IDT2309B-1HDCI8

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IDT2309B-1HDCI8 Application Field and Working Principle

The IDT2309B-1HDCI8, which is a clock generator, is a highly flexible programmable, low power CMOS device which provides independent synthesis, division, and distribution of multiple frequencies. It is a highly programmable, low power CMOS device that provides independent synthesis, division and distribution of multiple frequencies. By coupling the programmable logic to the on chip dividers and outputs, input reference frequencies of different sources are converted to output frequencies for any applications.

This unified chip has been designed to provide solutions for a number of applications including industrial automation, wireless communications, communication servers, multiservice access equipment, storage, multimedia and networking. It is used in a variety of professional audio and video applications such as projectors, set top boxes, and other broadcast and display devices.

The device contains up to eight independent phase-locked loops that provide complete programmability in terms of outputs, reference inputs, fractional division and even fractional division of input reference frequencies. It also contains a wide variety of digital and analog synthesizers, dividers, phase detectors, and multiplexers among other features. These components provide an extremely versatile and highly flexible solution for a variety of applications.

The IDT2309B-1HDCI8 features a clock generator to generate a system reference clock from a single reference input. This reference clock is used to generate multiple clocks for the system. The clock is further divided by PLLs, frequency multipliers, and after generation of the output clock, it is compared with the reference clock by a divider to detect any phase discrepancies. A programmable loop filter follows and eliminates the small differences between the output and the reference clock. This ensures that the output clock is always in synchronism with the reference clock.

The device also provides an advanced self-calibration feature. This feature allows the user to adjust the output frequency in order to ensure that the device always provides the correct frequency. It also contains a built-in programmable delay which ensures that all outputs are synchronized. This allows the device to be used in many applications without the need for external component matching.

The device also provides the ability to generate low-jitter clock pulses. This is accomplished through its precise loop filter design. It also provides extremely low power consumption and advanced programmability features. The IDT2309B-1HDCI8 offers an array of solutions for any application that requires low-jitter, low-power clock generation.

In conclusion, the IDT2309B-1HDCI8 is an extremely versatile and highly flexible device for any number of applications. It offers low power consumption and clock pulse with low jitter. Its programmable features allow for the ability to easily adapt to changing circumstances. It is highly suitable for any application that requires low jitter, low power clock generation.

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