SI5335C-B02727-GMR

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The SI5335C-B02727-GMR is a clock generator, phase-locked loop (PLL), and frequency synthesizer, capable of generating all necessary clock signals for complex system designs. The device is ideal for use in microwave radio and digital signal processing applications that require high frequency, high output accuracy and low jitter. Its features and performance make it well-suited for emerging applications and systems such as next-generation cell phones, 5G networks, aerospace and defense, automotive, and consumer and connected home applications.

The SI5335C-B02727-GMR is a compact device that offers a wide range of output signals, from fundamental frequency crystals up to 400 MHz, with total jitter performance as low as 0.5 ps rms. It draws very little power consumption and provides stable, ultra-low jitter timing and clock signals with very fast locking times. The device is well-suited for a range of applications that require small form-factor clocking solutions and high-speed signal processing.

The working principle of the SI5335C-B02727-GMR is based on the use of a crystal oscillator to generate a reference frequency signal. This signal is then used to generate the output clock signals, which can be adjusted by the user in terms of frequency, duty cycle and phase. The device can also be configured to generate multiple output signals with different characteristics, and the user can select the output signal type and frequency range. The device also features two PLLs with programmable bandwidths and lock times, as well as additional features such as Spread Spectrum Frequency Modulation (SSFM) and output jitter attenuation.

The SI5335C-B02727-GMR is a versatile and powerful clock generator, capable of generating a wide range of accurate and low-jitter high frequency clock signals for a variety of applications. It is ideal for use in radio, communication and digital signal processing systems that need to generate clock signals with precision, accuracy and fast locking times. The device also offers a high degree of flexibility and scalability, allowing the user to adjust output signals to suit the needs of their application.

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