8N4Q001FG-1149CDI8

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Programmable clocks and oscillators have been around since the early days of computing, and today are some of the most widely used components in the industry. From desktop computers to smartphones, many of today’s gadgets utilize programmable clocks and oscillators to keep them running smoothly. The 8N4Q001FG-1149CDI8 is a programmable clock from NXP Semiconductors, and its application field and working principle are explored in this article.

The 8N4Q001FG-1149CDI8 is a silicon oscillator used for clock generation and distribution. It is offered in a 9mm x 11mm QFN package, and utilizes high-speed phase-locked loop (PLL) technology in order to produce a maximum frequency of 1.49GHz. The device has a highly stable reference clock output, which can be used in systems that require clock signals with incredibly low-jitter performance. It is ideal for applications such as networking and processors.

The 8N4Q001FG-1149CDI8 has a wide frequency operating range between 0.2 and 1.49GHz, and is compatible with both ASFS and OIF-SFI standards. The device also features wide input voltage tolerance, low output jitter, low-power consumption, and a low-noise output. It is ideal for use in applications that require small-sized clocks with ultra-low-jitter performances.

In terms of its working principles, the 8N4Q001FG-1149CDI8 utilizes two components to achieve its impressive performance: a voltage-controlled oscillator and a frequency reference generator. The voltage-controlled oscillator is the main source of clock frequency, and uses an input voltage to adjust the clock speed. The frequency reference generator, on the other hand, is used to provide accurate timing information, ensuring low-jitter performance. Both of these components work together in order to produce incredibly accurate, low-jitter clock signals.

In summary, the 8N4Q001FG-1149CDI8 is a silicon oscillator for clock generation and distribution. It has wide input voltage tolerance, low output jitter, low power consumption and a low-noise output. Its application field is in applications that require small-sized clocks with ultra-low-jitter performances, including processors and networking devices. Finally, it works by utilizing a voltage-controlled oscillator and a frequency reference generator together to produce highly accurate and low-jitter clocks.

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