9LPRS436CGLF

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Clock/Timing - Application Specific

The 9LPRS436CGLF is an application specific clock/timing device for a variety of time sensitive data applications. The device offers precise timing control for complex, time sensitive applications, and is designed to be used in a wide range of industries, from telecommunications to industrial networking.

Applications

The 9LPRS436CGLF is ideal for use in a variety of time-sensitive applications. It is used in cellular base transceiver stations, broadcast radio and television, VoIP systems, cable television, satellite radio, CCTV systems, and digital infrastructure networks. Additionally, the device is suitable for use in Ethernet, Fibre Channel, and SAN networks.

Features

The 9LPRS436CGLF offers a wide range of features, including:

• High-precision frequency multiplication/division
• High jitter tolerance
• High accuracy frequency control
• On-die temperature compensation
• Dynamic frequency hopping
• Power-saving techniques
• Programmable pulse width output
• Programmable clock output frequency
• Programmable output stepping
• Independent pulse output enable circuitry

Performance

The 9LPRS436CGLF is designed to deliver exceptional performance in terms of timing accuracy, jitter tolerance, and frequency stability. The device offers a frequency control range of +/−0.7 ppm, a jitter tolerance of +/−0.5 ns, and a frequency stability of +/−2x 10-10 (over temperature and voltage). In addition, it provides low power dissipation and is capable of generating signals up to 75 MHz.

Working Principle

The 9LPRS436CGLF works by using frequency multiplication and division methods to generate the desired clock signal. The frequency generation is based on the device\'s on-die temperature compensation circuitry, which allows it to generate precise clock signals even when the ambient temperature is changing. The frequency of the output signal can be programmed in steps as low as 10 Hz, allowing the application to be highly customized.

The device also supports dynamic frequency hopping, which enables it to automatically switch between multiple frequencies in order to optimize the radio link performance. This capabilities allow it to be used in radio networks with bandwidths of up to 75 MHz. Additionally, the 9LPRS436CGLF can be used to generate pulse width outputs, pulse output enables and programmable clock output frequencies.

Conclusion

The 9LPRS436CGLF is an application specific clock/timing device for a variety of time sensitive applications. It is designed to deliver exceptional performance in terms of timing accuracy, jitter tolerance, and frequency stability. The device offers numerous features, such as high-precision frequency multiplication and division, high jitter tolerance, and dynamic frequency hopping, and is capable of generating clock signals up to 75 MHz. Additionally, it supports power-saving techniques and independent pulse output enable circuitry. The 9LPRS436CGLF is ideal for use in cellular, broadcasting, VoIP, CCTV, Ethernet, Fibre Channel, and SAN networks.

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