ST16C454IJ68-F

ST16C454IJ68-F is a Universal Asynchronous Receiver Transmitter (UART) interface device for relatively slow data transmission. It provides asynchronous communication support for both synchronous and asynchronous data protocols. This device offers a host of useful features for applications requiring asynchronous data transmission, including data framing, data repetition, and response to detection of interrupts.

The ST16C454IJ68-F supports up to 8 independent UARTs, depending on the platform. Each UART can use different baud rates, receive/transmit data formats, enable/disable status-echoing and supports in-band control of the UART including event control. The device also supports up to two channels of parallel data exchange, enabling low-speed transfers of command and response data.

The ST16C454IJ68-F is designed to provide reliable data transmission and reception services between two UARTs or other devices. Each UART is capable of managing multiple functions, including data framing, data repetition, and detection and response to interrupts.

The ST16C454IJ68-F utilizes a sophisticated interrupt system for efficient and reliable data transmission and reception. It gives the user the flexibility to transfer and receive data from multiple sources, various baud rates and functions, and in different environments and conditions.

ST16C454IJ68-F is extremely power efficient and can be powered from a single voltage source. This makes the device suitable for embedded applications where power consumption needs to be kept to a minimum.

The ST16C454IJ68-f is suitable for a variety of practical and industrial applications, including smart card payment systems, sensors, monitors, controllers, and other industrial applications. The ST16C454IJ68-f is also a common component in embedded systems, automotive and medical applications, instrumentation and telecom systems.

The ST16C454IJ68-f is also a great choice for applications requiring reliable, high speed communication between multiple devices, or where an on-board UART interface is desired. This device is reliable, power efficient and cost effective, making it an ideal choice for a wide variety of embedded applications.