ST16C552IJ68-F

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Universal Asynchronous Receiver Transmitter (UART) is an important device in the field of computer networking and communication that enables communication between the two end nodes. UARTs are the building blocks of the communication interface of computers. The ST16C552IJ68-F UART is a highly integrated device that offers reliable communication solutions for a variety of applications.

The ST16C552IJ68-F UART is an 8-pin sigma-delta CPU-based peripheral. It provides all the necessary functions for communication between computers through flexible modes and provides an interface for interrupts from the host. It is an enhanced version of the ST16C554BJ80, with which it shares the same physical interface, but offers improved performance and more features. The ST16C552IJ68-F supports up to four channels of 5V single-ended and 3.3V differential signals and is capable of data rates up to 10Mbps.

The main features of the ST16C552IJ68-F UART include: 8-bit serial port, independent transmit and receive ports, programmable baud rate, full-duplex communication, on-chip hardware flow control, hardware logic-level translation, ESD protection, selectable parallel mode, and advanced power management. The UART also features five selectable data clock speeds, four selectable word lengths, and a variety of handshake modes, including RTS/CTS, DSR/DTR, and XON/XOFF.

The ST16C552IJ68-F UART offers several application fields. It is used in medical applications, where its excellent performance and high speed enable efficient transmission and reception of medical data in real time. It is also used in industrial control systems, where it provides reliable data transfer between embedded systems. It is also used in consumer electronics, computer networking, and military and aerospace applications.

The ST16C552IJ68-F UART operates on a serial-byte basis, allowing information to be transmitted and received in the form of a continuous stream of 8-bit words. Data is framed by start and stop bits and is followed by an optional parity bit. The UART then sends or receives the data, depending on the requested mode. On the receive side, the UART takes in the incoming bits, packages them into words based on the word length setting, and sends the data to the host processor. Similarly, on the transmit side, the UART packages the data into a word based on the word length setting and then transmits it using a single or multiple cycles.

In summary, ST16C552IJ68-F UART is a highly integrated and reliable device that offers efficient data transmission in a variety of applications. It is configured to provide full-duplex communication, offering numerous options for data clock speeds, word length, and handshaking methods. Its logical-level translation enables communication between devices working on different logic levels. An advantage of this UART is its low power consumption, making it ideal for embedded applications and battery-operated devices.

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