MAX6621AUB+T

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The MAX6621AUB+T is one of a family of logic-translators/level shifters. It is an integrated multi-channel, dual-port device designed to pass bidirectional signals between multiple voltage domains. It accepts a wide range of input and output voltages, allowing it to work over a wide variety of applications.

At its core is a multi-channel, dual-port architecture which enables bidirectional communication between two different voltage domains. The core operates in two modes of operation, either a direct drive mode or a logic translator mode. In the direct drive mode, the output signals are directly driven from the input signal. In the logic translator mode, the core converts the signals between the two voltage domains.

The core is also capable of supporting signal isolation, allowing for signals to pass from one voltage domain to another without any physical isolation. This feature is useful in applications such as automotive and industrial, where electrical isolation is important for safety reasons.

The MAX6621AUB+T features programmable pull-up and pull-down settings. This allows the core to provide the correct level of signal level to the output signal, which can vary depending on the application. It also features integrated on-chip voltage regulators, which ensure that the core provides a reliable signal level to the output signal.

Another key feature of the MAX6621AUB+T is its low power consumption. It is designed to consume minimal power, allowing it to be used in battery-operated systems. This is important for applications where power consumption is an issue, such as handheld devices.

The MAX6621AUB+T is a versatile and reliable logic translator/level shifter that enables communication between devices operating on different voltage domains. Its integrated pull-up and pull-down settings, along with its integrated voltage regulators, make it an ideal choice for a wide range of applications. Its low power consumption further ensures that it can be used in battery-operated devices. Its wide range of supported signal level and isolation makes it a great choice for both automotive and industrial applications.

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