5V41065PGG8 Integrated Circuits (ICs)

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The 5V41065PGG8 is a Clock/Timing - Application Specific module designed by Texas Instruments. This module works by combining a high-performance Digital Clock Manager (DCM) and multiple Clock/Timing devices to provide a flexible, easy-to-use, cost-effective solution for computing and networking applications. The main features of this module are: high-speed crystal oscillator (HXO), multiple output clocks, programmable clock frequency, programmable skew/phase settings, plus holdover/jitter management.

There are a variety of applications for the 5V41065PGG8, including:

• precision timing systems
• frequency synthesis applications
• clock synchronization systems
• multiple system clock sources
• network clock synchronization
• multi-rate clock distribution
• video capture systems
• wired and wireless communications systems

The primary benefit of using the 5V41065PGG8 in these applications is that it provides a high-performance Digital Clock Manager (DCM) that can house multiple clock/timing devices, allowing for maximum flexibility within the system. This allows for extremely accurate timing of multiple objects within the system, as well as maximizes overall system performance and reliability.

One key feature of the 5V41065PGG8 is the high-speed crystal oscillator (HXO). With the HXO, the output clock will remain accurate to within 10 parts-per-million (ppm) from the original frequency. This means that the clock signal output from the device will remain accurate to within 10 parts-per-million even after many hours of sustained operation. This makes the 5V41065PGG8 ideal for applications that require a reliable and accurate clock signal.

The 5V41065PGG8 also features multiple output clocks, which can be programmed to run at different frequencies and with different phase settings. This allows for multiple clock sources within the system, ensuring that each operation and device run at the correct frequency and with the correct timing. This feature is especially important in networking applications where different devices have different clock requirements.

The 5V41065PGG8 also includes programmable skew/phase settings, allowing for extremely precise timing of multiple objects within the system. This ensures that each device is running at the exact frequency and with the exact timing for optimal performance. The plus holdover/jitter management provided by the 5V41065PGG8 also ensures the maximum accuracy of the clock signal.

In conclusion, the 5V41065PGG8 Clock/Timing - Application Specific module is a powerful and cost-effective solution for a wide variety of computing and networking applications. With its high-speed crystal oscillator, multiple output clocks, programmable skew/phase settings, plus holdover/jitter management, it provides a reliable and accurate clock signal that ensures maximum performance and reliability of the overall system.

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