ICS601R-25IT

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ICS601R-25IT is a cost-effective clock generator and frequency synthesizer for next-generation networking, storage, computing and test/measurement systems that require high-performance and reliability. The device delivers flexible frequency coverage from 200 kHz to 25 MHz and is ideal for applications such as servers, routers, switches, software defined networks, datacenters, and edge computing.

The ICS 601R-25IT operates within a wide voltage range of 1.8V to 3.3V, and provides a wide selection of input clock frequency options. The user can configure the output clock frequencies through a programmable register. Integrated clock related functions are provided including spread-spectrum frequency and cycle accuracy linearization.

The ICS601R-25IT is designed to generate a high quality clock signal with low jitter, which makes it suitable for various applications in communications, consumer, consumer electronics and automotive. The device is designed to reduce clock jitter by reducing the total integrated jitter by more than 40%, improving the performance of digital applications. Additionally, the device is equipped with several terminating impedance options for different load requirements.

An integrated Phase-Locked Loop (PLL) is included in the device, which locks the output of the ICS601R-25IT to the input reference clock. This helps to maintain a consistent output frequency and highly accurate clock cycle time. In addition, the device is designed to consume very low power, making it very suitable for portable and battery operated applications.

Overall, the ICS601R-25IT is an ideal solution for various high-performance and high-reliability applications. The integration of a PLL, a wide operating voltage range, and low jitter makes the device suitable for a range of digital applications. It is also designed to have a low power consumption, allowing for a long battery life, making it suitable for low power, battery operated applications. Additionally, the user can configure the output clock frequencies through a programmable register, enabling a wide selection of frequencies.

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