SI5335B-B05943-GM

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The SI5335B-B05943-GM is a clock generator, PLL, and frequency synthesizer designed to provide reliable, high performance signal conversion. Its features make it an ideal solution for a number of applications, such as audio and video systems, industrial control systems, and communication networks. It is also capable of generating frequencies from 10 kHz to1366 MHz with a resolution of 0.5 Hz.

Application Field

The SI5335B-B05943-GM is designed for applications such as factory automation, industrial control systems, digital tuning or frequency synthesis, clock distribution, low-jitter clock generation, broadcast video, and time and frequency distribution. It was developed with applications that require high performance and tight synchronization in mind. Additionally, its output is suitable for a variety of applications, ranging from wireless systems to automotive infotainment systems.

Moreover, its multiple output frequencies can be configured to be independent, allowing users to easily implement systems with synchronous clock signals, or with multiple asynchronous but closely related frequencies.

Working Principle

The SI5335B-B05943-GM works by efficiently converting input signals into high-performance clock and timing signals. These signals are generated using a phase-locked loop (PLL) with a numerically controlled oscillator (NCO). This digital synthesis is designed to be incredibly fast, with a settling time of 10 us and a fast digital-to-analog conversion that allows for incredibly low-jitter output signals.

The SI5335B-B05943-GM also features integrated programmable logic, such as glitchless digital frequency switching and spread-spectrum oscillator modulation, to ensure maximum noise immunity. Additionally, is supports clock cycle-to-cycle jitter suppression and spread spectrum frequencies tuning and modulation.

Finally, the SI5335B-B05943-GM is equipped with integrated monitoring, diagnostics, and calibration features that allow the user to monitor, diagnose, and adjust the device\'s performance in order to ensure optimal performance. It also supports both serial (SPI) and parallel (I2C) bus interfaces for control and programming.

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