SI5335D-B02044-GMR

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Whether in communication systems or computing systems, clocks and timing signals are essential in ensuring accurate and efficient operation. Consequently, the correct clock generators, PLLs, and frequency synthesizers must be integrated into systems for them to function properly. The SI5335D-B02044-GMR is one such device, bringing the integration of a high-performance clock buffer, a low-jitter clock generator, a synthesized clock output generator, and configurable spread-spectrum clocking.

The SI5335D-B02044-GMR is an ideal solution for applications that require high frequency, ultra-low jitter, and configurable spread- spectrum clocking. It is particularly useful in timing-critical and power-sensitive fields, such as networking, computing, aerospace and defense, medical, video, and gaming systems. Specifically, it is the perfect device for driving high-speed SERDES, clock and data recovery, communications networks, ASICs, ASSPs, FPGAs, clocking phase-locked loops (PLLs), timing source clocking, and remote control clock generation.

The SI5335D-B02044-GMR features a high-performance buffer to condition, clean, and stabilize the clock source. It offers a wide input frequency range (from 10 – 150 MHz) and low-jitter (<14.0 ps). Moreover, the device supports three output ports with multiple output frequencies and pulse width modulation (PWM) functionality. It offers both fast (multiple) bypass and slow switches, programmable clock outputs (over 25 QFN package pins), and a variety of test functions.

In addition to its clock buffer and generator capabilities, the SI5335D-B02044-GMR also offers a synthesized clock output generator. This generator allows for 8kHz to 250MHz frequency ranges for producing the target frequency (with a frequency accuracy of ±20ppm). Meanwhile, the output frequency range can be programmed in multiple steps using two input floats (input F0, F1).

The SI5335D-B02044-GMR provides an adjustable spread-spectrum clock output that can be configured to match output voltage. It also features an external progamming range of -40% to +40%, enabling the user to minimize EMI without compromising system performance. The SI5335D-B02044-GMR is also capable of resetting itself each time its power is changed or it is reset by hardware.

Taking advantage of the SI5335D-B02044-GMR\'s low-jitter event control, one can also directly control FIFO depth and maintain system synchronization. Additionally, the device offers a flexible PCM interface, allowing users to directly connect multiple SI5335D-B02044-GMRs to one interface for maximum flexibility. Finally, the SI5335D-B02044-GMR is RoHS compliant and has the industry-proven SiTime MEMS oscillator built in.

Overall, the SI5335D-B02044-GMR is an ideal device for a wide range of applications. It is extremely versatile, being compatible with a wide range of clock frequencies. Moreover, its configurable spread-spectrum clocking allows for much lower interference signals and better stability. Finally, the low-jitter event control and flexible PCM interface makes the SI5335D-B02044-GMR an invaluable tool for achieving accurate timing and synchronization.

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