ICS651MIT

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The ICS651MIT is a clock buffer, driver and multiplexer designed to increase the availability and improve the performance of digital clock tree architectures. It is a part of the IC family, which also includes ICS624MIT, ICS650MXL and ICS655ACM. This device provides an ideal solution for applications demanding increased clock frequency and/or multiple clock outputs.

At the heart of an ICS651MIT is an array of low jitter, fan-out buffers and drivers. The fan-out buffer eliminates clock skew and reduces jitter, resulting in lower cycle-to-cycle jitter, which is critical in modern communication interface applications. The drivers can be configured to deliver up to 10 clocks of the same frequency or multiple frequencies, enabling designers to move from a clocking hierarchy to a homogenous clock tree.

In addition to its highly reliable clock buffering, the ICS651MIT also provides a wide range of multiplexing and distribution functions. The device can be used to multiplex the clock signal, allowing signals to be switched between clock sources and destinations, as well as dividing and merging multiple sources. This provides an ideal solution for applications that require multiple output clocks, such as multi-CPU systems, as well as clock synchronization and synchronization between clock domains.

The ICS651MIT is designed to operate in low power and ultra-low power environments. It features 1.8 V and 2.5 V voltage levels, making it ideal for applications that require both low power and high performance. The device also provides a low power sleep mode and power-down feature, making it ideal for portable applications. The ICS651MIT supports a wide range of clock frequency inputs, from 2 MHz to 4 GHz. In addition, the device provides a wide range of clock frequencies, from 2 MHz to 500 MHz, allowing designers to leverage the higher-speed clock outputs for more demanding applications. The device is also designed to be used in both synchronous and asynchronous applications, making it suitable for a wide range of applications, including storage and networking. Additionally, the ICS651MIT provides an internal holdover feature, which ensures reliable synchronization by avoiding drift of the secured output clock frequencies.

The ICS651MIT has been designed with a sophisticated architecture to ensure robust operation in digital systems. With its multiplexing and distribution capabilities, the ICS651MIT supports a wide range of applications, including those requiring multiple output clocks, synchronization, and synchronization between clock domains. In addition, the device provides an ideal solution for applications demanding increased clock frequency and/or multiple clock outputs.

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