ICS9FG108DGILF

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ICS9FG108DGILF is a programmable clock synthesizer and fanout buffer. It is used for board and system clocking applications. The ICS9FG108DGILF is designed to facilitate the efficient timing distribution of advanced communication and networking applications such as OC192c and 10G Ethernet.

The ICS9FG108DGILF is well-suited for embedded applications such as single-core and multi-core processor clock tree synthesis where multiple clock domains are required. ICS9FG108DGILF is optimized for high performance systems, providing low jitter, low power, uniform skew and low noise performance.

The ICS9FG108DGILF is available in a 48-pin VQFN (7mm x 7mm) package and is housed in a tin-lead finish for maximum flexibility. The ICS9FG108DGILF has an operating temperature range from 0°C to +90°C and is RoHS compliant. It is also backwards compatible with previous ICS9FG100DGILF versions.

The ICS9FG108DGILF is a programmable clock synthesizer, fanout buffer and feedback divider designed to provide clock distribution, frequency synthesis and low-frequency jitter performance. It features 8 high-speed differential (HSDS) outputs, which can be programmed for 1X or 0.5X fanout or for 1.5X fanout. Additionally, the ICS9FG108DGILF has two HSDS inputs and four low voltage differential signaling (LVDS) inputs. The two HSDS inputs allow for two upstream references to be used for the frequency synthesis, while the four LVDS inputs allow for multiple lower-level clocks or reference signals to be used.

In addition to the HSDS and LVDS inputs, the ICS9FG108DGILF also has an onboard clock synthesizer which can be used to program the outputs to any arbitrary frequency between 25MHz – 800MHz. This clock synthesizer uses a low-noise, high-stability Phase-Locked Loop (PLL) to provide excellent jitter performance. The ICS9FG108DGILF also supports power-down and spread spectrum clocking modes, and has configurable input/output skew compensation.

The ICS9FG108DGILF can be used in a variety of applications including networking, telecommunications, wireless, data storage, medical and industrial automation. It is ideal for system and board-level clock tree designs. It can be used to provide multiple system clocks with minimal jitter, or to provide distributed frequency synthesis for multi-processor/multi-core applications. It is also ideal for providing low-jitter clocks for data-intensive applications.

To sum up, the ICS9FG108DGILF is a programmable clock synthesizer and fanout buffer that is well-suited for embedded applications. It is suitable for a wide range of applications including networking, telecommunications, wireless, data storage and medical. It is capable of providing multiple system clocks with minimal jitter, as well as distributed frequency synthesis for multi-processor/multi-core applications. It also provides power-down, spread spectrum clocking, and configurable input/output skew compensation capabilities.

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