The PI6C2502WX is a low-skew, 1-to-2 Clock Buffer designed for high-performance clock distribution applications. Manufactured by Pericom, now Diodes Incorporated, this device is specifically engineered to minimize clock skew and jitter, ensuring optimal performance in demanding digital systems.

Applications:

• Clock distribution in networking equipment (routers, switches)
• Server motherboards
• High-speed data communication systems
• Graphics cards
• Consumer electronics devices requiring precise clock signals

Features:

• Low Skew: Ensures minimal timing differences between output clocks.
• 1-to-2 Clock Buffer: Distributes a single clock signal to two outputs.
• High-Frequency Operation: Supports high clock frequencies suitable for modern digital systems.
• Low Jitter: Maintains signal integrity by minimizing jitter.
• Output Enable (OE) Control: Provides flexibility in clock management.
• Space-Saving Package: Available in compact packages for efficient board layout.
• Operating Voltage: Typically operates at 3.3V or 2.5V.

Benefits:

• Improved System Performance: Low skew and jitter contribute to stable and reliable system operation.
• Simplified Clock Distribution: 1-to-2 buffer simplifies clock tree design.
• Reduced EMI: Low noise characteristics minimize electromagnetic interference.
• Flexibility: Output enable control allows for dynamic clock management.
• Space Efficiency: Compact package saves valuable board space.
• Reliable Operation: Designed for robust performance in various operating conditions.

Additional Details:

The PI6C2502WX is characterized by its low additive jitter and minimal propagation delay variation. It often features a precise impedance matching to ensure signal integrity. The specific operating frequency range, supply voltage, and package type can vary depending on the specific variant. Refer to the datasheet for detailed electrical characteristics, timing specifications, and package dimensions. The device is commonly used in systems where accurate and stable clock signals are critical for proper functionality.