ICS580M-01

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The ICS580M-01 is a Clock/Timing device that greatly simplifies the design of high-speed, high-order-rate digital systems. This device is an active buffer with selectable input and output timing parameters, allowing designers to optimize signal routing and signal integrity for various system solutions. The device offers selectable input and output timing configuration, providing unconditional signal isolation and support for multiple standard and proprietary timing formats.

The application field of the ICS580M-01 is the high-speed, high frequency digital boards, where the highest performance standards need to be met. It is suitable for use in mission-critical applications, and when extreme signal integrity must be maintained. The clock buffer is ideal for various applications, including multi-gigabit backplane, high-speed data links, distributed point-of-load (DPOL) networks, as well as analog-to-digital/digital-to-analog converter applications.

The working principle of the ICS580M-01 is fairly simple: it is an active buffer with selectable input and output parameters, which ensures signal isolation and signal integrity while providing the option of selectable timing configuration. It is built around a multiple-input, multiple-output clock buffer that serves as a signal repeater; providing an input, output, and timing buffers.

The ICS580M-01 provides signal isolation, as well as signal integrity, by buffering and delaying the signal at the input and output. This can help eliminate transmission line reflections and crosstalk due to abrupt signal changes, providing a longer signal-delay range and support for multiple standard and proprietary timing formats.

The ICS580M-01 clock buffer also supports varying switching ratios and input/output frequencies, allowing for optimization of the design to the specific conditions required for the particular system. In addition, it supports multiple differential clock configuration and integrated phase delay, allowing for the optimization of timing constraints in complex applications.

The ICS580M-01 also employs a low jittering oscillator to ensure low cycle-to-cycle jitter and low phase noise; as well as several integrated phase delays to provide a wide timing range. This allows designers to easier compensate for transmission line delays, reducing skew due to signal reflections at long distances.

In conclusion, the ICS580M-01 provide users with a high-performance active buffer with selectable input and output timing options. It offers selectable input and output timing configuration that provides unconditional signal isolation and support for multiple standard and proprietary timing formats. Moreover, it ensures signal integrity and reliability by buffering and delaying the signal at the input and output. All these features make it the perfect device for high-speed, high-order-rate digital systems.

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