SI5338M-B05844-GMR

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The SI5338M-B05844-GMR is a clock/timing-specific device used in a variety of applications. It is a Single Oscillator timing device and is ideal for use in low power, low noise systems. It has many features including adjustable frequency ranges and jitter attenuation.

The SI5338M-B05844-GMR is designed to provide accurate and stable clock signal outputs for a variety of precise timing applications, including server farms, telecom switches and more. It is ideal for precise timing in critical applications, such as enabling a network switch to accurately control packet data routing.

The SI5338M-B05844-GMR offers a range of frequency output options, allowing users to customize the device for their specific application. It supports a wide range of input entry sources, including CML/CMOS, LVPECL, HCSL, LVCMOS and ECL. These can be used in combination or in any single type.

The SI5338M-B05844-GMR has a wide range of built-in features that make it ideal for applications that need precise and predictable timing. These features include on-chip power management, jitter attenuation, programmable output frequencies, and wide input voltage range. It also has an integrated bias system, providing an optimized output signal to the user\'s application.

The SI5338M-B05844-GMR also offers low jitter digital outputs for precise timing requirements. It is designed for noise-sensitive applications, providing a low-jitter clock output with a minimum jitter of 600fs. The device also offers very good phase noise with a maximum of -130 dBc/Hz at some frequencies.

The SI5338M-B05844-GMR also offers excellent power supply rejection requirements and low power consumption, making it an ideal choice for applications requiring precision timing with low power consumption. It also offers EMI prevention for improved signal isolation and system integrity.

The SI5338M-B05844-GMR is an excellent choice for a variety of precision timing applications, offering a wide range of features to meet the requirements of a variety of specific applications. Its wide range of input and output options, low jitter, low power consumption and a wide range of features make it an ideal choice for precision timing applications.

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