XR16C854CJTR-F

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The XR16C854CJTR-F is an Universal Asynchronous Receiver Transmitter (UART) chip. It is an interface device used to facilitate the transmission of data between two or more systems. This device provides a means of transmitting and receiving serial data, byte-by-byte, over a single communication line. The XR16C854CJTR-F is capable of operating at speeds up to 115.2 Kbps, and is designed to interface with a number of popular bus protocols, including RS-232, RS-422, IRDA, and I2C.

The XR16C854CJTR-F can be used in a variety of applications, such as embedded systems, robotics, and industrial automation. It is suitable for use in a range of environments, including automotive, avionics, and other tough industrial applications. The chip can also be used in communication systems, where it can be utilized to interface with a variety of external devices, such as LED’s, buttons, sensors and transistors, to name a few.

The XR16C854CJTR-F is a full-duplex device, meaning that it is capable of transmitting and receiving data at the same time. This is achieved by utilizing two channels, one for transmitting and one for receiving information. The chip includes both a transmitter and a receiver, with each being controlled by separate control logic. Data is transmitted via the transmitter and received via the receiver, with each performing its respective function asynchronously, in accordance with the desired communications protocol.

The XR16C854CJTR-F is also an intelligent device which has the ability to recognize certain error conditions and respond accordingly. This enhances the reliability of the device and helps to ensure error-free data transmission. For example, the XR16C854CJTR-F can detect when an incoming data packet contains an error and respond by discarding it and submitting an error message to the host system. This helps to guarantee that incorrect data is not sent to or received from the system.

The XR16C854CJTR-F also offers a number of additional features that increase its usefulness. These features include auto flow-control, automated baud rate selection, and the ability to be powered up or down without reset. Additionally, this device includes an on-board oscillator, power reset circuitry, and a variety of other I/O pins that make it a truly powerful device.

In conclusion, the XR16C854CJTR-F is an extremely useful chip which can be used in various applications and environments. Its capability of operating at speeds up to 115.2 Kbps, along with its numerous features, make it an ideal solution for communication systems and embedded applications.

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