8523CGILF

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The 8523CGILF is a precision clock buffer, driver and transformer designed for high performance clock and timing applications. It is designed with a robust architecture, combining low jitter, fast edge rate and ultra-low power consumption. The 8523CGILF provides a low or adjustable clock drive capability and allows for high frequency clocks (up to gigahertz) and wide range of voltage and current flexibility with the ability to stream via four differential clock outputs.

The 8523CGILF is specifically designed for clock distribution, clock timing, clock frequency synthesis, and clock synchronization in digital systems. It is a great choice for designers needing to maximize timing performance and power efficiency in digital system designs. This device also provides an ideal solution for applications in storage, networking, broadcasting, automotive and consumer electronics.

The 8523CGILF is a low-jitter, high-speed clock buffer, driver and transformer that uses an optimized transistor-based architecture to provide low total jitter, fast edge rate and ultra-low power consumption. The device is able to drive differential clock outputs with a wide range of voltages and current levels, allowing for the design of efficient, high-speed clock circuits. The 8523CGILF uses a high-frequency clock output to drive four differential clock outputs. The output clock signals have a configurable range of frequencies up to 1GHz, and the device can be set up to transfer parameters from the input frequency to the outputs.

The 8523CGILF also provides low-noise, linear clock synthesis for clock synchronization. This feature can be used to synchronize multiple clocks in a single system, or in a multi-system environment. The device utilizes a distributed internal architecture optimized for fast clock switching and low power consumption, as well as maximum jitter reduction. The 8523CGILF provides a wide range of output swing, current drive and voltage range flexibility, allowing designers to optimize their clock designs and to minimize power consumption. The device also supports clock outputs that can be configured to have variable frequencies or frequencies in the gigahertz range.

The 8523CGILF is designed to maximize clock performance and to reduce power consumption. This device features fast edge rates, with adjustable slew rates, and provides an ideal solution for digital system designs. The device utilizes a wide range of voltage and current levels that allows for efficient designs and ultra-low power consumption. The device also supports fast switching from one clock to another and provides low-noise linear clock synthesis for clock synchronization.

The 8523CGILF enables designers to maximize clock performance and power efficiency for their digital system designs. This device is ideal for clock distribution, clock timing, clock frequency synthesis and clock synchronization in digital system designs. It is a great choice for storage, networking, broadcasting, automotive and consumer electronics applications. The device also provides fast switching from one clock to another, wide range of voltage and current levels, and adjustable slew rates, allowing designers to optimize their clock designs and to minimize power consumption.

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