SI5335D-B05475-GM

Series:	*
Packaging:	Tray
Part Status:	Active
Mounting Type:	Surface Mount
Package / Case:	24-VFQFN Exposed Pad
Supplier Device Package:	24-QFN (4x4)

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The SI5335D-B05475-GM, is a complex timing device designed to provide high-accuracy clock signals for usage in virtually any application. It operates in a range of temperature conditions, with a robust clock output that is capable of serving standard, wide range, auto-configured, and clean frequencies. The device is especially suitable for applications where ultra-low jitter is needed, and its highly efficient power consumption makes it ideal for mobile and wireless platforms. In its simplest form, the SI5335D-B05475-GM is a silicon monolithic integrated circuit (IC) optimized to serve as a clock generator and frequency synthesizer. Comprised of a comprehensive portfolio of programmable functions, it addresses a wide range of industry requirements for accurate timing and clock generation. The core design of the device integrates a variety of analog and digital circuitry allowing for the development of efficient, low-cost synchronizing, timing and sequencing systems. Clock Generators & Frequency Synthesizers The core product within the SI5335D-B05475-GM is a clock generator and frequency synthesizer. These devices are used to determine the frequency and/or timing of digital signals and are used to provide a stable, continuous clock signal from a crystal oscillator or other type of clock reference. These devices are commonly used in PLLs (Phase-locked loops), frequency synthesizers, and clock regenerators. The SI5335D-B05475-GM is especially suitable for applications where ultra-low jitter is required. The SI5335D-B05475-GM is self-contained, so no external components are required. It utilizes a wide range of internally generated clock source configurations, ranging from Divided Output Clock to Spread-Spectrum Oscillator. It also incorporates a wide range of programmable functions and features that provide a high degree of flexibility and customization. Such features include high resolution dividers, configurable output start/stop times, clock output delay and slew rate, clock edge change and rise/fall-time configurations, blanking output option and more. The programmable frequency synthesizing capabilities of the SI5335D-B05475-GM make it an ideal solution for low-jitter clock distributions throughout an entire distributed system. Its programmable divide typically operates over a range of 0.25M to 1GHz input frequencies with a minimum output resolution of 1kHz. Its spread spectrum feature further reduces system noise, EMI and helps ensure a robust design with low-jitter performance. In addition, the SI5335D-B05475-GM features a wide range of capability for automatic configuration and dynamic reconfiguration. With an automatic crystal configuration feature, the device ‘learns’ its crystal frequency and makes the adjustment necessary for maximum accuracy. It also features a “Selection and Configuration Mode” allowing for one-time setup for systems that utilize multiple SI5335D-B05475-GM devices. Power Consumption and Mobile & Wireless Platforms The SI5335D-B05475-GM features a highly efficient power consumption making it ideal for mobile and wireless platforms. The device has been tested and found to operate with supply voltages ranging from 0.62V to 1.62V, and its low power consumption characteristics ensure minimal power requirements at all times. An onboard software power-savings feature of the Si5335D-B05475-GM enables the device to enter a ‘sleep’ mode when it is not actively processing information. Additionally, a dynamic operating mode selection feature allows the device to autonomously select an appropriate power mode at any given time and to switch between the various power modes during operation.ConclusionThe Si5335D-B05475-GM provides a comprehensive solution for a wide range of clock generation and frequency synthesizing applications, including those requiring ultra-low jitter. Its programmable features, flexible configuration options, automatic calibration, comprehensive power-saving features, and robust accuracy in a wide variety of temperature conditions make it an ideal choice for any timing application.

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