SI5335D-B03389-GMR

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The SI5335D-B03389-GMR is a clock generator and frequency synthesizer belonging to the SI5335 family of devices. It features three output channels and a single-input reference clock as well as integrated programmable frequency resolution, configurable digital lock detect and I2C control. In addition, the device offers excellent performance, stability, low power consumption and tiny packaging, enabling a variety of use cases in embedded systems, telecom and networking, and test and measurement applications.

The SI5335D-B03389-GMR, based on highly integrated silicon frequency synthesis technology, is ideal for use in applications requiring high clock accuracy, such as clock synchronization, jitter injection/reduction, external sync pulse/modulation, and clock multiplication/division. The device also allows for precise control of several output frequencies, with adjustable tuning resolution.

The SI5335D-B03389-GMR achieves extremely high frequency accuracy and stability. It is designed to operate with an input frequency range of 10 to 250 MHz, and has a maximum output frequency of 800 MHz. The device allows the output frequencies to be programmed over a wide range with a resolution of up to 1 Hz.

The ultimate goal of the SI5335D-B03389-GMR is to be able to generate precise, stable, and repeatable frequencies, both directly and with the help of a reference signal. To this end, the device utilizes a Phase-Locked Loop (PLL) architecture with a programmable frequency resolution.

The SI5335D-B03389-GMR PLL works by sampling the incoming reference clock and locking onto the desired output frequency based on that sample. It is a type of feedback loop where the output from the loop is compared to the input, and is then adjusted accordingly. This process is repeated continually to maintain a steady output frequency.

The SI5335D-B03389-GMR can be configured to accept a single reference clock input to build its frequency. Within this PLL, the device includes an integrated programmable frequency resolution, Lock Detect Enable/Disable, and I2C Control. The SI5335D-B03389-GMR also features a low jitter design such that only low frequency jitter is present on the entire output range.

The SI5335D-B03389-GMR offers numerous features and benefits, such as its small form factor, low power consumption and high frequency accuracy. It is designed to operate reliably in a wide range of temperature environments. Furthermore, it has a wide frequency range and offers control via I2C, allowing multiple SI5335 devices to be synchronized to each other or externally.

In conclusion, the SI5335D-B03389-GMR is an excellent choice for applications that require precise and stable frequency generation and synchronization. Its small form factor and low power consumption make it well suited for use in embedded systems and other applications where space and power are at a premium.

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