XR16V2750IMTR-F

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Universal asynchronous receiver-transmitter (UART) is a communication protocol that enables two digital devices to exchange data using a serial interface. It is a digital logic device that serves as an interface between devices, minimizing complexity, cost and latency for communication. UART is especially well-suited for applications where low-cost and low-speed solutions are desired. The XR16V2750IMTR-F is a UART device that allows two digital devices to communicate over a single physical link.

Features of the XR16V2750IMTR-F UART

The XR16V2750IMTR-F UART features a serial interface architecture technique also known as RS-232. This technology includes two data rates (57.6Kbps/115.2Kbps) and 9600/38400 baud rate. This UART has an onboard configured FIFO and is able to transmit and receive data without having to store each byte individually like other UARTs. The XR16V2750IMTR-F UART also features high bandwidth and supports a maximum of temperatures from 40°C to 85°C. In addition, the on-chip auto-farluring and adaptive baud rate feature prevents data from being affected by line noise or digital signal interference.

XR16V2750IMTR-F Application Field

The XR16V2750IMTR-F UART is primarily used in industrial environments, automation and low-speed communications, such as low-cost and low-power embedded applications. This device is capable of operating at data rates of up to 115200 baud with an operating temperature range of -40°C to 85°C.

The XR16V2750IMTR-F UART can also be used in high-speed communication systems. For example, point-of-sale (POS) systems, electronic fare collection systems, navigation systems, vehicle-to-vehicle communications, industrial controllers and medical monitoring systems often require high-speed communications.

XR16V2750IMTR-F Working Principle

The working principle of the XR16V2750IMTR-F UART involves a single physical link. The UART enables digital devices to communicate by sending and receiving data through a single serial interface. UARTs are typically used for low speed and low cost applications, as well as for high speed and low cost applications.

A UART is composed of two main parts the next generation of transceivers, known as ‘UARTs’, and the transmit and receive nodes used to exchange data. The UART includes circuitry that automatically adapts to the baud rate during operation and allows data to be transmitted and received via a single serial interface. The data is then stored in a FIFO buffer.

The XR16V2750IMTR-F UART operates by providing two-way communication between two digital devices. The UART is capable of efficiently sending data regardless of whether the transmitting device is sending or receiving data. The data is then delivered to the appropriate destination by the XR16V2750IMTR-F UART via a single physical link. In addition, the XR16V2750IMTR-F UART is equipped with a FIFO to reduce latency for data transmission.

To learn more about the XR16V2750IMTR-F UART and other UARTs, please refer to the datasheet available from Digi-Key Electronics.

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