MK1413SLFTR

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The MK1413SLFTR is an integrated clock/timing circuit designed to be used in a variety of applications. It is designed specifically to use High Frequency (>60MHz) Phase Lock Loops (PLLs) to generate accurate and stable clocks over a wide frequency range. It can be used in clock/timing-sensitive applications such as clock/timing signal generation, timing synchronization, and frequency synthesis, among other uses.

The MK1413SLFTR is a synchronous clock generator that uses two or more conductive tracks, which are in a phase relationship. By injecting a reference clock into the PLL and using the phase relationship to a clock/timing track, the PLL will produce an output signal with a frequency equal to the reference clock multiplied by the number of tracks. This allows the circuit to generate efficient clock/timing outputs with a wide range of frequencies.

The MK1413SLFTR uses an adaptive frequency-control loop (AFC) for tracking wide-frequency drifts. An AFC circuit is a type of frequency-control loop that uses a phase detector to detect any phase difference between the reference clock and the frequency being generated by the PLL. The phase detector then adjusts the PLL’s frequency to match the reference frequency as closely as possible. By using the AFC, the MK1413SLFTR can track wide-frequency drifts and continue to generate a clock signal of an accurate, precise frequency.

The MK1413SLFTR can also be used to generate precise timing signals using two or more conductive tracks. The two tracks are modulated with a signal that has a specific period (T). The MK1413SLFTR will generate a signal with a period equal to the reference frequency multiplied by the number of tracks, which results in an accurately timed signal. This allows the circuit to be used in a variety of timing-sensitive applications such as clock/timing signal generation, synchronization, and frequency synthesis.

The MK1413SLFTR can also be used to generate a stable clock signal of a precise frequency. By injecting a reference clock into the PLL and fore-multiplying the reference frequency, the circuit will generate an output signal of an accurate and stable frequency. This is particularly useful in frequency-sensitive applications such as frequency synthesis, clock/timing signal generation, and synchronization.

The MK1413SLFTR is an integrated clock/timing circuit designed for use in a variety of applications. By using a High Frequency (>60MHz) PLL, the MK1413SLFTR is able to generate accurate and stable clock signals over a wide frequency range. It can be used in clock/timing-sensitive applications such as clock/timing signal generation, timing synchronization, and frequency synthesis. It also features an adaptive frequency-control loop, which allows it to track wide-frequency drifts, as well as a multi-track modulation system, which allows it to generate precise timing signals.

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