SI5335C-B05447-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 SI5335C-B05447-GM is a fully integrated, low-jitter clock generator designed for high performance communication applications. It is part of the SI5335 family of devices, and is ideal for systems clock requirements containing Phase-Locked Loops (PLLs) and Frequency Synthesizers. It is one of the most advanced clock generators available, providing high frequency and low jitter performance.

The device is based upon a 180 nm CMOS process. It contains an on-chip voltage-controlled oscillator (VCO), an internal three-stage PLL, and phase detectors, which allow the device to generate output clocks with low jitter performance. The SI5335C-B05447-GM also offers various output formats, including differential clock outputs, which are ideal for communication applications requiring high frequency accuracy and low jitter. The device has an on-chip programmable LVDS clock driver, and the outputs can be configured to output the same frequency or different frequencies from the same crystal.

In particular, the SI5335C-B05447-GM is well-suited for communication applications requiring high performance and low EMI/EMC requirements. It is especially suitable for Ethernet, DSL, and other wide-area data communication applications, where it is important to minimize the amount of jitter on the data channel. The device is also compatible with IEEE 1588, an industry-standard protocol for timing synchronization of clocks over Ethernet.

The SI5335C-B05447-GM has many features that make it well-suited for use in communication applications. It provides a wide range of output frequency selections that are supported by the on-chip VCO, allowing synchronization of different clocks within a system. The device also has a programmable output duty cycle, allowing users to control how long the output clock is on. In addition, it offers a glitch-free frequency switchover, making it easy to transition between different frequency selections without any unexpected events.

The SI5335C-B05447-GM also supports multiple off-chip crystals and clock sources, providing a significant advantage over devices that require a single external clock source. The device also offers a wide range of input frequency selections, allowing users to select the best frequency to suit their application. It also provides a number of programmable loop filters which can be used to control the phase detection accuracy and jitter performance of the device.

Overall, the SI5335C-B05447-GM is a powerful clock generator with high frequency and low jitter performance. With its support of multiple clock sources, multiple outputs, and programmable loop filters, it is a great choice for applications requiring precise clock synchronization and low EMI/EMC requirements. As such, it is a popular choice for many communications applications, and it is frequently used in Ethernet, DSL, and other wide-area data communication applications.

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