XR17D158IV

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The XR17D158IV is an advanced UART (Universal Asynchronous Receiver Transmitter) developed by Exar Corporation which is an interface-type solution that supports both enhanced data transmission features and industry standard features.

The XR17D158IV is a low voltage differential signaling (LVDS) interface that supports a wide range of communication protocols. This allows it to be used in a variety of applications. It has proven to be particularly useful for unmanned aerial vehicle (UAV) and unmanned ground vehicle (UGV) communication systems.

The XR17D158IV uses a time division multiplexing (TDM) architecture for data communication. This method is commonly used by controllers, such as those used by UAVs and UGVs, to communicate with multiple peripherals. It allows multiple peripherals to share a single data stream, and with the proper timing, maximize efficiency.

The XR17D158IV also supports advanced features such as parity check and flow control, which are important for reliable data transmission over long distances. Parity check is a technique which checks for errors in the data transmission and adds extra information to the data to guarantee it reaches the recipient intact. Flow control is a technique which uses an expiry timer to make sure that the data is not sent too fast, leading to packet loss.

In addition to its data transmission capabilities, the XR17D158IV also supports its own proprietary protocol, the XR Protocol (XRP). This protocol provides advanced features such as configurable XR registers and support for variable length response packets. It is designed to enable faster data transfer speeds, reduce overheads and increase communication reliability.

The XR17D158IV is suitable for a variety of applications including industrial, consumer, transportation and medical. For example, it can be used in UAVs, UGVs and automobiles, as well as various medical devices. It is also used in industrial automation and robotics, and telecommunications.

The XR17D158IV works by using an asynchronous serial protocol. The data is converted from digital to an analog signal in the form of a pulse-width modulated (PWM) waveform. This waveform is then transmitted to the destination, where the analog signal is converted back to a digital signal. The data transmission is handled by the XR Protocol, which supports both full-duplex and half-duplex communications.

The XR17D158IV has a wide range of uses, from simple communication between peripherals to advanced industrial and medical applications. Its reliability and advanced features make it an ideal choice for any application where reliable data transmission is required.

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