89H22NT16G2ZCHLI8

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Clock/Timing - Clock Generators, PLLs, Frequency Synthesizers

The 89H22NT16G2ZCHLI8 is a low-power, high-performance, frequency synthesizer designed for applications requiring low output clock jitter and faster settling time. As a clock generator, it can provide large frequency selection range, low jitter and various output frequency formats with high accuracy and stability. Due to its low power consumption, flexible programming and small footprint, 89H22NT16G2ZCHLI8 is an ideal choice for consumer, communication and industrial applications.

Its application fields include consumer electronics, industrial applications, communication systems and computing platforms. 89H22NT16G2ZCHLI8 is typically used for high-speed serial data transfer between devices, creating and distributing stable clock, protocol conversion and frequency multiplier applications. It can also be used in medical electronic devices, automotive electronic systems and computer peripheral products.

The main components of the 89H22NT16G2ZCHLI8 are a digital-analog converter, a frequency synthesizer control block, an output logic control block and a crystal oscillator. The digital-analog converter is responsible for converting the control settings, such as the frequency and fractional-N divider setting, into analog voltage signals. These analog signals are then fed into the frequency synthesizer control block which uses a combination of PLL and fractional-N divider technology to generate a desired 48MHz clock. The output logic control block is then used to generate the desired output clock format, such as LVCMOS, LVDS, HCSL and SSTL.

In summary, the 89H22NT16G2ZCHLI8 is a high-performance, low-power frequency synthesizer designed for a wide range of applications. Its main components are a digital-analog converter, a frequency synthesizer control block, an output logic control block and a crystal oscillator. Its application fields include consumer electronics, industrial applications, communication systems and computing platforms.

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