SI5338B-B05395-GM

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The SI5338B-B05395-GM is an industrial application specific clock buffer that is designed to drive any kind of medium speed digital circuitry. It has been specifically designed for accurate timing and clocking applications, and features an extremely low jitter of 0.2 ps RMS. This makes it perfect for high speed and low latency data capture and recording, as well as communications and networking applications.

These application specific clock buffers are best suited for medium speed digital applications, offering unparalleled jitter performance and robust timing and clocking over any medium speed application. The design ensures a low phase noise and a high level of EMI immunity, making it ideal for high speed switching and clocking.

The SI5338B-B05395-GM makes use of a number of advanced technologies to optimize the performance and accuracy of the clocks it drives. It features a differential architecture to ensure low jitter, which contributes to the clock’s excellent clocking accuracy. It also utilizes a configurable loop response circuit to improve the power efficiency and accuracy, while offering better control of the output clock.

The clock buffer also features several integrated circuit (IC) components such as an oscillator and a low noise amplifier, to optimize the performance of the clock. The IC components are carefully selected and designed to offer an excellent combination of performance and reliability. These components also help to minimize the noise that is generated by the clock, making the clock more reliable in high-noise environments.

To ensure that the SI5338B-B05395-GM operates reliably and accurately, it also features several other features such as a wide range of frequencies, adjustable frequency planning, resource optimization and power management abilities. The frequency range offered by the clock has been carefully chosen and tested to ensure reliable operation. Additionally, the resource optimization and power management features ensure that the clock utilizes the available power in an efficient manner, while still remaining highly accurate.

The SI5338B-B05395-GM is capable of operating in multiple clock domains and is also compatible with a variety of signal types including TTL, LVCMOS, LVDS and LVHL. Additionally, the clock buffers have been designed to interface with a variety of signal interface protocols such as I2C and SPI. This makes them compatible with a wide range of signal types and enable them to be used with a variety of devices.

The SI5338B-B05395-GM utilizes digital spread spectrum clocking (DSPSC) technology to further reduce jitter and improve their performance. DSPSC is based on frequency modulation (FM) technology, allowing the clock to modulate its frequencies to achieve higher frequency accuracy with lower jitter. The spread spectrum technique is used to further reduce jitter and lower EMI emissions, making the clock suitable for use in high speed digital applications.

In conclusion, the SI5338B-B05395-GM is an industrial application specific clock buffer that is designed to drive any kind of medium speed digital circuitry. It features an extremely low jitter of 0.2 ps RMS, making it a perfect choice for high speed and low latency data capture and recording applications. Additionally, it is capable of operating in multiple clock domains and is compatible with a variety of signal types and interface protocols. It utilizes DSPSC to further reduce jitter and improve performance, making it ideal for high speed digital applications.

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