PI6C49X0210ZHIEX

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The PI6C49X0210ZHIEX is a Clock Buffer, Driver, and Timing Device from Pericom Semiconductor Corporation. It is designed to link multiple system clock signals from one device to multiple digital systems. It can eliminate timing skew and reduce the amount of wiring used in a digital system. The PI6C49X0210ZHIEX can also be used to expand the digital system clock capability by providing phase-shifted clock outputs.

The PI6C49X0210ZHIEX is a fully integrated device that combines a low jitter clock oscillator, clock buffer and driver arrays, synchronization logic, and programmable delay elements. It is designed to provide a single clock source with multiple clock signals that are optimized for digital systems. It performs a wide range of tasks including clock selection, mezzanine interface timing, analog-to-digital and digital-to-analog clock translation, reset synchronization and skew adjustment, and spread-spectrum clock optimization.

The PI6C49X0210ZHIEX provides exceptional performance for high-speed applications, with a 5-stage delay chain that accommodates up to 14ns of programmable delay. It also provides a low jitter clock oscillator that meets the requirements of most high-speed systems. It is configurable for up to 18 output signals, with no outputs sharing the same clock source, and all output signals are guaranteed to meet their respective differential and single-ended timing requirements.

The PI6C49X0210ZHIEX is designed to be easy to use and configure, with an integrated graphical user interface that allows easy setup and configuration of the device. The device features an on-chip DC-to-DC converter module, which simplifies power supply design. It also features an on-chip temperature sensor and thermal shutdown protection.

The PI6C49X0210ZHIEX is designed to provide an enhanced system performance and reliability. It is designed to ensure maximum system uptime, with an on-chip real-time monitoring capability for fail-safe operation. It is also designed for optimal system performance, with an integrated three-level voltage domain selector for clock and data selection, a high-powered driver array for extra driving capability, and configurable spread-spectrum clocking to reduce EMI.

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