CDB470XS-DC28

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The CDB470XS-DC28 is a powerful evaluation and demonstration board and kit for generating high precision clocking signals and clock synchronization. It features an advanced oscillator with extensive frequency control, a digital phase-locked loop (DPLL) technology, a dual differential loop gain, and an innovative dynamic power saving technology.

The application fields of this board include telecom network timing, data/voice communication reference clock synchronization, and precision timing applications for industrial automation products. Key features and characteristics of the CDB470XS-DC28 include a wide range of external reference sources, precise and wide frequency control, high-performance DPLL technology, and low jitter generation.

The CDB470XS-DC28 is a great choice for telecom synchronization applications, as it features a compact and lightweight design. Its wide frequency range of 10-500MHz, allows for very precise external reference sources, which are used for synchronization of multiple communication networks or devices. Additionally, its wide dynamic range enable use in multiple telecom networks for various radio frequencies and baseband signals.

The working principle of CDB470XS-DC28 is based on the integration of a dual differential loop gain and an innovative dynamic power saving technology. The dual differential loop gain provides significant progress in power reduction, as well as improved jitter performance. The innovative dynamic power saving technology reduces power consumption and enhances overall performance. Additionally, numerous frequency control features are included in the device, such as frequency offset adjustment, tunable frequency range, and frequency selection parameters.

The CDB470XS-DC28 employs a DPLL architecture to assure the precise and stable operation of the oscillator. The DPLL works by comparing an reference clock frequency to the frequency of an internal oscillator. By using a phase-locked loop algorithm, the device is able to continuously adjust the frequency of the oscillator to maintain clock synchronization. This process ensures that the frequency of the oscillator is always synchronized with the reference clock frequency. This allows for clock synchronization with very accurate timing and minimal jitter generation.

The CDB470XS-DC28 evaluation and demonstration board and kit is a great choice for applications where precise timing can be critical, such as telecom network synchronization and high-precision industrial applications. Its features provide significant advantages in terms of cost savings, power reduction, and performance. The device is highly versatile, and provides high performance, rugged reliability, and long-term stability.

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