86004BG-01LF

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8604BG-01LF is a versatile analog clock generator IC that is useful in a wide variety of applications. It is capable of driving two independent clock outputs up to 200MHz and is capable of synthesizing a wide variety of clock frequencies with both fractional-N and integer-N frequency synthesis. This makes it the ideal choice for applications such as systems requiring multiple clock frequencies, clock translation, clock recovery and timing reference systems.

The 8604BG-01LF is based on a fractional-N phase-locked loop (PLL) architecture that uses multiple high-speed analog multipliers to implement an integer-N (Whole Number) frequency synthesizer operating as part of the loop. The PLL architecture also includes a low-noise phase detector and a single or dual low-noise voltage-controlled oscillator (VCO) to implement the feedback loop. The frequency of the clock output is determined by the VCO frequency, the N divider and the phase detector frequency.

The 8604BG-01LF is integrated into a 8-lead sheet package, which means that it requires minimal external components for its operation. The input to the PLL is a digital word containing the required clock frequency and the corresponding parameters for the N divider, phase detector, and VCOs. This digital word is then sent to the internal analog synthesizers to generate the desired clock frequency. The output of the PLL is monitored by an on-chip phase lock detector (PLD) which takes the form of a voltage across a capacitor.

The 8604BG-01LF is designed to operate over a wide supply voltage range and is capable of generating outputs up to 200MHz. It is suitable for high speed applications such as data communication, video processing, and graphics. It is also capable of clock recovery and timing reference systems.

In summary, 8604BG-01LF is a highly integrated analog clock generator IC which is useful in a wide variety of applications. It is based on a fractional-N PLL architecture and is capable of generating outputs up to 200MHz. It requires minimal external components for its operation and is suitable for high-speed applications such as data communication, video processing, and graphics. It is capable of both clock translation and clock recovery and is the perfect choice for applications requiring multiple clock frequencies, clock translation, and timing reference systems.

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