SI5334K-B07142-GMR

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The SI5334K-B07142-GMR is a highly integrated timing device designed specifically for a wide array of clock/timing applications. It features a wide range of features, including multiple output types, 8 differential outputs with selectable levels, integrated PDL (Programmable Delay Lines), programmable skew, and differential output-to-output skew up to 7ps. It also offers a variety of output pin configurations and timing functions such as divide-by-N and pulse-width modulation (PWM).

From an application point of view, the SI5334K-B07142 is applicable in a wide array of clock/timing applications, including clocking of ASICs and FPGAs, digital video communications, optical networks, backplane and computer clocking, clock signal distribution for multiprocessor and backplane systems, and power switching. Additionally, it can be used in phase lock loop (PLL) applications where phase and frequency synchronization is required.

The SI5334K-B07142-GMR is built on an advanced process technology, allowing it to provide best in class output jitter performance of only 0.3ps RMS. This extremely low jitter performance makes the SI5334K-B07142-GMR ideal for high performance clocking applications with stringent jitter requirements. Additionally, it features an extended temperature range and integrated monitoring capabilities, making it suitable for use in industrial and automotive operating environments.

The SI5334K-B07142-GMR works by using an internal frequency synthesizer and programmable delay elements. This frequency synthesizer can produce up to 20 different frequency bands from an external reference frequency (which is provided through an external crystal oscillator). The programmable delay elements then allow for fine-tuning of the output frequencies in order to obtain low-jitter variations of the same fundamental frequencies. Additionally, these delay elements can be used to create dynamic frequency tuning, allowing for instantaneous frequency changes in order to adjust for changing environmental conditions.

In addition to its use as a clock generator, the SI5334K-B07142-GMR can also be used for timing generation and pulse-width modulation applications. In particular, it can be used to generate high-precision pulse-width modulated waveforms in order to accurately control the switching of various loads. This allows the device to be used in a wide array of applications, such as LCD backlighting, switch mode power supplies, motor drives, and LED lighting applications.

The SI5334K-B07142-GMR is an ideal choice for many clock/timing applications, due to its wide range of features, low jitter performance, extended temperature range, and integrated monitoring capabilities. By combining the frequency synthesizer and programmable delay elements, the SI5334K-B07142-GMR can dynamically adjust output frequencies to create highly precise clock signals for a variety of applications. Additionally, its versatile pulse-width modulated waveforms can be used for accurately controlling switching loads in a wide array of applications.

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