ZL40213LDF1

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The ZL40213LDF1 is a universal low voltage single output clock buffer designed for use in various timing applications. It is capable of generating frequencies from a wide range of sources, such as from slow frequency clocks, nonvolatile memories, ASICs and DSPs. The output clock frequency can be optimized for applications such as data converters, high speed clocks, audio clocks, ASIC interfaces and many other applications.

ZL40213LDF1 Application Field

The ZL40213LDF1 is a low voltage, single output buffered clock suitable for multiple application fields ranging from high speed clocks and data converters, to audio clocks and ASIC interfaces. Its flexibility of operation and low power consumption make the ZL40213LDF1 ideal for many timing applications.

The ZL40213LDF1 is designed to provide multiple clock frequencies, ranging from 25MHz to 2GHz, depending on the application. The ZL40213LDF1 can also be used in applications requiring ultra-low power operation, such as precision data converters, high speed clocks and audio clocks. In addition, the ZL40213LDF1 is capable of providing dual frequency operation for applications such as ASIC interfacing.

The ZL40213LDF1 is optimised for use with devices such as Microprocessors, Digital Signal Processors (DSPs), Field-Programmable Gate Arrays (FPGAs), ASICs, Nonvolatile Memories, and Discrete Logic Gates. It is also suitable for use with a variety of motherboard/PCB designs.

ZL40213LDF1 Working Principle

The ZL40213LDF1 uses an innovative circuit architecture to provide a highly configurable clock buffer. The buffer creates a differential voltage swing between its buffered output, derived from the input clock source, and the internal reference signal. This ensures that the output clock is synchronized with the input clock and maintains signal integrity, even in the case of multiple clock sources.

The ZL40213LDF1 generates outputs in both single and dual frequency modes. In single frequency mode, the ZL40213LDF1 can provide outputs ranging from 25MHz to 2GHz, making it applicable for a variety of applications. In dual frequency mode, the ZL40213LDF1 can provide two output frequencies, one in the range of 25MHz to 1GHz and the other in the range of 25MHz to 2GHz.

The ZL40213LDF1 features a low jitter performance which is specified at 1ps RMS (root mean square). This ensures that the output clock remains synchronized with the input clock and delivers a clean signal at the buffered output.

The ZL40213LDF1 has an operating temperature range of 30°C to 85°C, making it well suited for use in a range of environmental conditions. It also features a low power consumption, making it suitable for applications where power efficiency is a concern.

In addition, the ZL40213LDF1 has built-in ESD (electrostatic discharge) protection circuitry, which is designed to protect the chip from damage due to static electricity. This feature ensures that the ZL40213LDF1 is used in a safe and reliable manner, even in applications where there is a potential risk of static discharge.

Finally, the ZL40213LDF1 is capable of providing a flexible clock output, allowing the user to adjust the output clock frequency to meet the needs of their application. This ensures that the ZL40213LDF1 can be used in a wide variety of applications, without sacrificing performance.

Conclusion

The ZL40213LDF1 is a versatile clock buffer designed for use in various clock/timing applications. It can provide frequencies from a wide range of sources, and is capable of producing high frequencies and low jitter performance. Additionally, its flexibility of operation and low power consumption make it the ideal solution for a variety of applications ranging from high speed clocks and data converters to audio clocks and ASIC interfaces.

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