SI5334M-B01749-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 SI5334M-B01749-GMR from Silicon Labs is a clock generator intended for high-performance applications which require an accurate, reliable and cost-effective clocking solution. It is a highly integrated, ultra-low jitter clock generator that can deliver up to 6 independent output frequencies. This product is intended to drive FPGA, ASIC and microprocessors such as ARM and XScale that are used in demanding networking, telecom and embedded systems applications.

The SI5334M-B01749-GMR utilizes a frequency synthesizer architecture to generate jitter clean clocks that provide low phase noise and deterministic jitter performance. The platform includes multiple loop filter architectures, reference source choices, input multiplexing and the ability to support frequency hopping applications.

The SI5334M-B01749-GMR is designed for use in many different application types. It is often used in high performance network switch and router applications, such as routers for 12 Gigabit Ethernet (GigE) applications, as well as short haul DWDM applications. It is also used in highly sophisticated storage and server applications, large-scale enterprise networks, Deep Packet Inspection (DPI), optical transport networks, and other demanding high performance network applications.

The SI5334M-B01749-GMR offers high integration and performance in a low-cost package. It supports output frequencies as low as 200 kHz and as high as 400 MHz, with a frequency synthesizer jitter performance of less than 0.150 ps RMS. The product supports up to 6 independent output frequencies, with a per-output jitter performance of less than 0.850 ps RMS. It also includes Integrated Silicon Labs DataLane Architecture which provides output startup synchronization and flexible per-output termination.

The SI5334M-B01749-GMR has been designed to provide an integrated, high-performance solution for application specific clock generation needs. It is a high performance device that can be used for multiple different applications, including telecommunication, military, and industrial applications. If high-performance and reliability are required, the parts of the SI5334M-B01749-GMR family can provide the clocking and synchronization needed to carry out mission-critical operations.

The working principle of the SI5334M-B01749-GMR is based on a frequency synthesizer architecture. This architecture is used to generate clean and precise clocks that are used to drive digital devices, such as FPGAs, ASICs and microprocessors. The device utilizes a phase-locked loop (PLL) to generate multiple frequencies, and a reference source, such as an external crystal oscillator, to provide a reference frequency. The PLL of the SI5334M-B01749-GMR is capable of operating at a wide range of input frequencies. This enables the device to generate a wide range of output frequencies with very low jitter performance.

The SI5334M-B01749-GMR integrates a number of features to ensure consistent performance, for example noise cycling, adjustable pull range, and adjustable single-ended output termination. It also offers a wide range of configuration options, including reference multiplexing and output frequency hopping. In addition, it is capable of performing output startup synchronization, allowing multiple parts to be synchronized at startup. This is important for applications that need to synchronize clocks over multiple boards or on a wide area network.

The high level of integration and performance offered by the Silicon Labs SI5334M-B01749-GMR make it an attractive solution for a wide range of clock/timing applications. It is ideal for demanding high-performance applications such as telecommunications and networking, as it offers low jitter performance, high integration, and a wide range of clocking features. It can also be used in military, industrial, and medical systems.

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