SI5335D-B05682-GMR

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The SI5335D-B05682-GMR is one of a collection of clock generators, phase-locked loops (PLLs), and frequency synthesizers that exist within the domain of clock and timing technology. This particular clock generator and frequency synthesizer is an easy to use dual-phase-locked loop (PLL) which is ideal for applications that require high levels of system integration and low phase jitter performance. It is an attractive choice for many of today’s communications systems, such as those with phase or frequency locked loops (PLLs) of different types, where the wide bandwidth, flexibility, and low cost of the SI5335D-B05682-GMR make it an attractive choice.

In comparison to other longstanding clock generator and frequency synthesizer technologies, the SI5335D-B05682-GMR stands out with an impressive combination of features, such as its near-zero (<200 fs) integrated phase jitter at 12 kHz to 20 MHz and an RF output frequency of up to 1800 MHz. This makes the device an attractive choice for digital and mixed signal products, such as communications networks, consumer electronics, and automotive applications.

The SI5335D-B05682-GMR has various applications, many of which are based on its ability to link two on-chip oscillators for the generation of two synchronised, low-noise reference clocks. When correctly calibrated, the device can reduce system-level phase jitter and close-in jitter discrimination up to 10 times lower than existing oscillator technologies. As such, it is an essential component for clock and timing products such as those found in automotive radio receivers, smart meters, cell phones, and various other consumer electronics and communication systems.

The basic application field and working principle of the SI5335D-B05682-GMR revolves around its ability to link both the input and output signals of two on-chip oscillators. This enables the device to calculate the phase shift between the two signals, and then compare them against a standard reference signal. The output signal is then corrected according to any deviation that has been detected compared to the reference signal, thus ensuring that the device maintains a steady, low-noise output signal.

Furthermore, the dual PLLs of the SI5335D-B05682-GMR enable it to generate a wide variety of clock frequencies and output signals. The device is able to generate an output clock from a jitter-free source such as a crystal oscillator, and is then able to adjust the frequency or phase of the signal as required. As such, it is an ideal source for telecommunications and power distribution systems, as well as for industrial and automotive applications.

The SI5335D-B05682-GMR is also an attractive choice for those applications that require an extended temperature range, as it has been designed to handle temperatures of up to 105°C. This makes it an ideal choice for mission critical applications such as those found in medical devices, satellites, and optical communications systems.

Overall, the SI5335D-B05682-GMR is an impressive clock generator and frequency synthesizer, offering a unique combination of features, such as its superb phase jitter performance and wide frequency output range. It is an attractive choice for a variety of applications ranging from telecommunications and power distribution, to mission critical and automotive applications. For its impressive performance, flexibility, and affordability, the SI5335D-B05682-GMR is well worth considering for any clock and timing design.

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