SY89532LHZ-TR

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The SY89532LHZ-TR is a fully integrated clock and timing integrated circuit (IC) from IDT (Integrated Device Technology). This chip is created for applications such as data communications, telecommunications and computer systems. This IC has wide range of features and built-in PLLs which make it useful for a variety of applications in timing, synchronization and multi- frequency generator applications.

As the name implies, this IC has a reference clock frequency (Fref) of 25 MHz, which is used as the base frequency for all the other clocks. The main function of the chip is to generate multiple low jitter outputs with third-order harmonic suppression. This can be used in a variety of applications, such as clock and data management, clock and data conversion, clock and data synchronization, or frequency synthesis.

The device is built with a combination of PLLs (Phase-Locked Loops) and clock multipliers. This allows the chip to generate multiple, low-jitter output frequencies from one master clock. The PLLs are used to adjust the frequency generated from the input clock, while the clock multipliers are used to increase the frequency of the output by an integer multiple of the input clock.

There are several other features included in the SY89532LHZ-TR which make it particularly suitable for use in a wide variety of applications. One of these is the integrated bypass pin, which allows the chip to be disabled, reducing power consumption. There is also an integrated voltage-controlled oscillator (VCO) which can be used to increase the stability of the output clocks. Finally, the chip also includes integrated Phase Locked Loops (PLLs) which can be used to finely adjust the frequencies of any of the output clocks.

Overall, the SY89532LHZ-TR can be used for a variety of clock and timing applications. It is capable of generating multiple low-jitter output frequencies from one master clock, and includes features such as an integrated voltage-controlled oscillator, integrated bypass pins and multiple PLLs to provide additional flexibility. This makes it the ideal choice for applications in data and telecommunications, as well as clock and timing applications.

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