XRT8010IL-F

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XRT8010IL-F is a clock/timing application specific integrated circuit (ASIC). It is designed to be used for various clock/timing applications including data acquisition, timekeeping, and time-division multiplexing. This integrated circuit can provide both high-precision timing and low-cost high-speed timing solutions for a variety of applications.

Application Field

XRT8010IL-F is a highly-integrated ASIC that can be used for a variety of clock/timing applications. It features a very low power consumption, high accuracy and reliability, and long-term stability. It can be used for timekeeping, data acquisition, distributed clock management, and time-division multiplexing. It is also suitable for developing application specific timing solutions such as micro-controller based systems, real-time operating systems, and embedded networks.

The XRT8010IL-F is a highly integrated clock/timing ASIC and features a low-power architecture designed to reduce the power consumption of applications. Its low-power design reduces energy costs, increases performance, and provides more reliable operation. It is capable of handling a wide range of clocks and signal frequencies from the very low to near the physical limits. It is suitable for applications that need to measure and control time and electrical signals with high accuracy over long periods.

The XRT8010IL-F can also be used in distributed systems that require a high degree of synchronization between system components. It is suitable for distributed timing and control applications, such as DVB-S2/DVB-C2 broadcast systems, and for time-division multiplexing (TDM) applications.

Working Principle

The XRT8010IL-F is designed to provide a high-precision, low-cost timing solution. Its integrated design combines a low-power digital oscillator, a programmable delay line, and dedicated on-chip resources such as timers, counters, and pulse generators. This integrated design allows it to provide low-cost, high-performance timing solutions with minimal external components.

The XRT8010IL-F\'s oscillator is designed to provide a highly stable and reliable source of clock signals. It is capable of providing a wide frequency range, from the very low frequencies to near the physical limits. Additionally, it offers a frequency relative accuracy of up to 0.2 PPM, and an absolute accuracy up to 0.1 PPM, ensuring highly precise timing control.

The XRT8010IL-F\'s delay line is designed to provide adjustable delays between signals. It can be used to control the timing of data acquisition, or provide the required timing accuracy of a specific application. Additionally, the delay line can be used to adjust the relative frequency between selected clocks, allowing for more precise timing control.

The XRT8010IL-F also includes several dedicated on-chip resources, such as timers, counters, and pulse generators. These can be used to measure and control the time and electrical signals with high accuracy, which increases the overall performance of the integrated circuit. The timers and counters can also be used to provide timing synchronization between the peripheral devices and the system.

In summary, the XRT8010IL-F is an application specific integrated circuit designed to provide a cost-effective and reliable solution for various clock/timing applications. Its integrated design combines a high degree of integration with a low-power architecture to reduce energy costs, provide more reliable performance, and enable high-accuracy timing control. It is suitable for distributed timing and control applications, data acquisition, and time-division multiplexing.

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