SI5335B-B02200-GMR

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The SI5335B-B02200-GMR is a clock generator module, designed to generate precise clock frequencies to drive complex designs within the consumer, computing and communication markets. Its built-in digital phase-locked loop (DPLL) engine, allows users to quickly and accurately generate high-performance outputs without the complexities often associated with traditional analog PLL designs. This enables designers to reduce the total cost of ownership for their projects and achieve their target design requirements in the shortest timescales.

The SI5335B-B02200-GMR is based upon a high-precision voltage-controlled oscillator (VCO) core, provides a frequency range of 19.4MHz to 2.25GHz. It is available in 14 lead package types, and standard industrial temperature range from -40°C to 85°C.

The key feature of the SI5335B-B02200-GMR is its ability to generate timing and frequency signals on-chip, and is especially useful in high-speed data-transfer applications, where precise clocking and signaling is essential. The SI5335B-B02200-GMR provides a wide range of input options, such as LVDS, LVCMOS and SMA, to ensure flexibility and compatibility with existing systems.

The SI5335B-B02200-GMR is designed to provide a comprehensive package of timing-signal generation and frequency-control capabilities in a single integrated package. It allows users to configure and tune their system requirements quickly and accurately. An optional hardware control interface with EEPROM interface allows users to set up and store their custom operating parameters for future use.

The clock generator module also includes a jitter attenuator, which minimizes unwanted jitter interference for improved reliability in clock signal transmissions. It features low jitter with an RMS jitter range of 0.1ps to 1.5ps, high frequency stability over temperature, and high frequency accuracy over voltage.

The SI5335B-B02200-GMR uses a programmable DPLL loop structure to precisely generate and control frequency, phase and guard-band settings. It has three independent outputs, one of which is the reference (or “master”) output. This reference output has a much lower jitter compared to passive components such as crystals.

The DPLL also provides a slew-rate-controlled output, which helps limit high-frequency signals while preventing transient noise. The SI5335B-B02200-GMR is designed to be compatible with 5GHz 802.11ax, 10GBASE-T and 10G serial backplane-systems.

The SI5335B-B02200-GMR can also be used in applications where low latency, jitter filtering and low noise approaches are required, such as memory applications, PCIe, or Ethernet. Additionally, it can be used in enabling technologies such as mobile communications and displays, DSL, and satellite communications.

The SI5335B-B02200-GMR offers accurate performance for various boundary-scan and system tests and has a wide range of user configurable programming options, enabling designers to simultaneously program complex mixed-signal functions.

Overall, the SI5335B-B02200-GMR is a versatile, high-performance clock generator module, designed to provide a cost-effective, high-precision solution to a wide range of consumer, computing and communication designs. Its built-in DPLL engine allows users to quickly and precisely generate high-performance clock output signals, while its wide range of input options and user-configurable programming options allow customers to create and store their custom operating parameters. Additionally, its jitter attenuator helps reduce jitter interference for improved reliability, and its slew-rate-controlled output helps reduce noise.

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