SI5335D-B02130-GM

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The SI5335D-B02130-GM is a multi-programmable clock generator that provides users with a wide variety of frequency, output, and layout options. The device is designed to offer high-performances and clock synchronization in embedded systems, such as Ethernet, microprocessors, graphics, and telecom clock architectures. It is particularly suited to applications that require a low profile and small footprint, and it is also highly cost effective.

The SI5335D-B02130-GM is a clock generator that produces precision clocks by using a Phase-Locked Loop (PLL). The PLL allows the Si5335D-B02130-GM to match the output clock to the desired frequency, providing an accurate and reliable clock source for embedded systems. Additionally, the PLL also makes it possible to synchronize various clocks in an embedded system, ensuring that the various components of the system remain in sync.

The SI5335D-B02130-GM is capable of creating up to 8 electrical outputs, allowing it to interface with multiple embedded systems in a cost-effective manner. The outputs can be individually configured to provide the desired frequencies and phases. The device also supports several flexible input options, including a spread-spectrum reference clock. This allows the SI5335D-B02130-GM to be easily adapted for use in today’s demanding applications.

The SI5335D-B02130-GM is available in both a leaded and leadless package, giving users more flexibility when choosing an appropriate package for their application. This allows the device to be used in a variety of embedded system architectures. Additionally, the device is offered in a range of operating temperatures, which ensures the SI5335D-B02130-GM performs reliably in harsh environmental conditions.

Overall, the SI5335D-B02130-GM offers users a reliable and cost-effective solution for creating and synchronizing clock signals in embedded systems. The device\'s PLL and flexible input options make it ideal for applications requiring highly accurate and low jitter clocks, such as those found in Ethernet, microprocessors, graphics, and telecom clock architectures.

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