PT7C5027C5-2WF

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The PT7C5027C5-2WF is a programmable clock generator designed for a wide range of clock/timing applications. It uses advanced Method of Loops (MoL) techniques to generate high frequency, low jitter clocks, ideally suited for applications that require precision timing performance. The PT7C5027C5-2WF is a highly versatile device that can be used in various applications and industries, such as telecommunications, computing, industrial control, medical and scientific instruments, video and audio streaming, and automotive.

The PT7C5027C5-2WF has a wide range of output frequencies, from 0.08 MHz to 155 MHz for its LVPECL outputs and 0.50 MHz to 220 Mbits/s for its LVDS outputs, making it suitable for a wide range of applications. It is also capable of generating very low jitter clocks and signals, which makes it ideal for high-speed, precision clock/timing applications. With its programmable output configurations, the device can also be used for applications where multiple clock/timing signals are required.

The PT7C5027C5-2WF is designed to simplify system-level design by providing an easy-to-configure device. The device offers an integrated clock tree and multiple programmable options to generate clock networks that are customized to the application’s needs. The device features various types of output configurations, which include the ability to generate individual clocks, multiple clocks, master/slave outputs and different types of synchronization signals.

The PT7C5027C5-2WF is based on a Programmable Temperature Compensated Crystal Oscillator (TCXO) architecture, which is designed to ensure the highest precision and reliability in the field of clock/timing applications. This technology is used to establish and maintain an accurate oscillator frequency across its operating temperature range, making it ideal for applications that need very high accuracy timing signals.

The device also features an open architecture for easy integration into different clock/timing solutions. It is equipped with several functional blocks, such as the programmable clock generator, XO frequency trimming, clock dividers, synchronizer, and other frequency control loops, which can be used to customize the clock networks and improve system performance. The device also includes multiple pins used for monitoring and control, as well as flexible programming interfaces.

The PT7C5027C5-2WF is a versatile and cost-effective device designed for a wide range of clock/timing applications. It offers a wide range of output frequencies, very low jitter clocks and flexible configuration options, making it ideal for applications that require precise timing performance and custom clock networks. In addition, its open architecture and multiple functional blocks provide a cost-effective and economical solution for application specific clock/timing applications.

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