SN65LVEP11DGKR

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The SN65LVEP11DGKR device is a high-speed, ultra-low skew and low jitter buffer, driver and repeater intended for use in the clock and timing domain. It is beneficial for applications that require high-speedtransmission over noise-sensitive buses, or where highly reliable clock distribution is needed.

The SN65LVEP11DGKR device is designed to receive and transmit low voltage differential signals (LVDS) over short-medium length backplanes or copper traces while maintaining jitter and skew compliance with EIA/TIA-644-A standards. The SN65LVEP11DGKR buffer outputs are capable of driving the inputs of many other LVDS devices and the LVDS inputs are capable of receiving signals from many other LVDS devices.

The SN65LVEP11DGKR device is attractive for many applications, such as clock generation and distribution, clock fan-out, and data rate up/down conversion and transport. The device offers high-speed LVDS signaling and a low gate count, making it ideal for use in clock and timing applications.

Generally, the SN65LVEP11DGKR is used in a variety of applications such as digital data transport, clock and timing distribution and conversion, data synchronization, and clock fan-out. When used for clock and timing distribution and conversion, the buffer can be used to reduce constraints on jitter, skew, and drive strength.

The working principle behind the SN65LVEP11DGKR is simple, yet effective. In order to reduce the jitter and skew of buffered signals, the SN65LVEP11DGKR buffer reduces the amount of time between the occurrence of two consecutive differential inputs and then passes the resulting low jitter, low skew output signal to the next device in the path.

The device is also able to work with very low voltage signals, with the ability to operate down to 200mV differential, ensuring that the signals are less sensitive to noise and interference. The device also helps to reduce the effects of noise andjitter propagation with its low power consumption.

The SN65LVEP11DGKR device operates across a wide temperature range from -40 to +85 degrees Celsius, making it suitable for a range of applications, including high-speed communication, clock and timing distribution, and data transport. The ultralow 3.3-V power supply voltage also makes it suitable for mobile applications or system-on-chip designs.

Overall, the SN65LVEP11DGKR is an ideal choice for applications where high-speed, low noise, and low power consumption are desired. It is suitable for a wide variety of applications and is robust across a temperature range, making it a great choice for any clock and timing driven designs.

The specific data is subject to PDF, and the above content is for reference