ICS180M-53T

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ICS180M-53T is a clock/timing device designed for various digital applications, including those that require jitter attenuation, wide frequency range, and low power consumption. The device features 3 input and 4 output clocks for maximum flexibility and timing accuracy.

The device offers a wide range of clock speeds from 1 kHz to 250 MHz and multipleouts. The inputclock frequency is adjustable with an on-board programmable gain that allows a max clock frequency of 673 MHz. The output clock is stable, with low-jitter even at the highest frequencies.

The ICS180M-53T is designed with an ultra-low-power technology that makes it ideal for applications requiring low power consumption. This technology is based on a beam-steering architecture, which eliminates the need for large oscillator elements.

One of the key features of the device is its jitter attenuation capabilities. The device uses a proprietary PLL technology called Fractional-N-Phase-Shift (FNPS) to reject unwanted jitter from the output clock. With this technology, jitter rejections of up to 80-90 dB can be achieved.

Another feature of the device is its flexibility. It offers multiple independent output clock configurations such as 3:1, 4:1, 6:1, 8:1, 12:1 and more. These configurable outputs can be adjusted independently to optimize power and system performance. The device also offers integrated EMI-compliant shielding to help reduce system noise.

The ICS180M-53T is designed to be used in a variety of applications including networks, industrial controls, automotive, telecommunications, and more. The device offers reliable performance, low power consumption, and a wide frequency range with low jitter. It is ideal for applications requiring clock accuracies and low jitter values.

In conclusion, the ICS180M-53T is a clock/timing device that is ideal for digital applications that require low jitter, high accuracy, and wide frequency range. The device is designed with an ultra-low-power technology, jitter attenuation, and independent configurable outputs for maximum flexibility. It is an ideal choice for applications needing reliable, low-power performance and accuracy.

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