PI6C49015LIEX

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The PI6C49015LIEX is a high performance, low power and low jitter Clock Generator IC from Agilent Technologies. It is ideally suited for applications such as high speed networking, storage and signal processing, etc. It is composed of two integrated circuits in one package, namely the integrated Fixed Frequency PLL ICs and the oscillator ICt.

PI6C49015LIEX Application Fields

The PI6C49015LIEX is used in a variety of clock generation and signal processing fields, such as in digital televisions, personal computers, digital cameras, PDAs and cellular phones. It is also used in the data transfer and synchronization of network communication, the creation of mixed signal applications, and the generation of PLL outputs. The PI6C49015LIEX has a maximum output frequency of 150 MHz and offers a wide range of features including adjustable output frequencies, phase/frequency-aligned outputs, and integrated jitter attenuating filters for noise reduction.

PI6C49015LIEX Working Principle

The PI6C49015LIEX operates on the principle of phase-locked loops (PLLs). PLLs compare the phase between two signal sources and use the resulting feedback to adjust and maintain the signal sources in phase. In the case of the PI6C49015LIEX, the signal source is a crystal oscillator, which is then divided down to produce an output signal. The output frequency can be adjusted by varying the input signal frequency, as well as by configuring the digital programmable logic on the IC. The integrated jitter attenuating filters reduce jitter on the output signal while the phase-aligned output feature ensures that all generated output frequencies stay in phase with each other.

Conclusion

The Artilent PI6C49015LIEX is an admirable low power, low jitter Clock Generator IC that fulfils a variety of requirements in different clock generation and signal processing fields. Its integrated PLL, crystal oscillator and jitter attenuating filters contribute to its fast response, which makes it perfect for environments of high data rate, where precision and low power supply current are a necessity. Furthermore, its adjustable output frequencies and phase-aligned output feature make it an ideal device for applications such as high speed networking, storage and signal processing.

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