SI5338Q-B02060-GMR

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The Si5338Q-B02060-GMR is an integrated clock generator IC.
It can provide up to sixteen different clock frequencies that are based on a main clock reference. It is suitable for applications where a variety of high-performance analog or digital clocks need to be generated. The clock generator has a wide range of applications including clock and timing generation, clock jitter attenuation, and frequency multiplication and division.

The Si5338Q-B02060-GMR is designed to provide high-performance clock outputs in order to meet the low-skew requirements for network, communications, and industrial applications. As such, it is part of the Clock/Timing - Application Specific family of devices. Clock output frequency range is from 25kHz to 150MHz depending on the specific application. The clock outputs are designed for low-skew and are typically within +/-100 ppm of the specified frequency.

The Si5338Q-B02060-GMR works by generating frequencies that are a multiple or a fraction of a reference input frequency. It can accept various input types such as crystal oscillator, LVCMOS, LVDS or HCSL clocks. The output characteristics of the device are simple and include single-ended or differential signals, with or without enable signals or selectable pull-up or pull-down resistor. The device is highly configurable and can be controlled through an I2C interface.

The Si5338Q-B02060-GMR is an ideal choice for applications where a variety of high-performance clocks need to be generated or for applications where clock jitter attenuation is required. It is designed for use in a wide range of applications, including networking, communications, and industrial applications. It is also suitable for applications in which low-skew, high-performance clock outputs are required.

The Si5338Q-B02060-GMR is easy to use and highly configurable, making it an ideal choice for any application where a variety of high-performance clocks need to be generated. It is designed for use in a wide range of applications and offers support for multiple input types, as well as programmable output characteristics. In addition, the device features low-skew and highly accurate outputs to meet the low-skew requirements of network, communications, and industrial applications.

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