P2P2304NZF-08TR

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 P2P2304NZF-08TR is an ultra low-skew clock buffer which provides two differential outputs from a single input clock source. It is designed to regenerate clock signals with low skew to eliminate system timing skew problems, while also providing improved signal integrity over longer traces. It is also capable of fan-out up to 16 outputs. This device is ideal for applications requiring clock synchronization, such as networking equipment and video displays.

The major application field of P2P2304NZF-08TR is in clock synchronization, timing solutions and system synchronization. It is suitable for applications under extreme environmental conditions such as high temperature, low power and EMI noise. It is commonly used in various high-speed telecommunications applications such as high-speed routers, LANs, datacenters, wireless networks and xDSL. It can also be used in various system designs such as GPS, Set-top boxes, HDTV and automotive displays.

The P2P2304NZF-08TR belongs to the category of clock buffers, drivers and clock/timing solutions that employ a high-frequency analog circuit, commonly known as a phase-locked loop (PLL). This PLL is the core element of the device and functions as a low jitter frequency synthesizer, providing stable and accurate clock signals to the device output. The principle of operation of the device is based on matching the device input clock signal with the master PLL frequency. The set PLL frequency is typically a fixed value or a fraction of the input frequency.

The P2P2304NZF-08TR features controlled rise/fall time as well as low jitter and skew to accommodate high-speed and demanding applications. The device also provides equal amount of output skew between the two outputs, to better match the requirements of applications that require sampling at two points with equal margins. The device is designed to produce the lowest possible skew, jitter and power consumption for the most demanding applications. The device also has a high permissible output frequency range that is designed to be compatible with the most commonly used reference clock sources.

The P2P2304NZF-08TR provides multiple benefits that make it ideal as a clock buffer and driver for a wide range of applications. By re-synchronizing signal paths, devices such as routers and datacenters can benefit from increased signal integrity, improved system performance, and enhanced power efficiency. Additionally, the device is able to accommodate very low jitter and high slew-rate input signals to provide optimal signal integrity. Furthermore, the device offers an adjustable power-down mode to reduce the overall system power consumption in applications which require low-power operation.

In conclusion, the P2P2304NZF-08TR is an excellent choice for applications that require clock synchronization, such as networking equipment and video displays. Its ultra low-skew clock buffer provides two differential outputs from a single input clock source with controlled rise/fall time, low jitter, and equal output skew. The PLL embedded in the device offers a frequency synthesizer for stable and accurate output signals. Furthermore, the P2P2304NZF-08TR offers adjustable power-down mode for improved energy efficiency. As a result, the device provides improved signal integrity, enhanced system performance, and optimized power consumption for demanding applications.

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