MAX14595EWA+T

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The MAX14595EWA+T offers a highly flexible solution to translate logic levels between a 3.3V and a 2.5V to 5.5V system. It is ideally suited to interface networks such as 1-Wire, I2C, or SMBus. Through its wide operating voltage range, the range of interface options increases significantly. This IC is part of the Logic - Translators, Level Shifters family.

The MAX14595, like other translators and level shifters, is used to successfully execute communication around different board, different cards and different power domains. It allows mixing components from different applications that require varying logic levels. In order to ensure that compatibility and reduce the number of lines needed, the device operates at 3.3V to 5.5V.

The MAX14595 has several modes of operation. Its settings depend on the level of logic used by its circuits. The table below shows the three different modes and their settings.

The MAX14595EWA+T devices can be driven by both active high and active low logic levels. When the device is active low, the input logic level is inverted and output logic levels are switched from active high to active low. The internal logic threshold on the input is 1.2V.

The MAX14595EWA+T devices have the ability to control up to six power domains and provide an ideal solution for powering and controlling multiple transceivers in an application. The equivalent input and output pins can be used to easily connect multiple transceivers and maintain the same logic levels. The MAX14595EWA+T devices also offer a low current consumption of 2.5 μA when in the active state.

The MAX14595EWA+T family of logic translators and level shifters offers several advantages over traditional level shifters. The ability to control the level of logic input, output and power realms and the ability to maintain compatibility between components with different logic levels, reduces the complexity of designs and improves system performances.

Besides, the MAX14595EWA+T can be used for applications such as circuit boards, automotive systems, industrial systems and consumer electronics. Its wide operating voltage range makes it possible to execute translation and maintain compatibility in a variety of devices. It is also an ideal choice when connecting to peripheral components with different logic levels.

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