CDCM61004RHBT

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CDCM61004RHBT is a highly integrated clocks and timing generator developed by ON Semiconductors, featuring a fast lock time with low jitter and low power consumption. It is used mainly in cellular base stations, and wireless access points where highly accurate timing is required. It has 16 frequency outputs, and provides advanced features such as built-in frequency offset, spread spectrum modulation, and precision output phase alignment.

The application field of CDCM61004RHBT mainly covers cellular base stations and wireless access points, as mentioned above. Here, highly accurate timing generation is essential for establishing and making communications between nodes. Specifically, a wide range of frequencies must be generated to reliably provide transmission for different layers and protocols being used in the communication process. This is what CDCM61004RHBT is specially designed for – it is able to generate up to 16 frequencies while still saving power.

How CDCM61004RHBT works, in a nutshell, is quite simple. First, oscillator is used to generate precise timing signals. This oscillator is then split into multiple paths to form individual clocks during the multi-frequency cloaking. Spread spectrum modulation can also be applied, depending on the design. Notably, the frequency offset feature enables precise frequency tuning for the generated frequencies. Different output paths can also be phase-aligned to calibrate the rising and falling edges, enabling further precise timing control.

In conclusion, CDCM61004RHBT is specially designed for generating multiple precise timing signals. With its spread spectrum modulation feature and precision output phase alignment function, it provides impressive performance for a maximum of 16 generated frequencies. A wide range of frequencies needs to be produced for reliable communication between nodes, and CDCM61004RHBT can help meeting this requirement while still conserving power.

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