SI5341A-D06298-GM

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The SI5341A-D06298-GM is an extremely versatile clock generator and programmable frequency synthesizer component from Silicon Labs. It provides a wide range of frequency output options for a variety of applications, making it suitable for use in clocking systems, communications systems, automotive electronics, consumer electronics, computing systems and medical imaging/diagnostics systems. Its features include I/O pins for synthesizing up to eight frequencies, on-chip Programming Interface, multiple output formats, and spread spectrum capability.

The SI5341A-D06298-GM is most commonly used as a frequency synthesizer component, providing a cost-effective solution for comprehensive frequency generation. As a clock generator and programmable frequency synthesizer, the component is able to accurately generate very precise and stable clock frequencies at very low jitter levels. It is able to generate multiple clocks simultaneously, and also supports programmable frequency hopping, also known as \'spread spectrum jumping\', which helps reduce EMI signals.

The SI5341A-D06298-GM includes I/O pins for synthesizing up to eight frequencies, ranging from 2.5MHz to 333MHz. For example, it can synthesize and output the following common frequencies: 4MHz, 8.192MHz, 10MHz, 12.288MHz, 16MHz, 25MHz, 33.8688MHz, and 50MHz. By setting the desired output frequency in multiples of the reference frequency, the component can produce precise output clocks in precise steps.

The chip is powered by an internal oscillator, which serves as a reference frequency. The reference frequency of the SI5341A-D06298-GM can be set with the on-chip programming interface. It supports both an external reference and an internal reference, with the external crystal oscillator being the preferred option.

The SI5341A-D06298-GM also includes an on-chip programmable interface which supports various memory types including SRAM, serial EEPROM and flash. It also provides enhanced configuration capabilities, allowing users to customize the clock source and output signal levels. For example, users can easily configure the component to use an external reference signal instead of the internal oscillator.

The component is also capable of spreading spectrum clock outputs, which helps lower radiated emissions. With this capability, referred to as SSI (Spread Spectrum Input), the component can adjust the frequency output to match the expected emissions profile. This helps to reduce interference and susceptibility to noise, allowing for better performance and longer operation.

The component also supports Multifilter Output formats like LVCMOS and LVDS, which can be used to generate multiple clock frequencies as needed. The component can be programmed to achieve variable or fixed output frequencies, eliminating the need for external components. The component is also able to generate very precise output signals with low jitter.

The SI5341A-D06298-GM is suitable for a wide range of frequency generation and clocking applications, and offers a wide range of frequency output options. It is a highly versatile component which is able to generate very precise and stable clock frequencies with low jitter and also supports spread spectrum jumping. Its on-chip configuration capabilities, multifilter output formats, and support for external reference signals, make it an ideal choice for a wide variety of frequency generation applications.

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