MAX241EWI+T

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The MAX241EWI+T is a line driver/receiver with a working current of less than 11mA. It interfaces TTL/CMOS logic to power line communications and is specifically designed to deliver high-power digital data to switchmode power supplies. With its low supply current, wide common-mode voltage range, and low propagation delay, it helps to ensure robust and reliable communication. The MAX241EWI+T is an ideal solution for a variety of application fields.

Features

The MAX241EWI+T offers a variety of features, including:

• Wide common-mode voltage range: It can operate across a wide range of common-mode voltage levels (1V to 18V).
• Low supply current: It only requires 11mA of current during active operation, allowing it to be integrated into power supplies with limited power.
• Low propagation delay: It has a low propagation delay of 0.15μs, ensuring fast and reliable communication.
• High-power digital data: It can handle up to 16mA of digital data, allowing it to transmit high-power signals.

Applications

Due to its features, the MAX241EWI+T has a variety of applications, including:

• Power line communications: It can be used to drive and receive digital data over power lines.
• Remote sensing: It can be used to detect changes and transmit data back to a controller.
• Smart meters: It can be used to communicate data from the meter to the power distribution network.
• Industrial control: It can be used to send and receive data to/from factory automation and process control systems.

Working Principle

The MAX241EWI+T is a line driver/receiver, meaning that it can both transmit and receive digital data. It is designed to interface TTL/CMOS logic to the power lines so that data can be transmitted. This is done by converting the incoming digital signal into a signal suitable for transmission over the power line, and then converting the signal back into a digital signal when it reaches the destination. The MAX241EWI+T is designed to do this in a robust and reliable manner by using a wide common-mode voltage range and a low propagation delay.

The MAX241EWI+T also has a low supply current, allowing it to be integrated into power supplies with limited power. This makes it ideal for applications such as remote sensing and smart meters where power supplies are limited, yet reliable communication is required.

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