SI5338D-B-GMR

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The SI5338D-B-GMR is a high performance Clock/Timing - Application Specific part designed to optimize clock and timing performance for a variety of applications. It is an integrated device, containing a range of synthesizable clock functions including a wide frequency range, low power consumption and integrated temperature-stabilized components.

The SI5338D-B-GMR is based on a multi-stage architecture that provides frequency synthesis from CML (data and clock) channels up to 7 GHz. This frequency range includes both popular harmonics (1 ~ 2 GHz) and tuned frequency-agile modulation control to fine-tune a subset of these harmonics. It has both analog and digital interfaces, which can be programmed through the I2C-bus.

The SI5338D-B-GMR utilizes an on-chip LVCMOS oscillator with integrated sigma delta ADC, as well as an integrated temperature stabilized component. In applications needing superior low-jitter clock, the integrated temperature-stabilized component provides stability across a wide range of operating temperatures. This component also enhances jitter performance by roughly 20 percent when compared to all-CMOS oscillators.

In addition, the SI5338D-B-GMR features an integrated clock and timing controller, allowing for highly flexible system configurations. This controller can be programmed for clock generation and synchronization for multi-channel applications. Furthermore, the device supports up to two clock sources at different frequencies, allowing for simultaneous operation of two different clock frequencies from a single device. Moreover, the SI5338D-B-GMR features a wide range of frequency stability features, such as tunable Spread Spectrum, to reduce EMI/RFI emissions.

As a result, the SI5338D-B-GMR is the perfect device for applications requiring superior clocking and timing performance. Its wide frequency range, low power consumption and integrated temperature-stabilized components make it the ideal choice for applications requiring high end clock and timing performance. As such, it has found widespread application in consumer electronics, automotive, industrial and communications systems, among other applications.

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