ICS853031AYLF

The ICS853031AYLF is a high performance, low skew, eight output clock fanout buffer and is based on an advanced CMOS process technology. It is designed to provide low skew clock distribution with a spread spectrum feature while operating over an extended temperature range. The ICS853031AYLF offers fast rise and fall times and low output-to-output skew of less than 200ps in addition to a spread spectrum option. It is ideal for clock distribution and synchronization in high performance computing and networking applications.

The ICS853031AYLF is ideal for applications in which clock performance and accuracy are of primary importance, such as high speed computer systems, system clocks, DIP packages, and FPGA or ASIC oscillators. It has a low propagation delay of less than 250ps and is capable of providing a low jitter clock source of up to 200MHz. Its wide operating range, low current consumption, and low power-on latency make it ideal for mobile and other low power applications.

The ICS853031AYLF uses a dual-channel architecture that enables it to drive two high-frequency differential outputs simultaneously. The two channels of the device can be configured in either a parallel or serial configuration. In the parallel configuration, both outputs are driven in the same direction, while in the serial configuration one output is driven in one direction and the other in the opposite direction. This allows the ICS853031AYLF to provide a wide range of frequencies from 10MHz to 200MHz. It also includes an integrated programmable spread spectrum feature that can be used to reduce excessive clock jitter resulting from high frequency ringing.

The ICS853031AYLF also features a wide range of control and status signals which allow the device to be easily integrated into systems and provide customizable solutions for application specific needs. The device includes inputs for control and status signals such as prescaler, input clock enable, clock output enable, and clock pulse width adjust. It also includes tristate outputs and an open drain configuration to eliminate ground bounce when using multiple devices in the same system.

The ICS853031AYLF can be configured in a variety of ways to meet the needs of various applications. It is configured to drive a single differential output with Spread Spectrum (SS) or Pseudo-Random Jitter (PRJP) modes. Additionally, the device supports Spread Spectrum enabled dual-channel configurations which can be used to drive multiple differential outputs simultaneously. The configuration options and flexibility make the ICS853031AYLF an ideal choice for applications that require advanced clock distribution and synchronization.

The ICS853031AYLF is a vital component for many advanced clock and synchronization applications. Its advanced features enable it to provide low skew clock distribution, integrated spread spectrum, and low jitter clock generation. Combined with its low power consumption and a wide operating range, the ICS853031AYLF is an ideal choice for any project that requires a powerful and flexible clock fanout buffer solution.