SI5326B-C-GM

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The SI5326B-C-GM is a programmable, low-jitter advanced clock generator. It integrates three PLLs in a 32-pin QFN package and supports any combination of differential or single-ended input and output clocks. The SI5326B-C-GM clock generator can generate any combination of clock frequencies from one reference clock input. This allows it to incorporate up to three independent oscillators and/or phase-locked loops to deliver highly precise clock signals.

The SI5326B-C-GM functions as an adjustable clock synthesizer, allowing designers to adapt to any clock speed required in their application. This device can also be used to replace oscillators, clock generators, and fanout buffers. To reduce component count and simplify their design, the SI5326 can be used for a broad range of applications, such as data acquisition, telecommunications, and embedded systems.

The SI5326B-C-GM can be used in tasks such as clock redundancy, clock distribution, and clock recovery, which need to provide versatile, ad-hoc, error-free synchronization and low jitter clocks. The SI5326B-C-GM features a programmable output selection, which allows it to generate a single, dual or multiple outputs. It also has selectable output reference clock or an integrated oscillator, enabling flexible timing solutions.

The SI5326B-C-GM works by generating a stable clock signal in response to an input reference clock. An internal phase-locked loop (PLL) is used to synthesize the output clock frequency. The input reference frequency is multiplied or divided by two to achieve the desired frequency. Also, a programmable division ratio is used to reduce the output frequency further. To avoid interference and reduce jitter, an integrated programmable loop filter further reduces the already low jitter of the PLL.

The SI5326B-C-GM can be used to reduce the total system cost by providing a single, low-cost, clock solution instead of using to several independent clock sources. It provides excellent time-base accuracy, which is important for various applications requiring high performance or a large amount of data throughput.

The SI5326B-C-GM can also be used for frequency synthesis, where multiple frequencies are derived from a single precision master clock source. The frequency synthesizer feature provides precise control of the output frequency, without the need for external crystals or oscillators. This feature makes the SI5326B-C-GM suitable for wireless, video, and point-to-point data transmission applications.

In conclusion, the SI5326B-C-GM is an ideal choice for applications that need precise, flexible and low-jitter clock synthesis. Its low power consumption and integrated features make it a cost-effective solution for clock generation, frequency synthesis and clock redundancy. The SI5326B-C-GM is a versatile, high-performance application field data clock generator and frequency synthesizer.

The specific data is subject to PDF, and the above content is for reference