SI5330C-B00207-GMR

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The SI5330C-B00207-GMR is a low-noise Any-Frequency™ differential Clock Buffer chip designed by Silicon Laboratories. It features four high-accuracy, low-jitter output clocks which are used for applications requiring precise frequency scaling and signal conditioning. This document will explore the SI5330C-B00207-GMR\'s application field and working principle.

Application Field

The SI5330C-B00207-GMR is specifically designed for applications that require precise control of clock frequencies, such as ultrasound imaging, Global Positioning System (GPS) receivers and base stations, digital television receivers and satellite radio receivers. It is also ideal for applications in the professional audio market, such as digital equalizers, mixers and digital-to-analog converters.

The device is also capable of generating multiple clock frequencies with low jitter, enabling precise phase and frequency scaling across a wide range of frequency input sources. This allows designers to obtain the highest Signal-to-Noise ratio (SNR) in their system designs.

Working Principle

The SI5330C-B00207-GMR comprises four independent clock buffers, each with a wide frequency input range, enabling precise frequency scaling and signal conditioning. The device offers low-jitter outputs of up to 1ps, providing the most precise signal synchronization possible.

The clock buffers are based on a versatile Any-Frequency™ architecture which offers support for a wide input frequency range. The Any-Frequency™ architecture provides a quad-clock output, allowing for simultaneous generation of multiple frequencies at different duty cycles. The clock buffers also feature programmable slew rates, allowing for low-EMI designs.

The device is also capable of generating multiple clock sources from a single frequency source, eliminating the need for additional external clock sources. The device can be used in any system that requires a low-noise clock signal, such as modems and routers.

The SI5330C-B00207-GMR also features integrated power converter circuitry, allowing the device to operate from either a 3.3V or 5.0V power supply. This feature not only helps minimize power supply related noise, but also eliminates the need for additional external power converters.

Finally, the SI5330C-B00207-GMR features special modulator circuitry that reduces out-of-band noise, enabling the design of ultra-low-noise systems. The device is also capable of operating in a wide temperature range, offering the perfect solution for applications with extreme environmental conditions.

Conclusion

In conclusion, the SI5330C-B00207-GMR is a highly-versatile clock buffer chip suitable for a wide range of applications. It features four independent, low-jitter digital clock buffers and programmable slew rates, allowing for precision signal synchronization and precise frequency scaling. The device also supports a wide input frequency range and is capable of generating multiple clock sources from a single input source, eliminating the need for additional external clock sources. Finally, the device offers integrated power converter circuitry, allowing the device to operate from either a 3.3V or 5.0V power supply.

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