SI5335B-B02250-GM

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SI5335B-B02250-GM application field and working principle

The SI5335B-B02250-GM is a high-performance clock generator IC from Silicon Labs. It provides a precision, easy-to-implement solution for clock management in a wide range of systems. The integrated solution contains two output clocks and two integrated LVPECL oscillators from the same reference that can be used to drive additional harmonics, synchronize multi-clock systems, or provide multiple different clock references for instrumentation and testing.

The device is suitable for high-performance clocking applications, such as networking, telecom, storage and data centers, embedded computing, and digital video applications where low jitter, low offset and low power are important. The SI5335B-B02250-GM can generate up to four output clocks, provide up to four reference clocks and has an integrated power down mode. It can also be used to generate spread spectrum clock outputs.

Features

• High-performance clock generator with four outputs, two reference clocks and two oscillators
• Low power operation and low power down
• Excellent jitter performance and low offset
• Spread-spectrum clock generation
• Integrated voltage regulators
• Integrated temperature compensation
• Configurable for a variety of output formats including L VPEC L and LVDS

Application Fields

The flexibility of the SI5335B-B02250-GM makes it suitable for a variety of clocking applications. It is ideal for high-speed data centers, telecom networks, industrial equipment and consumer audio/video equipment, where low jitter, low offset and low power are needed to meet system performance and cost requirements. It can also be used in test and instrumentation applications, or any situation in which a multiple frequency clock source is required.

Working Principle

The SI5335B-B02250-GM uses a phase-locked loop (PLL) architecture to generate low jitter, low phase-noise clocks. It includes two integrated oscillators from the same reference, allowing for easy synchronization of multiple clocks. The PLL architecture allows for precision modulation of the output frequency, allowing for the generation of spread-spectrum clock outputs for EMI reduction. The device is also capable of generating low voltage, low offset and low-power clocks using the integrated voltage regulator.

In addition, the device includes several features for improving system performance, including an integrated temperature compensation circuit as well as several configurable parameters for optimizing output frequency and jitter. The device is also configurable for various output formats, such as LVPECL and LVDS.

Conclusion

The SI5335B-B02250-GM is an ideal solution for high-performance clocking applications, providing precision, low jitter and low power operation. The device is suitable for a range of applications, from telecom, networking and data centers to low-power embedded computing and digital video. It is also suitable for test and instrumentation applications, or any situation in which a multi-frequency clock source is needed. The device is also configurable for various output formats, such as LVPECL and LVDS.

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