SI5335D-B06485-GMR

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The SI5335D-B06485-GMR is a high-performance clock generator for Clock/Timing applications such as clock generation, PLLs, frequency synthesizers and other similar uses. A highly integrated, low-power device, it offers a wide range of features to meet the specific needs of a wide variety of applications.

The SI5335D-B06485-GMR provides six independent clock outputs distributed over two separate bus channels, allowing individual control of each output. All outputs are capable of generating up to 400 MHz output. The device offers two threshold banks and two selectable power modes, providing the user with greater flexibility in terms of power consumption and noise optimization.

The SI5335D-B06485-GMR comes with a wide variety of output formats, can provide 4 different types of configurable frequencies, and supports multiphase output mode. It has a very low jitter of under 1ps, and is synthesized from an internal oscillator using a high-performance digital PLL. The integrated ESD protection ensures a high-reliability solution for a wide variety of clock generation applications.

The SI5335D-B06485-GMR provides excellent performance and very low power consumption levels. It is powered from a single 1.8V supply and does not require external bias resistors or capacitors. It provides an operating temperature range of -40°C to 85°C and excellent power savings with a power down mode.

The SI5335D-B06485-GMR also offers an advanced spread spectrum feature, allowing users to reduce EMI noise emission. This is especially important in applications where a large number of clocks are generated or distributed over a wide area. The spread spectrum feature helps to minimize total power consumption and EMI noise.

The SI5335D-B06485-GMR is an excellent choice for a wide variety of clock, timing, and frequency synthesizer applications. It is an ideal solution for applications requiring low power and wide ranging features, excellent performance, and advanced spread spectrum capabilities. It is robust, reliable, and provides good EMI performance.

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