MK1491-09FLN

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The MK1491-09FLN is a monolithic integrated circuit designed for use in clock/timing applications with application-specific requirements. The device\'s main purpose is to provide a network clock in consumer electronics, surveillance and optical networks.

The MK1491-09FLN features an on-chip oscillator that is capable of generating a precision clock signal with a fixed frequency. The oscillator utilizes a unique dual-phase architecture which ensures high accuracy and stability in the generated clock signal. This makes it ideal for applications requiring a reliable clock signal with good accuracy and stability.

The MK1491-09FLN also features a variety of input stages including frequency divider, phase-locked loop (PLL), resistor–capacitor (RC) filter, and delay line inputs. The device also supports a number of output signals, including sine wave, square wave, and clock pulse. This allows the device to be used in a variety of clock/timing applications, including mobile communications, optical network, and surveillance.

In addition to its oscillator, the MK1491-09FLN also includes a dual-phase clock synchronizer that can be used to synchronize the clocks of two systems. This synchronizer can be used to ensure a jitter-free clock signal between systems. The synchronizer also includes a spread-spectrum generator that can be used to reduce the amount of electromagnetic interference (EMI) generated by the clock signal.

Overall, the MK1491-09FLN is an integrated circuit designed for applications that require a reliable and accurate clock signal. Its dual phase clock synchronizer and spread-spectrum generator allows the device to be used for applications in which EMI needs to be minimized. The device\'s wide range of inputs and outputs makes it suitable for a variety of clock/timing applications.

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