PLL1700E

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The PLL1700E is a clock generator, phase lock loop, frequency synthesizer and jitter attenuator all in one, to help realize any complex digital timing needs. It can generate frequencies up to 10MHz, providing as many outputs as needed and with as many PLLs as required. Additionally, it also allows for the application of jitter reduction to the generated clock outputs to improve the accuracy of the digital timing.

The PLL1700E works by first creating an input reference clock. This reference clock is used to control the timing of the system and can be generated using a quartz oscillator or other external clock source. The reference clock is then divided by a programmable prescaler to build the PLL frequency, which can be as high as 10MHz. Once the reference clock has been divided, it is sent to the PLL loop which modulates the output clock frequency. The modulated clock is then divided by a programmable divider to generate the desired output frequency and further adjusted with the jitter attenuator.

Since the PLL1700E contains both a prescaler and a divider, it is possible to generate a wide range of frequencies with relative accuracy. In addition, the PLLs can be adjusted to fine-tune the frequency of the output clock to get as close as possible to the desired value. This helps compensate any shifts that may occur due to environmental and temperature changes.

Due to its wide range of inputs and sophisticated programming capabilities, the PLL1700E is often used in industrial applications such as machinery and automation, as well as in other digital timing technologies such as data acquisition, digital video and Ethernet networking. It can also be used to generate output signals for PCIe, SMPTE, Serial ATA and LVDS.}.

The PLL1700E is a versatile clock generator which can be used to generate any complex digital timing requirements. Its ability to apply jitter reduction also helps reduce errors introduced due to shifts in frequency or temperature, making it an ideal choice for extreme accuracy and reliability. Moreover, its wide range of input frequencies and adjustable fine-tuning makes it an ideal device for a variety of industrial, digital and communications applications.

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