LMK00304EVM/NOPB

Series:	--
Part Status:	Active
Type:	Timing
Function:	Clock Distribution
Embedded:	No
Utilized IC / Part:	LMK00304
Primary Attributes:	--
Supplied Contents:	Board(s)
Secondary Attributes:	--

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Introduction to Evaluation and Demonstration Boards and Kits

Evaluation and demonstration boards and kits are a type of electronic component that enable users to quickly prototype a design, without the need for complicated design tools and long production cycles. These boards and kits are generally targeted at lower-end applications, such as consumer electronics, automotive applications and hobby projects.Typically, evaluation and demonstration boards and kits are useful for testing functionality, evaluating a particular design, and demonstrating capabilities to an audience. They can save time and money by allowing users to quickly and accurately evaluate a design and determine its viability before attempting to build a custom prototype.

LMK00304EVM/NOPB Application Field and Working Principle

The LMK00304EVM/NOPB evaluation and demonstration board is an 8-channel, 7-bit 5.6 GHz clock buffer system designed to reduce board complexity and help reduce system design cost and time. This board features a PLLable clock buffer solution with a maximum input frequency of 440 MHz. It offers excellent jitter performance and low additive jitter while providing buffered clock inputs, buffered clock outputs, and a feedback loop.The board is suitable for a wide range of applications, such as wireless infrastructure, networking, and test and measurement. It is ideal for designers who require an efficient clock buffering solution for high-speed data communication and other applications, including high-end consumer electronics, automotive systems, and embedded applications.The LMK00304EVM/NOPB board utilizes a PLL+VCO architecture to reduce jitter performance and low additive jitter while providing buffered clock inputs, buffered clock outputs, and a feedback loop. The PLL+VCO architecture also provides a much wider range of phase adjustability, which helps maintains higher overall phase and frequency accuracy while reducing system footprint.In addition, the board also features a non-overlapping CMOS output structure, high-speed CMOS 7-bit dividers, and on-board programmable clock output options. The user can also program the clock output and generate output phase clock signals with various frequencies.Lastly, the LMK00304EVM/NOPB board is designed to simplify the design process and speed up the time to market. This board supports redundant clock architectures, allowing the user to control up to 16 separate clock outputs. It also provides scope views to validate the outputs and allow users to quickly and accurately analyze and troubleshoot their designs.

Conclusion

The LMK00304EVM/NOPB evaluation and demonstration board is versatile, easy-to-use and provides excellent jitter and low additive jitter. It features a PLLable clock buffer solution with a maximum input frequency of 440 MHz, a non-overlapping CMOS output structure, high-speed CMOS 7-bit dividers, and on-board programmable clock output options. The board is suitable for a wide range of applications, including wireless infrastructure, networking, and test and measurement. It also supports redundant clock architectures, allowing users to control up to 16 separate clock outputs. In conclusion, the LMK00304EVM/NOPB board is an ideal solution for quickly and accurately evaluating designs and rapidly achieving time to market.

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