9FGL02P1AKILF

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The 9FGL02P1AKILF is part of a Clock/Timing - Application Specific family of semiconductor products. It is a high-precision clock generator and comprises of five high-quality, low-jitter outputs—four differential clock pairs and an auxiliary low-frequency, high-accuracy output. The 9FGL02P1AKILF is designed to be used in several high-speed, synchronous, real-time applications, such as servers, data centers and similar applications, where timing accuracy and data synchronization is of utmost importance.

The 9FGL02P1AKILF offers versatile and low-power timing solutions for system designers. By integrating a high-performance, jitter-robust MBIST (Memory Built-In Self-Test) and a powerful temperature compensation core, it can provide superior cycle-accurate clock rate calibration and cycle jitter improvement, with residual jitter as low as 2ps. The 9FGL02P1AKILF comes with a range of advanced features, including an internal oscillator with PLL or Crystal Frequency Synthesizer (CFS), a high performance, jitter-robust clock generation core, a phase drift monitoring and correction module, a time interval and frequency meter, and an ultra-low power static frequency and phase offset detector.

The 9FGL02P1AKILF can be connected to a system\'s oscillator and/or crystal separately, and then used as the product’s output clock sources, or external clock sources, both of which will adjust the product’s output frequency to the desired maximum operating frequency. The device also supports an emergency clock source, allowing for a tight synchronization of the device\'s output clock frequency in emergency conditions. The device has a comprehensive set of outputs, including differential outputs, and a low-noise output that makes it easy to configure and integrate into complex systems.

The 9FGL02P1AKILF allows developers to configure the device to their detailed timing and clocking requirements. This is accomplished through five selectable operating modes, namely, Free Running mode, Crystal/Clock Run mode, Asynchronous mode, and Synchronous mode. In all modes, the 9FGL02P1AKILF produces a stable, low-jitter output clock signal with little or no power consumption. Additionally, it includes a built-in frequency and phase monitoring capability, with a detection range of up to ±100kHz, allowing for precise evaluation and control of the output clock signal. In addition, the chip allows for 1MHz or 2MHz master clock frequencies.

The 9FGL02P1AKILF supports a wide range of applications such as network storage, portable computing and multimedia. It is also suitable for a variety of communication systems, including wireless, optical and networking systems. The 9FGL02P1AKILF supports a wide range of output frequencies from 50MHz to 200MHz and can work with very low latency clocking requirements. Furthermore, the device employs a jitter-robust clock generation core that eliminates the need for jitter filtering. It also offers an optional Power Management Interface (PMI) that allows the device to be managed remotely.

The 9FGL02P1AKILF is designed as an ideal choice to reduce power consumption in high-speed applications such as device synchronization, network synchronization, and high-frequency clocking. It is an advanced and high-performance clock generator that can provide a low-latency, low-power timing solution to system designers. With its comprehensive set of features, the 9FGL02P1AKILF can be used to reliably and precisely provide synchronization signals in real-time applications.

The specific data is subject to PDF, and the above content is for reference