SC16C654IA68,512

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The SC16C654IA68,512 is an integrated universal asynchronous receiver/transmitter (or "UART") device available in a PLCC68 package. It provides an extremely simple and reliable interface between a host and other digital devices, commonly used in communications and data-processing systems. This article will explain the features and applications of the SC16C654IA68,512 and discuss the working principles behind its operation.

The SC16C654IA68,512 is designed for data communication between two digital systems operating at different speeds, or a single system operating at two different data rates. The device operates in either full-duplex or half-duplex mode, and is capable of data rates up to 128Kbps. The SC16C654IA68,512 includes a set of internal 4-byte FIFOs that can be used to buffer data in and out of the UART. These FIFOs improve the device’s performance by relieving the host processor of the burden of real-time data transmission.

The SC16C654IA68,512 contains a number of features designed to ensure the reliable and efficient transfer of data. These features include: a transmitter and receiver that can handle up to 9-bit characters; a programmable baud rate generator; automatic flow control; a programmable serial port time-out; and a built-in parity generator/checker. In addition, the SC16C654IA68,512 offers enhanced error detection and correction capability with the addition of a 16-bit CRC generator/checker.

The SC16C654IA68,512 offers a wide range of features and applications in the field of digital data communication. It is used in a variety of communication applications, such as serial port connections, modem-to-modem connections, direct connect modems, and networking. It is also used in a variety of data processing applications, such as programmable logic controllers (PLCs), automatic data processing (ADP) systems, and other industrial control applications. The SC16C654IA68,512 is also used in consumer products such as thermometers, remote control systems, barcode scanners, and heart rate monitors.

The working principles behind the operation of the SC16C654IA68,512 are relatively straightforward. Data is transmitted from one device to another via the UART. The UART converts the serial data into parallel data by sending a start bit, followed by eight data bits and then a stop bit. The UART then outputs the data to the desired device. The device receiving the data will read the start bit, the data bits and the stop bit, verify the data using checksums, and process the information as necessary.

The SC16C654IA68,512 provides robust, reliable communication between devices operating at different speeds or different data rates. It is easy to configure and offers excellent speed and data transmission capabilities. The SC16C654IA68,512 is an ideal solution for a wide range of data communication applications.

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