PI6C10807HEX

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The PI6C10807HEX is a clock buffer, driver and timing device from Pericom Semiconductor that provides a low-cost, low-skate design solution for clock distribution. The PI6C10807HEX features a high-performance architecture and is ideal for clock tree and power supply system applications. It is capable of accepting up to six clock inputs, providing up to eight outputs, and allowing up to 24 channels per device.

The PI6C10807HEX is designed to buffer and drive multiple clock signals with minimal skew across a variety of frequencies. It utilizes a cascading circuit architecture for highly consistent operation and provides fast settling and low-skew clocking. The device improves system performance and power savings from its low driver loading, minimal power consumption and efficient on-chip logic. The PI6C10807HEX also includes programmable output delay stages, allowing fine control over the output timing.

The PI6C10807HEX is specifically engineered for distributed clock systems. Its small package size allows for easy integration into high-end consumer electronics, including mobile and embedded solutions. Its outputs are designed for the driving of miniaturized loads, including low-power parallel processing architectures, graphics processors, and portable consumer devices. The PI6C10807HEX is ideally suited for use in power-sensitive systems, providing up to a 3.3V operating VDD.

The PI6C10807HEX has a wide input frequency range of 1 MHz to 6 GHz and is designed to operate in both single-ended and differential topologies. Its versatile clock inputs allow for compatibility with a wide range of clock-generating solutions, such as crystal oscillators, frequency synthesizers, and clock synthesizers. The PI6C10807HEX also includes an on-chip shut down (SD) pin, allowing the device to be disabled at power up or in the event of a power fault.

The PI6C10807HEX is designed to provide superior timing performance and excellent signal integrity. Its design enables high jitter attenuation and excellent duty cycle stability. The device is also able to maintain control over clock signal amplitudes and duty cycles and includes an auto-zero synchronization circuit that compensates for duty cycle variations. The PI6C10807HEX features a four-stage internal logic structure with feedback logic to ensure stable and predictable output timing.

The PI6C10807HEX’s standard eight-output configuration makes it ideal for a wide range of applications, including high-speed networking, communications, consumer electronics, and data processing. It is compliant with the Joint Electron Device Engineering Council (JEDEC) JESD204A and 216B specifications, and is compatible with the latest high-speed data standards. Additionally, the device incorporates an adjustable slew rate control pin allowing the output slew rate to be optimized for faster data transmission or for lower power consumption.

The PI6C10807HEX is an essential part of the distributed clock system design strategy. It provides a low-cost, high-performance solution suitable for a variety of applications. Its wide input frequency range and on-chip timing capabilities ensure precise clock distribution with minimal skew, enabling high-precision, high-speed devices to maintain optimum performance.

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