SI5335C-B02210-GM

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The SI5335C-B02210-GM is a clock generator, PLL, and frequency synthesizer designed to replace or supplement discrete solutions with a single, easy-to-use component. This unit allows users to take advantage of many of the features and benefits that integrated solutions can provide, including size, cost, and performance.

Features and Benefits

The SI5335C-B02210-GM has a wide range of features and benefits that make it attractive to many applications. It has a wide input frequency range of 10MHz to 150MHz, a high output frequency range of 80MHz to 800MHz, and a wide range of output frequencies available in three different output groups. It also has a wide variety of jitter-suppression features, including integrated jitter attenuators, clean-up filters, and spread spectrum modulation.

In addition to the above features, the SI5335C-B02210-GM has an integrated automated calibration system that allows users to easily and quickly adjust the phase and frequency of each output, without having to manually tweak each one. This feature is especially useful in systems that require several different outputs running at specific frequencies.

The unit can also be used as a frequency shuttle, allowing users to easily move from one frequency to another without having to reprogram the device. This feature can be used to create systems that have multiple frequency ranges available to them, making them more flexible and easily adaptable to different applications.

Application Fields

The SI5335C-B02210-GM is ideal for a wide variety of applications. One of the most common applications is in communications systems such as mobile phones, wireless networks, and point-of-sale systems. In these applications, the integrated generation of necessary clock signals and the flexibility to quickly and easily tune the outputs to meet system requirements make the SI5335C-B02210-GM invaluable for many applications.

The unit is also well-suited for use in HDTVs and other devices that have HDMI digital audio/video interfaces. This type of interface requires multiple clock signals that meet specific time-of-day and holdover requirements. The SI5335C-B02210-GM can easily and reliably generate the necessary frequencies for digital audio/video devices, eliminating the complexity of providing multiple discrete clock sources.

In addition, the SI5335C-B02210-GM is an ideal solution for applications that need reliable and flexible frequency and clock generation. Examples include frequency-shifting equipment, cable TV distribution systems, and network timing equipment. In these types of applications, having a single integrated device that can be easily programmed and adjusted to meet requirements can save significant time and cost.

Working Principle

The working principle of the SI5335C-B02210-GM is based on a proprietary design that integrates a PLL, oscillator, and divider circuitry into a single package. This combined architecture allows users to quickly select an arbitrary frequency from the available range, and then adjust the output of the PLL to obtain the desired frequency.

At its core, the SI5335C-B02210-GM operates on a frequency-synthesizing principle. The user configures the oscillator and dividers to output a reference frequency, which is then multiplied by the PLL to obtain the desired frequency. The PLL consists of an voltage-controlled oscillator (VCO) and a phase-locked loop (PLL) circuit, which is used to ensure that the output frequency is tightly locked to the reference frequency.

The SI5335C-B02210-GM also has an integrated calibration system which is used to adjust the phase and frequency of the output. This system uses a feedback loop to monitor the output levels of each of the outputs, and then adjusts the PLL to ensure that all signals maintain their proper phase and frequency. This allows for a high degree of accuracy in the output signals, making the SI5335C-B02210-GM an ideal choice for applications where precise timing is required.

Conclusion

The SI5335C-B02210-GM is a versatile clock generator, PLL, and frequency synthesizer designed to replace or supplement discrete solutions with a single component. It has a wide input frequency range, a wide output frequency range, and an integrated automated calibration system. It is ideally suited for applications such as communications, digital audio/video, and frequency-shifting equipment. The SI5335C-B02210-GM operates on a frequency-synthesizing principle, using a voltage-controlled oscillator and a phase-locked loop circuit to ensure precise output frequencies.

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