SI5335C-B04606-GMR

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 SI5335C-B04606-GMR is a highly programmable clock generator/jitter attenuator from Silicon Labs. It is designed to offer flexibility and low-noise output synchronization for applications with stringent frequency, jitter, and phase noise requirements. This powerful generator can generate any combination of low frequency and high frequency clocks at any output frequencies up to 65 MHz, allowing for ultra-low phase and frequency jitter applications.

The SI5335C-B04606-GMR is a low-jitter clock generator that features PLLs and frequency synthesizers. It is designed to provide ultra-low frequency, phase, and jitter performance while also offering programmable, flexible frequency outputs. Its architecture enables wide-range output frequency selection up to 65 MHz and low-jitter attenuation down to 1 ps (RMS) for a variety of applications.

The SI5335C-B04606-GMR has a wide range of input frequencies, allowing for flexible operation and frequency synthesis. Its design incorporates a 5-stage PLL providing excellent jitter attenuation across a range of frequency inputs. It also features low-noise operation and a wide-range of programmable options, such as clock output configurations, smoothing, and slew rate control.

The SI5335C-B04606-GMR has a broad range of applications, due to its low-jitter and high-frequency performance characteristics. It can be used in a number of different industries, such as communications, data storage, automotive, and industrial applications. It can provide ultra-low-jitter and reliable clocking for high-speed data communication, ranging from 10Gbps Ethernet to 100Gbps fibre channel. This device is also well suited for applications that require RF and microwave clocking and timing, such as satellite broadcast and high-precision radar.

The working principle of the SI5335C-B04606-GMR is based on the principles of frequency synthesizing, which is the generation of an output frequency from an input frequency that is higher or lower than the output frequency. It achieves low-jitter performance through the combination of a high-frequency input source, PLL technology, and frequency synthesis techniques. The output frequency is determined by the settings of the PLL, and the frequency is set by the input frequency and the PLL settings. The SI5335C-B04606-GMR can be configured to provide a stable, low-jitter output frequency over a wide range of input frequencies, making it ideal for applications with stringent frequency, jitter, and phase noise requirements.

The SI5335C-B04606-GMR is a powerful, low-jitter clock generator with a broad range of applications. Its programmable options, low-noise operation, and wide-range of frequencies make it ideal for many applications where reliable synchronization is needed. Its frequency synthesis capabilities provide it excellent performance across the industry, from communications and data storage applications to high-precision radar and microwave applications. Its low-jitter and wide-frequency range make it a perfect choice for many applications, providing highly reliable clock synchronization where needed.

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