The SI5350C-B02870-GT is a clock generator from Skyworks Solutions Inc., designed to provide flexible frequency synthesis for various applications. Like other members of the SI5350 family, it utilizes a digitally controlled oscillator (DCO) to generate a wide range of output frequencies, typically from 8 kHz to 160 MHz. The 'B02870' portion of the part number represents a specific factory configuration, which may include preset output frequencies or other customizable settings.
Applications:
- Consumer electronics devices
- Networking and communication equipment
- Embedded systems
- Audio and video processing systems
- Test and measurement equipment
Features:
- Frequency generation from 8 kHz to 160 MHz
- Three independent clock outputs, configurable
- I2C interface for programming and control
- Low phase noise for high-performance applications
- Compact package size for space-constrained designs
- High frequency stability over temperature variations
Benefits:
- Replaces multiple discrete crystal oscillators
- Simplifies board layout and design
- Reduces BOM cost by minimizing component count
- Offers a wide range of programmable frequency options
- Ensures reliable and accurate timing for sensitive applications
- Streamlines integration and configuration processes
The SI5350C-B02870-GT provides three independent clock outputs, each programmable through the I2C interface, offering considerable flexibility in clock distribution. Its low phase noise characteristics contribute to the generation of clean and stable clock signals, critical for maintaining signal integrity. The compact package size allows for easy integration into designs with limited board space. It is often used as an efficient replacement for discrete oscillators. This integrated clock generator streamlines design by allowing the use of a single chip for various clock outputs, instead of several individual components. The factory configured ‘B02870’ part of the number assists in setting it up for specified applications quickly. The integrated DCO delivers accuracy and frequency stability even when temperature fluctuates. Power consumption is minimized for extended use in battery powered devices.