XR68C192IVTR-F

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UARTs (Universal Asynchronous Receiver Transmitter) are one of the most popular methods for data transmission between two devices, and XR68C192IVTR-F is one of the most common UARTs used in different applications. This article will discuss the application fields and working principle of the XR68C192IVTR-F.

Application

The XR68C192IVTR-F is one of the most popular UARTs used in embedded systems. It can be used as a link between different devices in a single system, such as communication between a microcontroller and a modem or two microcontrollers. It can also be used in web servers to provide serial communication access to different controllers, and in industrial automation applications such as motor and heater control. XR68C192IVTR-F is also used in medical devices, gaming consoles, handheld terminals, and other intelligent devices.

Working Principle

The XR68C192IVTR-F is based on the UART protocol, which is a serial protocol used for data transmission between devices. It is asynchronous, which means that it does not require a clock signal for synchronization. Instead, the device has a baud rate which is a fixed number used to divide the frequency of the signal sent into a PCLK and DOUT signal, which is the signal sent from the source device to the destination device. In addition to PCLK and DOUT signal, there are also control signals such as RTS, CTS and DTR, which are used to control the communication between the devices.

The XR68C192IVTR-F has two modes of operation - asynchronous and synchronous. In asynchronous mode, the data is sent over one end of the wire, and it is transmitted serially as data bytes over the other end. The start and stop bits are used to indicate when the data starts and ends, and the baud rate is used to control the speed of the transmission. In synchronous mode, the data is sent over one wire, with the clock signal sent on the other wire. The baud rate is still used to control the speed of data transmission.

The XR68C192IVTR-F also features a variety of features such as 9-bit character mode, error detection, data rate changing, and wake-up detection. It also has a wide range of baud rate settings from 300-4,800 bd. These features make it suitable for use in many different applications.

Conclusion

The XR68C192IVTR-F is a popular UART which is used in many differentapplication fields. It is based on the UART protocol and features a range of features, such as 9-bit character mode, error detection and wake-up detection, which make it suitable for use in diverse applications. In addition, it can operate in asynchronous or synchronous mode, allowing it to transmit data over one or two wires. These features make the XR68C192IVTR-F one of the most popular UARTs available.

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