PI6C48543LEX

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The PI6C48543LEX is a low power, low jitter clock buffer. It can be used for a wide variety of timing, clock, and jitter reduction applications. Designed to provide a stable and reliable clock source, the device is suitable for applications requiring low power, low jitter, and high accuracy. It also provides a low jitter output and is suitable for applications where jitter can be a concern.

The PI6C48543LEX is a differential buffer and can be used to reduce jitter, reduce EMI, and improve noise immunity. It has three outputs to provide multiple levels of regeneration. Each output is a differential pair, the differential inputs, and the single-ended outputs. The output levels of the device can be adjusted for various applications.

The PI6C48543LEX is a low power device and has a quiescent current of less than 10mA. It is designed to minimize power consumption and to easily integrate into low power systems. The device can also be used to reduce overall system power consumption.

The PI6C48543LEX provides a choice of output frequencies ranging from 4kHz to 50MHz. It is designed with integrated circuitry to handle multiple types of clocks and to provide an appropriate output frequency for the application. It is also capable of providing an adjustable frequency which can be used to synchronize multiple devices within the system.

The PI6C48543LEX uses a PLL clock buffer architecture to reduce jitter and improve timing accuracy. It is optimized to provide a low jitter output while minimizing power consumption. It also provides multiple levels of regeneration to reduce additional jitter and EMI.

Overall, the PI6C48543LEX is a low power, low jitter clock buffer suitable for clock and timing applications. Its integrated circuitry allows for a range of output frequencies and adjustable frequency synchronization. It is also optimized for low power and low jitter with multiple levels of regeneration for additional jitter and EMI reduction. Overall, it is an ideal device for many clock and timing applications.

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