SI5338C-B06477-GMR

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The SI5338C-B06477-GMR is one of the clock/timing devices with application-specific features. It is designed around a combination of features, providing designers with a wide range of configurations and support, meeting a variety of requirements in the field of clock generation and distribution. The SI5338C-B06477-GMR is based upon the Multi-Phase Sample Clock technology or MPC, which is optimized for Synchronous Multi-Phase Clock applications.

MPC is a state-of-the-art clock architecture with advanced features. It features high resolution clock multiplication, on-chip loop stabilization and bipolar frequency control, enabling excellent clock performance in the sub-micron range. The MPC architecture is also able to support multiple synchronization requirements, allowing the SI5338C-B06477-GMR to be used in numerous applications such as networking, audio, imaging and automotive designs.

The SI5338C-B06477-GMR provides up to 16 channels of ultra-low phase noise, low jitter clocks, each of which can be digitally configured for a variety of output frequencies, phase-matched biases, and power/ground connections. This makes the SI5338C-B06477-GMR an ideal choice for designs requiring high signal integrity and low EMI performance. The clock generator also offers a selection of output signal controls, including active frequency and phase adjust, stop band and skew compensation, as well as on-chip loop filter integration.

The SI5338C-B06477-GMR features an integrated SONET/SDH frequency synthesizer and an enhanced PLL architecture that allows for programmable input/output frequency translations. It also provides access to multiple frequency settings over a wide range of frequencies. The PLL architecture eliminates the need for external components, allowing for a cost-effective, modular design with low EMI.

In addition to its advanced PLL and frequency synthesis features, the SI5338C-B06477-GMR has a range of integrated control functions. This includes programmable control of single-ended or differential outputs with multiple simultaneously switching output selection, as well as optional logical control of output frequency, enabling variable output frequency control. The device also features a wide range of automatic self-configuration features, allowing the device to be seamlessly integrated with its environment.

The SI5338C-B06477-GMR is a low jitter, low EMI, high-performance clock generator, perfect for a variety of applications requiring a cost-effective, robust, and reliable solution. With its wide range of features, high levels of integration, and advanced design, it is an excellent choice for applications requiring precise clock generation and distribution.

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