MAX9372EUA+T

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The MAX9372EUA+T are a form of logic chip also known as Translators, Level Shifters or Logic level converters. Logic chips are used to translate one type of digital logic signal into another type, such as translating an input signal from one logical voltage level to another voltage output. These types of logic chips provide the flexibility to connect devices operating at different voltage levels, or at different logic levels but using the same logic. Depending on the application, the MAX9372EUA+T Modules can provide various voltage and logic options to choose from.

The main applications in which the MAX9372EUA+T Modules can be used include serial communication applications, where two devices with different voltage/logic levels are connected. The MAX9372EUA+T Modules allow for the conversion of the TTL logic signaling up to a voltage of 32V. Other applications include port protection, signal protection, and voltage restoration in discrete, A/D, and D/A circuits.

The MAX9372EUA+T Modules are also commonly used in mixed-voltage applications, such as digital signal processing. These applications require both TTL and CMOS logic levels to be switched in order to operate properly. The MAX9372EUA+T modules can also be used to switch between other logic levels as well, such as those found in PECL and ECL logic devices. The modularity of the MAX9372EUA+T allows for the maximum flexibility when choosing a specific module for a particular application.

The MAX9372EUA+T Modules utilize a unique dual input and dual output signal structure. This enables the module to translate from either one of two logic levels with two inputs, or two logic levels with two outputs. The signal is routed through a common channel which is optimized for high speed performance. The signal is then transitioned from one logic level to another via an internal level shifter. The level shifter can be configured to operate as either a level shifter or translator. The switch used to configure the level shifter is located on the rear of each module.

The MAX9372EUA+T Modules have integrated delay lines which enable the module to provide up to 45ns of edge skew compensation. This ensures that the output signal remains stable and is not distorted. The delay lines are controlled by a selectable impedance which allows for the fine tuning of the delay line for optimal performance. The module also contains an internal voltage regulator to ensure that the output logic level is correct.

The MAX9372EUA+T Modules come with an on-board EEPROM which is used to store user settings. The EEPROM stores the default settings as well as user selected parameters. This allows for data such as frequency limits, timing parameters, and fault protection settings to be stored, which allows the MAX9372EUA+T module to be quickly and easily configured without additional programming.

The MAX9372EUA+T Modules are built using advanced semiconductor technology and are designed to provide superior performance in mixed-signal applications. The Modules have low power dissipation, high speed operation, and are suited for long-term use. In addition, they provide high speed data transmission with low power operation. These features along with the ability to customize and configure the module make the MAX9372EUA+T Modules ideal for use in all types of logic-level conversion and level shifting applications.

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