ICS853006AGLFT

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The ICS853006AGLFT is a six-point differential output buffers that are designed to buffer clock signals in high-speed digital systems. These devices provide a wide range of features suitable for clock and data distribution applications such as driving high-performance system-on-chip interfaces, FPGA and clock modeling applications, as well as multi-channel phase-locked loops. The ICS853006AGLFT is made up of two 3-channel, low-skew, non-inverting, differential point buffers that are capable of driving up to 3 differential 100Ω loads.

The ICS853006AGLFT has an operating range of 1.2V to 3.3V and is designed to provide best possible performance for handling high frequency clock signals up to 2.8GHz. It maintains full backdrive support and has an integrated two-stage impedance matching device to reduce skews between channels. The ICS853006AGLFT also features rise and fall time control that can be used to adjust propagation delays and provide excellent signal integrity.

The ICS853006AGLFT has a wide range of applications. It can be used to drive high-speed digital interfaces in high-performance system-on-chip applications such as FPGA transceivers and clocking resources. In such applications, it can be used to buffer clock signals and ensure a low skew between channels. Additionally, the ICS853006AGLFT can be used in clock-modeling applications, such as for application-specific clock generation or for the synchronization of multiple clock domains. Its propagation delay can be adjusted by controlling the rise and fall times and is ideal for applications where reducing jitter is important. It can also be used in multi-channel phase-locked loops (PLLs) to permit precise synchronization between different clock domains by reducing PAR and clock skews.

In conclusion, the ICS853006AGLFT is a versatile and reliable high-speed clock or data buffering solution for a wide range of applications. Its wide operating range and adjustable rise and fall times make it a great choice for high-performance clock-buffering needs. It is ideal for applications such as driving high-performance system-on-chip interfaces, FPGA and clock modeling applications, and multi-channel phase-locked loops.

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