SI5338K-B02184-GMR

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The silicon clock generator, SI5338K-B02184-GMR, is an application specific device that performs as a customizable oscillator in a wide variety of settings. It is used to generate low jitter clocks and timing in applications such as multimedia data transmission, digital video and audio, industrial automation and control, home entertainment systems, medical equipment, and military communication and radar systems. The device is designed with highly precise frequency- and time-of-flight-accurate control through an I2C interface, making it ideal for specific digital control systems.

The device has a digital programmable signal source with a very low/stable random jitter of 10 ps as well as best in class signal generation performance. It supports a wide operating temperature range and is compatible with a variety of frequencies. Three selectable outputs provide support for multiple output signals at accuracies of 200 parts in 10⁹ (PPB). A variety of analog signals, such as differential output signals, variable frequency signals, and sine and square wave forms, are also supported.

The Si5338K-B02184-GMR also supports phase-locked loop (PLL) modulation for precise timing applications. This PLL modulation preserves the timing accuracy of a given clock frequency and allows for adjustable phase and frequency adjustments. The PLL can be used to generate generated reference signals through frequency synthesis, which provides optimized signal performance with minimal frequency drift.

The Si5338K-B02184-GMR is ideal for applications that require minimal power consumption with peak efficiency. It achieves low power consumption capabilities through its high integration level with minimum components and less board space. It also features temperature compensation that enables precise control of the operating temperature with minimal disruptions. This allows for constant operation in applications that require precision and accuracy even if the operating environment changes.

Overall, the Si5338K-B02184-GMR is an excellent choice for applications requiring accurate and reliable clock and timing signals. Its precision clock and timing control, low power consumption, and wide operating temperature range make it an adopted choice for a variety of specific digital control systems. Its highly programmable and customizable capabilities, along with its support for multiple frequency and sine-square wave forms, make it ideal for applications that require precision accuracy and minimal frequency drift.

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