SC16C654IB64,128

The SC16C654IB64,128 Interface series is designed for use in industrial applications that require reliable, long lasting and secure data communication. It is a high-performance, multi-protocol, universal asynchronous receiver and transmitter (UART) with up to 64-byte FIFO (first-in-first-out) data buffering. The SC16C654IB64,128 UART family offers a rich set of features, making it ideal for applications that involve communication over serial ports.

The SC16C654IB64,128 UART is designed for operation with a 16-bit or 64-bit system bus for greater flexibility. The UART has an integrated loop-back mode for debugging and test purposes. It also features an 8x8-bit shift register for data buffering. Additional features include programmable baud rate generator and programmable data length up to 32-bits. Furthermore, it provides up to 9-bit break, framing, and parity error detection.

The SC16C654IB64,128 UART supports both full-duplex and half-duplex transmission modes. It also provides both asynchronous and synchronous communications. The UART is also used in applications with multiple serial ports in which several serial ports are connected in a multi-drop configuration. A single SC16C654IB64,128 UART can support connected devices such as terminals, printers, modems and other serial devices.

The SC16C654IB64,128 UART is typically used in industrial applications, such as industrial automation, data acquisition, remote control and data logging. It can also be used in medical equipment and other embedded systems that require reliable and secure data communication. With an integrated loop-back mode, the SC16C654IB64,128 UART can easily be tested and assessed for performance and stability.

The working principle of the SC16C654IB64,128 UART is based on the asynchronous receiver-transmitter (UART) communication interface standard. The UART is responsible for handling the communication between two points and using a single two-wire serial line. It provides full-duplex communications, meaning that data can be transmitted and received simultaneously. The UART processes the incoming data, converts the data from serial to parallel format, and stores it in the UART’s FIFO (first-in-first-out) data buffer.

The SC16C654IB64,128 UART performs digital-to-analog conversion on the data stream to be transmitted. This is done using a programmable baud rate generator to provide an external clock signal. The UART then encodes the data into the appropriate format and sends it to the destination. On the receiving end, the UART decodes the transmitted data and sends it to the destination in the received format. The UART also performs error detection, such as parity and framing errors.

In summary, the SC16C654IB64,128 Interface series is a high-performance UART with up to 64-byte FIFO data buffering and a wide range of features. It is ideal for applications that require reliable, long lasting and secure data communication, in environments such as industrial automation, medical devices and embedded systems. Its operation is based on the UART communication interface standard, which enables full-duplex transmission, digital-to-analog conversion and data encoding/decoding.