SI5338C-B00206-GM

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Clock/Timing - Application Specific solutions are an important factor in the world of digital communications. SI5338C-B00206-GM is one of the most advanced solutions available. It is a fully-integrated timing solution offering unrivaled performance and scalability. The device incorporates highly precise, low jitter phase-locked-loop (PLL) technology, advanced clock synthesis and buffering capabilities.

The SI5338C-B00206-GM offers various features that make it an ideal solution for clock generation, distribution and synchronization necessitates in a variety of application spaces. With frequency resolution down to 0.01Hz and jitter of 1ps RMS jitter, the device offers an extremely precise timing solution for consumer, industrial and automotive applications. It can also support up to eight differential or sixteen single-ended clock outputs. In addition to the clock outputs, it can also provide multiple timing signals such as reference clocks, per-second low-jitter clock, tones, and general purpose output signals.

The SI5338C-B00206-GM also offers a number of additional features that make it particularly suitable for high-performance electronic systems. It can support up to twelve selectable voltage input levels, allowing for lower current consumption in battery-powered gadgets. It can also support up to three separate oscillators that can each be used to provide a specific clock frequency, and the integrated PLL ensures synchronization between the output clocks. It has a wide operating temperature range of -40°C to +85°C, making it suitable for a wide range of environmental conditions. Additionally, the device can be interfaced with an FPGA or microcontroller.

The working principle of the SI5338C-B00206-GM is straightforward, though some specialized knowledge is necessary to effectively configure the device. At the core of the device is a PLL (phase-locked loop), which synchronizes the output clocks with a high-precision reference clock. The reference clock is fed into the PLL and used to adjust the rate at which the output clocks operate. Depending on the application, the reference clock can be either an external clock source, such as a crystal oscillator, or an internal oscillator. The device also contains a number of other components, including a low jitter PLL, advanced frequency synthesis and clock buffering.

The SI5338C-B00206-GM is a flexible, highly-accurate timing solution for a wide range of applications. Its EMI-immune operation and high resolution make it ideal for a wide range of consumer, automotive and industrial applications. The device includes features that allow for low power consumption, wide temperature range operation and easy interfacing with FPGAs or microcontrollers. Its intuitiveness and advanced features make it an ideal time device for both advanced and novice users.

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