SI5330B-B00205-GMR Integrated Circuits (ICs)

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The SI5330B-B00205-GMR is a clock generator which belongs to the Clock/Timing - Clock Buffers, Drivers category. It is designed to provide a wide range of output frequencies from a single reference clock. The SI5330B-B00205-GMR is a highly integrated clock generator that offers a high degree of flexibility for the generation of low jitter high accuracy frequency clocks for various applications with programmable output frequencies up to 800 MHz.

The SI5330B-B00205-GMR integrates a Phase Locked Loop (PLL) with five dividers and programmable multi-rate clock buffers to produce up to seven low-jitter clocks from a single reference clock. The reference clock can be selected between a 48MHz crystal clock or an external clock input. The programmable PLL combined with the reference clock provides nearly any output frequency, within specified limits. The main benefit to users is the ability to create low-jitter clocks with greater accuracy and less temperature drift.

The common application field of the SI5330B-B00205-GMR includes network routers and switches, wireless base station and data servers, where accurate clock synchronization is critical for maintaining proper operation. It is also well suited for mission critical applications such as military and aerospace systems, medical imaging and heavy industrial control.

In terms of its working principles, the SI5330B-B00205-GMR works by generating a series of clock signals from a single reference clock. The reference clock is used to generate a low-jitter carrier signal, which is then routed through a Phase Locked Loop (PLL). The PLL is used to adjust the frequency of the output clocks according to the desired frequency. From the PLL, the output clocks are then routed through a chain of dividers, allowing for a wide range of output frequencies. Finally, the output clock signals are buffered, which ensures that they stay in timing with the reference clock.

The SI5330B-B00205-GMR is equipped with sophisticated Hybrid Frequency Acquisition Lock technology, which allows the device to acquire and maintain lock with a variety of frequency sources. It also includes digital holdover and clock disable features which can be used to manually override the output frequencies as needed. The device also includes advanced thermal impact compensation, which helps to ensure stable clock operation across temperature changes.

The SI5330B-B00205-GMR is an excellent choice for applications requiring low jitter and high accuracy clocks. Its digital design ensures that the output signals are precisely synchronized with the reference clock, providing maximum stability and reliability. The device also offers a large range of output frequencies, allowing it to be used in a variety of applications. Finally, the sophisticated hybrid frequency acquisition technology and advanced thermal compensation features make it an ideal solution for mission-critical applications.

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