MK2716STR

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MK2716STR is an integrated clock generator and PLL (Phase-Locked Loop) device that used in industrial applications. The chip combines an oscillator, variable frequency divider, phase detector and loop filter all in a single package. It is a highly flexible part that can be used to create several clock frequencies from a single source.

The main application of MK2716STR is to generate multiple clock frequencies from a single source for industrial applications. This includes digital logic circuits, communication controllers, distributed clock networks, and many other applications. In addition, the device can be used as a clock multiplier or divider.

The MK2716STR operates on a 5V supply voltage range and produces accurate and stable clock output. It also offers flexible output frequencies ranging from 1MHz to 3GHz. The chip can also accept frequencies from a wide range of source clock types, from crystal oscillators to magnetic\'s as well as spread spectrum input. In addition to its high-performance, the device also features programmable loop filter parameters, adjustable duty cycle and can be powered down for low-power consumption.

To further improve system accuracy and performance, the MK2716STR offers built-in phase-locked loop circuitry designed to lock a feedback signal to the incoming reference signal. This allows the device to automatically adjust the oscillator and frequency divider to produce an exact output frequency which is phase locked to the input reference clock. In addition, the device provides a range of frequency-synthesizer functions, such as frequency translation, division or compensation.

Overall, the MK2716STR is an ideal choice for generating multiple clock frequencies from a single source for industrial applications. The chip combines a range of features that improve system accuracy, performance and power consumption in a single package. It is also flexible enough to accept a wide range of frequencies from various sources and produces a highly accurate and stable clock output.

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