853S12AKILFT

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The 853S12AKILFT is a versatile clock buffer and driver intended for a variety of industries. This device is perfect for applications that require low-noise clock tree solutions with minimal loading and jitter. The 853S12AKILFT is especially suited for applications that include but are not limited to graphics, multimedia, communications, and high-speed embedded applications.

The 853S12AKILFT is based on a sophisticated clocking architecture that contains a clock IP synthesizer, a low-jitter final clock, and clock-enable operation across all outputs. This clock buffer and driver offers a differential output buffer to maximize system performance, as well as a 2:1 multiphase output driver to reduce skew between the output signals. It also features a selectable analog delay line logger to reduce clock tree jitter, as well as an integrated VCO bank to support frequencies up to 300 MHz. Additionally, this unit offers programmable load balancing and clock failover protection.

The 853S12AKILFT is designed to provide a low-noise, low-jitter signals that are reliable and easy to integrate into any system. The unit is formed from an advanced IC architecture that offers its users a low-noise clock tree solution which can be used to minimize jitter on the signal lines. This clock buffer and driver is also capable of driving both AC and DC-coupled loads. Additionally, its built-in clock failover protection mechanisms will ensure that the clock tree remain in operation should any signal line be disrupted.

Overall, the 853S12AKILFT is an ideal solution for applications that need low-noise clock tree solutions with minimal loading and jitter. This versatile unit is capable of driving both AC and DC-coupled loads, and its integrated features make it an ideal solution for applications such as graphics, multimedia, communications, and high-speed embedded designs. Furthermore, its integrated VCO bank allows for support for frequencies up to 300 MHz, and its clock failover protection mechanism ensures that the clock tree remain in operation should any signal line be disrupted.

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