SI5335D-B05620-GMR

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The Series 5335D-B05620-GMR is a highly integrated and innovative clock generator, perfect for a wide range of commercial and industrial timing applications. The device houses a 32-bit, low-phase noise PLL (phase locked loop) that can generate precisely adjustable frequency references from an input reference frequency between 8 MHz and 160 MHz. The PLL’s output is coupled to six internally generated output dividers, which can generate output frequencies from the reference with a divider ratio between 1 and 16. Through a selectable output format, the divider ratios can be adjusted to provide different output frequencies on each of the outputs.

High frequency clock signals are typically difficult to provide by conventional filtering and amplification techniques. Accurate and low-power frequency generation is vital in a wide range of communication and control systems, including set-top boxes, Blu-ray and DVD players, navigation equipment, digital audio/video receivers, and more. With the 5335D-B05620-GMR, it’s easier and more efficient to generate frequencies significantly higher than the original reference frequency.

The main feature of the 5335D-B05620-GMR is its adjustable frequency output, which is extremely applicable for applications requiring a precisely adjustable frequency. The adjustable frequency output makes it possible to generate even sub-multiples of the input reference frequency with an extremely high accuracy. This makes the 5335D-B05620-GMR exceptionally suitable for systems where precise control of the frequency is required such as clock/timing chipsets, radio/television receivers, navigation systems in cars, and so on.

The 5335D-B05620-GMR operates in two modes; the normal mode and the bypass mode. In the normal mode, the device works in a synchronous manner and a design engineer can adjust the output frequency by fine-tuning the device’s frequency to the needs of the application. In the bypass mode, the device behaves like a fixed frequency oscillator and is particularly useful in applications where clock jitter is not a major concern.

The device is also equipped with an on-chip EMI filter to reduce EMI noise and increase system performance. In addition, it has extremely low power consumption and is capable of operating over a wide temperature range. This makes the 5335D-B05620-GMR an ideal device for use in high-density designs requiring the lowest possible power consumption.

The flexibility, low power consumption, and excellent performance of the 5335D-B05620-GMR make it an attractive choice for a wide range of clock/timing applications. It is an ideal solution for high-precision clock/timing requirements that require precise frequency timing control and low power consumption.

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