8714004DKILF

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Clock/Timing - Clock Generators, PLLs, Frequency Synthesizers

The 8714004DKILF Delayed Lock PLL Clock Generator provides accurate, low-cost and low-jitter clock synthesis solutions. Its high levels of system integration and long history of stable operation make this device ideal for a variety of timing and clock management applications.

This PLL clock generator is designed using a dual-loop PLL architecture. The first loop is designed to track the input clock phase and the second loop is designed to track the long-term frequency of the input clock. The device contains an adjustable phase-locked loop frequency multiplier that can be used to synthesize output clock frequencies of up to six times the input frequency.

This PLL clock generator is ideal for timing-sensitive applications requiring precise control of the output clock frequency. It includes an on-board voltage-controlled crystal oscillator (VCXO), which provides precision frequency control and offers reduced jitter and phase noise. The device also features an adjustable duty cycle output and adjustable output signal strength.

The 8714004DKILF Delayed Lock PLL Clock Generator is available in RoHS-compliant packages for easier, more cost-effective design-in. It is also capable of generating three different output frequencies from a single input signal. This device is suitable for applications in a variety of industries, including telecommunications, computing, aerospace, military, transportation, and medical.

Some of the typical applications of the 8714004DKILF Delayed Lock PLL Clock Generator include:

• Networking and telecom timing.
• System clocking in computing, military, aerospace and medical industries.
• High-speed synchronous digital logic.
• GPS and radio-frequency-based timing systems.
• RF communications.

The 8714004DKILF Delayed Lock PLL Clock Generator provides a comprehensive set of features, including a wide range of input and output frequencies, an adjustable phase-locked loop frequency multiplier and an adjustable duty cycle output. Its stability and reliability make it ideal for a wide variety of timing applications. Furthermore, its high levels of system integration simplify and reduce the complexity of the design process.

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