SI5335D-B07218-GMR

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The SI5335D-B07218-GMR is a clock generator from Silicon Labs, designed to help designers address clock requirements in a variety of systems, from embedded logic to communications. It is a single-output, low-jitter clocks for applications in end equipment and system-on-chip designs and is an all-in- one solution for system-level clocking and synthesizing. The device is compatible with any process technology and can produce frequencies up to 800 MHz.

The SI5335D-B07218-GMR can be used to generate clock signals for multiple application fields. Its outputs support LVCMOS levels up to 4.5 V and up to 3 GHz frequency. These clocks can generally be used in any type of application which requires very low jitter and tight cycle-to-cycle jitter tolerance. These clock signals are perfectly suitable for digital signal processing, FPGA and ASIC designs, multi-Gbps Ethernet, digital video and imaging, clock-driven ASICs, DSPs, microcontrollers, memories, and servers. These devices are also useful for communications systems such as high-speed data buses, time-division multiplexed fabrics, telecom systems, and general purpose PLL applications.

The SI5335D-B07218-GMR uses an advanced frequency synthesis technique called fractional-N or delta-sigma to generate frequency clocks. It consists of a digitally controlled oscillator (DCO) in the form of a Phase-Locked Loop (PLL), plus a divide (÷N) circuit and a modulo-N counter-gate device, which are used to create arbitrary frequencies. The SI5335D-B07218-GMR is also equipped with two low-jitter differential outputs. This device supports a wide range of user-programmable frequencies up to 800 MHz for the main clock (MCLK) and up to 400 MHz for the sub-clock (SCLK).

The SI5335D-B07218-GMR offers many features which make this device ideal for a wide range of applications. It supports both fractional and integer modes of operation, allowing frequencies not available with traditional analog PLLs. The device supports dedicated inputs for precision reference clocks and features ±3ppm (parts per million) clock output accuracy with a ±0.25ppm accuracy over temperature. It also features a wide range of calibration features, including on-chip and external VCXO gain calibration and on-chip VCO gain calibration. Furthermore, the device also offers advanced features such as flexible input muxing and output groups, auxiliary locking, and digitally controlled output impedances. These features allow for better control, greater accuracy, and improved performance.

In conclusion, the SI5335D-B07218-GMR is a versatile device which can be used for a variety of applications. From communication networks to implementing high-speed digital signal processing and general-purpose PLL applications, the SI5335D-B07218-GMR offers a wide range of features to help designers get the job done. With its fractional-N frequency synthesis technique and wide range of output frequencies, the SI5335D-B07218-GMR makes it easier than ever to generate high-accuracy, low-jitter clocks for a range of different applications.

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