XR16C854DCVTR-F

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The XR16C854DCVTR-F is a feature-rich UART (Universal Asynchronous Receiver Transmitter) integrated circuit (IC), specifically designed to meet the growing industrial, telecommunication and medical markets. It incorporates many features that make it ideal for applications such as intranet and telecommunications streaming applications, or for meeting the requirements of such applications as network management systems. With its low power consumption and high data throughput, the XR16C854DCVTR-F is an ideal choice for embedded applications seeking high performance.

The XR16C854DCVTR-F is a Single-Chip universal asynchronous receiver-transceiver (UART). Its advanced architecture and features make it an ideal solution for communications applications, including internet engine and data bus solutions. This device incorporates 1 Mbps data rates (DTE) with enhanced error detection and correction, an integrated debug system and two 9-bit bytes with either Wake-on-RI or Wake-on-DCD. It is also capable of being integrated into systems such as digital and analog peripherals, PLCs, medical systems, and HUBs. Additionally, the XR16C854DCVTR-F supports the full range of 5-, 6-, 7- and 8-bit characters, including escape and parity detection.

The XR16C854DCVTR-F works by receiving and transmitting data in an asynchronous serial format. This format requires the transmission and reception of fixed length data blocks being transmitted and received over a single wire. In order to do this, the UART first converts each byte of data from parallel to serial, encoding bits 1-8 with a stop bit (9thbit). The UART then transmits this serial data over the single wire, along with a start bit (1st bit) and a parity bit (10th bit). The UART then awaits a delimiter signal (like a frame synchronization sequence) before beginning to receive data again. The information that is sent over the wire is typically framed between two delimiters, allowing the UART to read the correct data values from the transmitted stream.

The XR16C854DCVTR-F also supports a number of features that make it an ideal choice for high speed (1 Mbps) applications. It incorporates on-chip programmable dual baud rate support, and can detect and correct various protocol violations. Additionally, the device features selectable RS-232 or RS-485 communications interface, and Power down / Sleep modes that are designed to reduce power consumption when data transmission is suspended.

The XR16C854DCVTR-F also offers several error detection and correction features to prevent data loss. These include 8-bit UART error checking and correction, an interrupt signal generated on the detection of a parity or framing error, a parity error signal generated, and an auto-restart feature that allows the receiver to restart the serial transfer if data is corrupted. The device also supports a both 5-bit, 6-bit, 7-bit and 8-bit characters with parity and/or framing. Furthermore, the XR16C854DCVTR-F supports Wake-on-RI and Wake-on-DCD functions amenable to dynamic scaling.

The XR16C854DCVTR-F is an ideal choice for communications applications. Its low power consumption, high data transfer rate, integrated debug system and full range of character encoding make it an ideal solution for applications such as intranet, telecommunication and medical systems. Additionally, its powerful suite of error detection and correction features eliminates the likelihood of data corruption, and its on-chip programmable dual baud rate support allows for rapid transmissions. With its extensive range of features, the XR16C854DCVTR-F is a great choice for communication and embedded applications.

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