SI5334M-B05523-GMR

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The SI5334M-B05523-GMR is a high-performance clock, which is designed to offer specific features and performance for applications in the clock/timing domain. It is a 3-stage jitter-attenuating clock buffer with adjustable phase compensation, which is capable of providing low phase noise, low jitter, and low power clocking for a wide range of applications.

The SI5334M-B05523-GMR provides an adjustable input range from 2.5 to 10V, selectable output frequencies from ≤ 8MHz to ≥ 200MHz, and an adjustable pre-emphasis that allows for improved signal integrity and improved jitter performance. It also provides frequency multiplication and spread spectrum output functions, while still meeting the requirements of applications that require low jitter, low power, and low phase noise.

The SI5334M-B05523-GMR is intended for applications that require low jitter, low power, low phase noise, low SSO noise, and frequency agility. As an example, the dividers of the device can be used as an output frequency synthesis technique, allowing for a wide range of frequencies to be generated using the same input reference frequency. Due to its low jitter and low phase noise characteristics, the SI5334M-B05523-GMR can be used for digital clocking applications such as high-speed I/O ports, audio, and video applications.

The SI5334M-B05523-GMR features a 2-stage buffer design. The first stage is a wide-bandwidth active buffer (WAB) which provides low-jitter output for three input signals: a reference clock, an external clock, and a DPI signal. The WAB operates over a wide voltage range, and is capable of providing up to two GHz of bandwidth with minimal jitter contribution. The second stage is an adjustable pre-emphasis stage which can adjust the amplitude, slope, and peak-to-peak output voltage of the WAB output signal. This allows for signal conditioning and adjustments to meet the needs of the application.

The SI5334M-B05523-GMR also provides frequency multiplication by providing a P1/P2 output for multiplication of the reference clock by a value of between 1 and 4. This allows for flexible output frequencies and spread spectrum functionalities, which can improve the performance of clock distribution systems. The device also includes spread spectrum output circuitry which allows for a spread spectrum output signal, again providing improved performance for clock distribution systems.

The SI5334M-B05523-GMR has an adjustable input range of 2.5 to 10V, allowing for a wide range of applications. It also has an adjustable pre-emphasis stage, allowing for improved signal integrity. The adjustable frequency divider and P1/P2 output enable flexible frequency-multiplication, leading to improved performance and jitter attenuation. Finally, the spread spectrum output function provides improved performance for applications requiring jitter performance and frequency agility.

In conclusion, the SI5334M-B05523-GMR is a highly-flexible clock designed for applications in the clock/timing domain. It features a wide input range and adjustable pre-emphasis, as well as frequency-multiplication and spread spectrum output capabilities. These features, combined with its low power, low jitter, and low phase noise characteristics make the SI5334M-B05523-GMR ideal for applications requiring low jitter, low power, and low phase noise.

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