MAX3373EEBL+T

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The MAX3373EEBL+T is a logic translator that supports up to 1.8V to 3.3V level shifting with a bidirectional interface. The device is available in three different versions, the "T" version with two series transistors that allow for fast switching, the "E" version with two series inverters, and the "L" version, which has both series transistors and series inverters. Because of its high speed switching capability, the MAX3373EEBL+T is suitable for applications that require high speed level shifting between 1.8V and 3.3V.

The MAX3373EEBL+T has a single package that contains all of the necessary components for level shifting. It consists of an input logic level, an output logic level, an enable pin and a power supply. The logic level of the input is compared to the logic level of the output in order to determine the voltage level of the output. If the input is less than the output, then the output will be below the set level. If the input is greater than the output, then the output will be above the set level. The enable pin allows the user to control when the device is enabled or disabled.

The MAX3373EEBL+T can be used for a variety of applications in logic-level translation situations. It is ideal for interfacing between low-voltage TTL and medium-voltage CMOS circuits, or converting signals from TTL circuits to open-collector circuits. It can also be used for converting 3.3V logic to 5V logic or vice-versa. Additionally, it can be used for interfacing logic signals between DC power supplies, between logic family and microprocessor family devices, and between logic circuits and digital-to-analog converters (DACs). Finally, the MAX3373EEBL+T is also useful in bi-directional level shifting between different logic families.

The MAX3373EEBL+T is a very efficient and cost-effective solution for level shifting and logic translation needs. It is easy to use and requires very little external components. The device is designed to be robust and can hold up to 1.8V to 3.3V shifts without degradation. Additionally, the device can operate with very low power, aiding in its use in battery-powered applications. Finally, the device has a high switching speed, making it an ideal choice for applications which require high speed level shifting.

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