a wide range of data acquisition and precision resistance adjustment applications. Its low power consumption and extensive range of features provide flexibility, accuracy, and convenience. The device’s integrated temperature compensation and wide range of programming interfaces make it an ideal choice for designers looking for ease of use and robust performance.

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