ICS9LPR464AGLFT

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The ICS9LPR464AGLFT is a high-precision, ultra-low-jitter clock generator specifically designed for many clock/timing applications. This advanced clock generator offers flexible options and is generally used in many industries like communications, enterprise, industrial, medical, gaming and multimedia. It has been designed to provide a low-noise, low-jitter clock source and provide robust operation in extreme conditions.

The ICS9LPR464AGLFT is targeted at applications that require a reliable, low-noise, low-jitter clock generator. Its features are especially beneficial in demanding applications such as:

• High-performance computing and data storage systems.
• High-bandwidth digital audio and image processing.
• Consumer and professional digital media devices.
• High-speed wireless communication links.
• Time Division Multiplexed (TDM) and other network systems.
• ASIC and FPGA design.

The ICS9LPR464AGLFT works by synthesizing low-noise and low-jitter clocks from a wide range of reference inputs. It employs a number of different techniques including frequency multiplication, phase-interpolation, and spread-spectrum spread-modulation to achieve this aim. The device also features an advanced phase-noise cancellation circuit. With this technology, it can effectively improve jitter characteristics and reduce clock oscillator phase noise.

The clock generator can also be used to generate multiple clock outputs, including differential and single-ended outputs. This functionality makes it ideal for applications such as digital storage and transmission, embedded systems, digital signal processing (DSP), networking, and communications. It also provides integrated clock buffer, frequency locking inputs, and frequency dividers.

The ICS9LPR464AGLFT is a versatile, high-performance clock generator that offers both flexibility and reliability for clock/timing applications. With its advanced features, it is able to provide low-noise and low-jitter clock sources, as well as robust operation in extreme operating conditions. Furthermore, its multi-mode functionality makes it highly suitable for a wide range of clock/timing applications.

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