SL28PCIE30ALIT

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The SL28PCIE30ALIT Clock/Timing - Clock Generators, PLLs, Frequency Synthesizers is a frequency synthesizer IC with a wide range of capabilities. It offers a crystal oscillator, PLL, and other features designed to meet the needs of system design engineers. The IC provides a low-jitter, low-latency solution for applications in 1G or higher-speed communication systems.

The SL28PCIE30ALIT consists of two main components: a crystal oscillator and a phase-locked loop (PLL). The crystal oscillator utilizes an ultra-stable piezoelectric quartz crystal in order to generate the reference clock signal. This signal is then fed into the PLL, which is used to generate multiple output frequencies up to a set frequency. It also includes an on-chip voltage regulator which allows for operation of the device in environments where the system power supply may be affected by external interference.

The device has several additional features designed to simplify system design and reduce development costs. It is designed to provide a programmable output with adjustable power supply logic level. Additionally, the device integrates I2C master and slave ports for the configuration of the device parameters. The integrated I2C port also allows for programming of a variety of on-chip features, such as spread spectrum clocking.

The SL28PCIE30ALIT device is designed to be used in a wide range of systems, from gigabit network switches to high-quality audio/video production systems. It is well-suited for providing clock signals for digital video and audio processing, as well as for Ethernet and other communication systems. The device also supports advanced features such as spread-spectrum clocking, which help reduce electromagnetic interference, and thereby increase signal integrity.

The SL28PCIE30ALIT is an ideal solution for communication systems that require low jitter and low latency clock signals. The device is optimized for low power consumption and has the capability to generate multiple clock outputs at different frequency values. This enables it to be used in a wide range of systems that require a variety of functions, and makes it an excellent solution for system design engineers who are looking for a reliable frequency synthesis IC.

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