MAX3098EBESE+T

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The MAX3098EBESE+T is an advanced universal asynchronous receiver/transmitter (UART) with improved specifications that is designed to operate from a single +3.3V supply. It is designed with a low power, 65‑kHz internal oscillator, as well as two integrated low‑voltage high‑speed transceivers and receivers. This UART is capable of transmitting and receiving up to 9‑bit data on high speed data and asynchronous operations. In this article, the application field and working principle of the MAX3098EBESE+T is going to be discussed in more details.

Application Fields of the MAX3098EBESE+T

The MAX3098EBESE+T is well suited for low-speed system-level data communication in consumer, automotive, industrial and medical applications. Its 9‑bit capability makes it suitable for applications like factory automation, motor control and security systems that require more than 8‑bit data. It can even be used to communicate between two systems that are far apart, thanks to its high-speed data transmission capabilities.

In addition, the MAX3098EBESE+T can be used for point-to-point link systems, allowing the transfer of digital data over long distances on conventional twisted pair cables and optical fiber. This makes the transceiver suitable for wide area networks such as Local Area Networks (LANs) and Wide Area Networks (WANs). It can also be used to establish bridges between different communication networks.

Working Principle of the MAX3098EBESE+T

The MAX3098EBESE+T utilizes a low-power single +3.3V supply and two integrated low-voltage high-speed transceivers and receivers. The transceiver consists of two converted logic blocks, a receiver block and a transmitter block. The receiver block converts the incoming analog data into digital data and the transmitter block converts the digital data into an analog format.

The transmitter block is able to transmit data up to 9‑bit resolution, allowing for a broader range of applications. It is equipped with an oscillator which provides the timing necessary for proper communication between the transmitter and receiver. The receiver block is also capable of receiving data up to 9‑bit resolution and is equipped with an adjustable threshold level gain to minimize the effects of noise.

In order to enable data transfer, the MAX3098EBESE+T includes an integrated autobaud generator and a wake-up feature. The autobaud generator allows the system to detect and adjust its own baud rate, providing a reliable data transfer. The wake-up feature allows the device to be put into a standby mode while still being able to receive data, thus reducing overall power consumption.

The MAX3098EBESE+T is designed to operate from a single +3.3V supply and is capable of transmitting and receiving up to 9‑bit data with asynchronous operations. It is well suited for low-speed system-level data communication in consumer, automotive, industrial and medical applications and can be used for point-to-point link systems, allowing the transfer of digital data over long distances on conventional twisted pair cables and optical fiber.

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