XRT6165ID-F

The XRT6165ID-F, a high-speed, low voltage differential signaling (LVDS) transceiver, is a highly efficient device for data communication applications such as long-haul, backplane, and high-speed point-to-point serial links. It is a low-power, full-duplex, LVDS transmitter and receiver that works in the 0.95V to 3.3V voltage range and can be used for transmitting and receiving data at rates up to 6.25 Gbps. The device is commonly used in video display and data communications applications requiring high-speed, long-distance signal transmission with minimal power consumption.

The XRT6165ID-F has several features that make it an attractive choice for designers looking to implement high-speed, low-power transceiver solutions. It has an optimized power consumption of up to just 0.35 watts and a 3.3V power supply requirement. Additionally, the device has differential input/output levels of 200mV/1.2V, meaning it can send and receive data on very low-voltage levels. It also has low jitter performance and a low propagation delay, which makes it suitable for applications where a fast response time is critical. Finally, the device is designed with a noise-immune Integrated Stubbed Differential line driver, which helps reduce noise in high-speed data transfer applications.

The XRT6165ID-F is an ideal solution for a variety of high-speed, low-power data communication applications, including:

• Video displays
• Computer serial buses
• Digital content networks
• Broadband communication networks
• Telecommunications networks
• High-speed point-to-point connections.

The heart of the XRT6165ID-F is its differential line driver and differential receiver. This combination of components allows for the transmission and reception of digital data via high-speed, low voltage signals. The differential line driver is responsible for maintaining a constant output level, regardless of the input level or length of the transmission line. The differential receiver is responsible for reconstructing the transmitted data by amplifying and regenerating the incoming signal. Both the driver and receiver offer excellent noise immunity, meaning that signals can be transmitted accurately over long distances without being corrupted or distorted by external noise sources.

The XRT6165ID-F also features several advanced features that make it an excellent choice for data communication applications. It has built-in automated calibration and monitoring functions, which allow for improved signal integrity and maximum performance. Additionally, it features an integrated on-chip diagnostics and testability (D&T) feature, which allows for easy debugging and evaluation of the device. Finally, the device is designed with an advanced power saving mode, which helps to reduce power consumption during idle periods.

The XRT6165ID-F also has several advantages when compared to traditional LVDS transceivers. It has a much lower power consumption and a higher data rate. Additionally, it has a better jitter performance, which means it is more suitable for high speed or long distance transmission applications. Finally, it has an integrated D&T feature, which enables the device to be easily evaluated and monitored for optimal performance.

In conclusion, the XRT6165ID-F is a perfect solution for high-speed, low-power data communication applications. The device\'s optimized power consumption, low differential input/output levels, low jitter performance, and low propagation delay make it an attractive choice for designers looking to implement high-speed, low-power transceiver solutions. Additionally, its automated calibration and monitoring functions, integrated D&T feature and advanced power saving mode all make it an excellent choice for designers who require maximum performance and reliability from their transceiver solutions.