FN2000095

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FN2000095 is an integrated clock driver and buffer component designed for clock network applications. It offers an integrated solution to increase synchronization across circuit board designs or systems.

FN2000095 is designed for driving and buffering large clock signals over long distance runs, and low noise broadcasting applications. This component has the capability to drive multiple clock sources providing robust EMI performance and low-skew clock performance. It also features a dedicated clock-lock circuitry to ensure that all outputs remain synchronized within tight tolerance.

The FN2000095 is a single-ended, 4-bit buffer and driver with an active input pair and static outputs. It offers excellent performance with low skew, low power consumption, wide input and output voltage range, and adjustable input and output impedance. The component comes in a small 8-pin SOIC package and its output levels are fully compatible with standard CMOS levels. The component is designed for use in combination with digital integrated circuits and other logic devices.

The FN2000095 features a variety of features to help ensure reliable clock operation across long distance runs and high noise environments. The component features digital logic with internal gain compensation and adjustable parameters. This ensures that the output waveform is perfectly formed with no overshoot or ringing. Additionally, the component is designed with differential input level control and cable compensation for maximum flexibility when driving either differential or single ended signals.

The FN2000095 can be used to create multiple frequency base clocks or clock divisions of a base clock. It also has an onboard pre-emphasis circuit to reduce clock skew. This feature helps to reduce jitter and noise in long distance runs and in high noise environments like a data center or server room. Its adjustable switching thresholds allow for optimized power-on waveforms and low jitter bell ringing.

The FN2000095 is commonly found in system architectures such as server compute, enterprise storage, communication, and embedded computing applications. Its use can be found in enterprise data centers, server farms, and large scale-out applications. It is also often used as an integrated part of multi-core CPU and FPGA designs.

The FN2000095’s functional design is based on the universal clock network standard. This makes it compatible with other components and systems that adhere to this standard. Additionally, the component offers an impressive 56 μs rise-time, high precision operations, and the capability for integrators to adjust parameters via I2C, which allows more flexibility in design.

The FN2000095 provides an easy to install integrated clock driver and buffering solution. Designed to fit into limited space environments and long distance runs, the component can help lower EMI and reduce jitter. With its advanced technology, the FN2000095 helps to ensure reliable and high-precision clock operation.

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