SI5335D-B04185-GM

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The SI5335D-B04185-GM is a Clock Generator and PLL Synthesizer from Silicon Labs. The device can generate any frequency between 135 kHz and 5.8 GHz, making it suitable for a wide range of applications, including high frequency communications and broadcast applications. It is also suitable for high speed switching and synchronisation applications, such as clocking of video and audio equipment. The SI5335D-B04185-GM has a range of features to support these applications, including integrated programmable output buffers, low jitter frequency synthesis, and low-power operation.

The SI5335D-B04185-GM features two independent programmable PLLs which can be configured with different loops or can be coupled in configuration. This allows for very flexible system clock generation, allowing for a wide range of frequencies and output formats. Each PLL has its own output buffer, allowing for parallel output of two signals of up to 6 GHz. Each output buffer can be individually configured for its drive strength, current control and output format. All outputs feature very low additive jitter, enabling very low jitter signal transfers.

The internal frequency synthesis engine of the SI5335D-B04185-GM is based on a 5th-order Delta Sigma modulator, which is capable of generating any output frequency within its range with a high level of precision and no additional components. The device can also be programmed directly by an external controller, allowing for dynamic configuration of the PLLs and output buffers. Finally, the SI5335D-B04185-GM operates over a wide range of supply voltages, and features very low power consumption, making it suitable for portable applications.

The SI5335D-B04185-GM from Silicon Labs is suitable for a wide range of clock generation, frequency synthesis and synchronisation applications. Its high frequency range, low jitter output buffers and low power consumption make it an ideal choice for high speed communications, audiovisual and broadcast applications. It is also easy to configure, thanks to its integrated frequency synthesis engine and programmable outputs.

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