MK3727HLFTR

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The MK3727HLFTR is an advanced frequency synthesizer that is suitable for a variety of different applications. This component can be used to generate a wide range of clock outputs, and it is capable of producing a very precise and stable output even when the ambient temperature or other variables change. This component is ideal for applications in which frequency stability and accuracy are of utmost importance, such as telecom and network infrastructure, communications, and timing applications.

The MK3727HLFTR is an innovative component that combines frequency generation and phase/frequency locking. This component is designed to generate a highly stable and precise clock with low jitter and noise content. The component is capable of producing outputs up to 200 MHz with a wide range of frequency adjustment, allowing users to obtain the best performance from their system. The component also offers excellent holdover accuracy and phase noise performance, making it an ideal choice for applications that require tight jitter and phase performance.

The MK3727HLFTR is built using advanced technology, with its internal components constructed using a combination of analog and digital components. The component has a built-in PLL circuit, which allows it to synthesize high-precision clock outputs from a low-frequency reference clock. The component also features an internal deadlock prevention circuit, which ensures that the component will stay in lock even when the input reference frequency is changed significantly.

The MK3727HLFTR also features an on-chip digital noise cancellation circuit, which helps to reduce the total output noise level. Additionally, the component has an on-chip power delta sigma modulator, which helps to reduce the power noise of the component. The component also features an integrated output driver circuit, which allows for a smooth output level transition between certain frequencies.

The MK3727HLFTR has several advantages for applications that require precise and stable clocks. The component has excellent phase noise and jitter performance, making it well-suited for applications such as data communication, telecom and network infrastructure, and timing applications. The component also features a wide range of frequency adjustment, and its internal deadlock prevention circuit helps to ensure that the component will remain in lock even under varying conditions. Additionally, the component has an on-chip power delta sigma modulator, which helps to reduce the power noise level, and its integrated output driver circuit allows for a smooth output level transition between certain frequencies.

The MK3727HLFTR is a versatile and reliable component that can be used in a variety of different applications. This component can be used to generate precise and stable clocks with low jitter and noise content, and its integrated power delta sigma modulator and output driver circuit help to ensure a smooth output level transition between certain frequencies. Additionally, its internal deadlock prevention circuit ensures that the component will remain in lock even when the input reference frequency is changed significantly. This makes the MK3727HLFTR an ideal choice for a variety of applications in which reliability, accuracy, and stability are of paramount importance.

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