XR16C2850CJTR-F

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UARTs (Universal Asynchronous Receiver Transmitter) are digital circuits which serve as a communication interface for exchanging serial data. They are becoming increasingly popular in applications which require the transmission and reception of small amounts of data over short distances, such as in embedded systems or networking applications. The XR16C2850CJTR-F is an example of a UART module which has been specifically designed to meet the demands of these sorts of applications. In this article we will take a look at the XR16C2850CJTR-F application field and its working principle.

XR16C2850CJTR-F Application Field

The XR16C2850CJTR-F provides an integrated interface solution for multiple applications requiring high performance serial data transmission, ranging from smart grid, automation, and home appliance applications to industrial process control systems. It offers high bandwidth data transmission, advanced tristate control, and a fully programmable interface. Additionally, its hardware and software design is optimized for robustness and high speed operation. This makes it ideal for applications where high data throughput, minimal latency, and resilient design are required.

The XR16C2850CJTR-F is also characterized by low power consumption and superior EMC performance. It has been certified with ISO 1179 and is also compliant with the latest IEC 61140 standards. This makes it suitable for use in a wide range of industrial and commercial settings, where robustness and safety are important considerations.

Working Principle

The XR16C2850CJTR-F’s operation is based on the Universal Asynchronous Receiver/Transmitter (UART) which is used to control serial communication between two devices. The module receives serial bits from the Transmitter device and sends out serial bits to the Receiver device. It contains a transceiver, which is responsible for sending and receiving serial data and is connected to receive data from the Transmitter device as well as to send data to the Receiver device. Furthermore, the module features three states of operation; Idle, Transmit, and Receive.

In the Idle state, the transceiver does not send or receive data from either device. In the Transmit state, the transceiver takes bits from the Transmitter and sends them out, while the Receiver device is put into a receiving mode. In the Receive state, the Transmitter device is put into a transmitting mode while the Receive device is put into a receiving mode. The module uses a clock signal to synchronize the data transfers between the two devices.

The XR16C2850CJTR-F is also capable of performing bit level flow control operations, which is a critical aspect for ensuring reliable communication between devices. A flow control mechanism is used to ensure that data is only sent when it can be received and received data is only checked for validity when it can be sent. This ensures that data is only sent when it is required and only received when it is available. This mechanism is also used to prevent errors and corrupted data.

The XR16C2850CJTR-F module also supports autobauding, allowing it to adjust automatically to different baud rates without having to manually configure it. This is essential in applications which require reliable transmission and reception of data at varying speeds. Furthermore, the module is expandable, allowing it to be used with additional components such as buffers and parity generators.

Conclusion

The XR16C2850CJTR-F is a UART module designed for use in applications which require high performance data transmission over short distances. It is characterized by high bandwidth data transmission, low power consumption, and advanced EMC performance. Furthermore, it features a fully programmable interface, flow control mechanisms, and capabilities for autobauding and expanding. It is suitable for use in a wide range of industrial and commercial settings, where robustness and safety are important considerations.

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