The PI6CV855LEX, manufactured by Pericom, is a high-performance clock buffer designed to distribute clock signals with minimal skew and jitter. This device is ideal for applications requiring precise timing, such as networking equipment, servers, and high-speed data communication systems. The PI6CV855LEX ensures signal integrity and reliable clock distribution in demanding environments.

Applications

• Networking (Routers, Switches)
• Servers and Workstations
• High-Speed Data Communication
• FPGA and ASIC Clock Distribution
• Test and Measurement Equipment

Features

• Low additive jitter: Maintains clock signal integrity.
• Low output skew: Ensures precise timing synchronization.
• Wide operating frequency range: Supports various clock frequencies.
• Differential outputs: Provides excellent noise immunity.
• 3.3V power supply: Compatible with standard logic levels.
• Small footprint package: Saves board space.

Benefits

• Improved system performance due to low jitter and skew: Enables reliable data transmission.
• Reduced system cost with integrated functionality: Simplifies design and reduces component count.
• Simplified board layout due to small package: Allows for denser designs.
• Enhanced signal integrity with differential outputs: Minimizes noise impact.
• Lower power consumption contributing to energy efficiency: Reduces heat generation.

Additional Details

The PI6CV855LEX features internal termination resistors to minimize signal reflections. It supports a range of output signal levels. The device is designed to operate reliably within industrial temperature ranges. Proper power supply bypassing and grounding are crucial for achieving optimal performance. The small package enhances board density. The PI6CV855LEX is a vital component in maintaining precise and reliable clock signals in sophisticated applications. Its low-power operation contributes to a more energy-efficient system. Careful attention to layout considerations, such as controlled impedance traces, is essential for optimal signal integrity.