SI5335D-B05505-GMR

The SI5335D-B05505-GMR is a versatile clock generator and clock synthesizer designed for a broad range of applications. It is a low-power, highly-integrated, low-jitter, high-frequency clock generator and synthesizer, designed to combine the flexibility and low jitter performance of a crystal oscillator with the cost advantages of a digitally-controlled oscillator. The SI5335D-B05505-GMR is capable of generating multiple frequencies with the same high stability, low jitter performance and small footprint.

The SI5335D-B05505-GMR is ideal for applications that require very low jitter, tight tolerance and high frequency operation at a reasonable cost. It is well suited for tasks such as high-speed base station synchronization and clock generation/synthesis, as well as medical, industrial and telecom applications. The small form factor of the device makes it suitable for use in tight spaces where other clock generation solutions are not available.

The SI5335D-B05505-GMR consists of a differential clock generator and frequency synthesizer, with a minimum of external components. The clock generator module provides up to 10 differential clock outputs with frequencies ranging from 0.1 MHz up to 650 MHz. It also offers frequency synthesis from 0.3 MHz to 160 MHz, with an integrated output signal conditioner for use with oscilloscopes or other lab devices. The frequency synthesizer module provides high-resolution, low jitter outputs from 0.1 MHz up to 1100 MHz.

The SI5335D-B05505-GMR\'s clock generator module consists of an on-chip oscillator, a frequency synthesizer and low-noise regulators. The oscillator is based on an external high-stability crystal, which is calibrated with an on-chip frequency calibration system to provide extremely precise and low jitter outputs. The frequency synthesizer uses a digitally controlled frequency, phase and pulse width modification to achieve precise frequency control. The low-noise regulators provide ultra-low noise power supplies to all on-chip components.

The SI5335D-B05505-GMR also includes a wideband phase detector, allowing for the resolution of fractional frequency errors and thereby enabling much better jitter performance than other clock synthesizers. The phase detector also allows for fine-tuning of both the frequency and phase at the output, as well as for the adjustment of the duty cycle of each output waveform. The device also includes on-chip termination resistors and support for a wide range of process variations.

Apart from its use in clock generation/synthesis, the SI5335D-B05505-GMR can also be used in high-speed digital design applications. It is capable of providing very low-jitter clock signals for high speed digital circuits and chip-to-chip interconnects, as well as being able to provide low-phase noise clocks for RF, microwave and millimeter-wave applications. The device supports the use of multiple clock sources, and can be configured to provide unified, low-jitter output frequencies from multiple clock sources.

The on-chip differential outputs are further optimized for high-flexibility, as each output can be adjusted independently to any frequency between 0.1 and 650 MHz, depending on the available external components. The high-accuracy, low-jitter outputs of the SI5335D-B05505-GMR make it ideal for applications where extremely precise frequency control is required. It is also highly suitable for jitter-sensitive applications, such as digital communication, audio and video.

In summary, the SI5335D-B05505-GMR is a very versatile clock generator and synthesizer that is ideal for a wide range of applications. The small form factor, low-power consumption, low jitter performance and high flexibilities makes it an ideal choice for tasks such as sync/timing, medical, industrial and telecom applications. The frequency synthesizer provides highly accurate and low-jitter outputs, while the on-chip differential outputs can be adjusted to any frequency required. The integration of a wideband phase detector further enables higher resolution of fractional frequency errors and better jitter performance than other clock synthesizers.