SY89531LHC

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Clock/Timing - Clock Generators, PLLs, Frequency Synthesizers

The SY89531LHC is a clock generator, PLL, and frequency synthesizer IC (integrated circuit) manufactured by the electronics company IDT. This versatile device can act as a clock generator, PLL, frequency synthesizer and frequency divider in one, which makes it a very efficient and versatile solution in a variety of applications, including automotive, industrial, medical, test and measurement, and military.

In a clock generator, the SY89531LHC functions as a master clock generator by producing high-frequency reference signals for digital systems. Its input is an external clock source, typically an oscillator. The SY89531LHC then uses phase shift, frequency multiplication or tunable frequency synthesizers to convert the reference frequency to the desired output frequencies which may be above or below the reference frequency.

As a PLL, the SY89531LHC produces two output signals (clock and feedback) that are related by a fixed or adjustable factor, either in frequency or phase. As a frequency synthesizer, the SY89531LHC produces a frequency that is derived from an oscillator reference and programmable control. This allows it to produce frequencies over a wide range that can be exact matches to the reference frequency.

The SY89531LHC is an energy-efficient and low-cost device which makes it an attractive option for a variety of applications. It is capable of meeting tough noise performance requirements and provides excellent frequency stability over temperature and supply voltage variations. The device is also suitable for harsh-environment applications due to its wide operating temperature range and is designed for excellent EMI performance in automotive and other EMI-sensitive applications.

The SY89531LHC is a flexible clock generator, PLL and frequency synthesizer IC suitable for many applications. Its wide frequency range, low power consumption and excellent EMI performance make it an attractive option for automotive, industrial and other harsh-environment applications.

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