MK3722GTR

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The MK3722GTR is a high performance Clock/Timing integrated circuit used in a wide range of applications. The chip is designed to generate precise frequency signals, synthesize complex waveforms, and synchronize communication networks with stable, accurate timing signals.

The MK3722GTR is a multi-function clock generator, phase locked loop (PLL) and frequency synthesizer. It is designed to synchronize clock and data signals over a wide range of frequencies and frequencies steps. The chip also supports precise output frequency programming with a range of +/- 20 ppm accuracy.

The MK3722GTR features both a voltage controlled oscillator (VCO) and a temperature compensated crystal oscillator (TCXO) reference circuit. The two oscillators are connected in parallel and are each capable of providing precise output frequencies. When the VCO and TCXO oscillators are combined, the output frequency stability is greatly increased, thus providing the highest levels of accuracy.

The MK3722GTR also features a programmable PLL that allows the clock and data signals to be synchronized over a wide range of frequencies. The PLL allows the synthesis of complex waveforms with precise timing and frequency control, while ensuring low phase noise and jitter. The chip also supports a wide range of phase shift options and programmable default frequency selection.

The MK3722GTR is a versatile, high performance chip that is ideal for use in modern clock/timing applications. It is designed to provide the highest levels of accuracy, precision and stability, while ensuring that the clock and data signals are synchronized over a wide range of frequencies. The chip is suitable for a variety of applications including GPS, data networks, and communication systems.

In summary, the MK3722GTR is a highly integrated Clock/Timing integrated circuit used in a wide range of applications. It is designed to generate precise frequency signals, synthesize complex waveforms, and synchronize communication networks with stable, accurate timing signals. The chip features both a VCO and TCXO reference circuit and is capable of providing the highest levels of accuracy and stability. The chip is suitable for a variety of applications including GPS, data networks, and communication systems.

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