DSC8103CI2

Overview

The DSC8103CI2 is a programmable MEMS oscillator from the DSC8103 series by Microchip Technology. It features LVDS output format and operates within a supply voltage range of 2.25V to 3.6V. The device supports frequencies from 10 MHz to 460 MHz with a frequency stability of ±25 ppm. It functions in an industrial temperature range of -40°C to +85°C. The component utilizes a QFN-4 package, measuring 3.2 mm in length and 2.5 mm in width.

Feature Summary

• Utilizes MEMS technology for robust clock generation
• Supports programmable frequency configurations
• Provides LVDS output interface for high-speed signaling

Applications

• Industrial control systems requiring precise timing
• Communication equipment needing stable clock sources
• Embedded systems utilizing programmable oscillators

Procurement Notes

Verify the specific frequency configuration required for your application, as this is a programmable device. Confirm that the LVDS output format aligns with your system's input requirements. Ensure the operating voltage range matches your power supply design. Check the package dimensions against your PCB footprint constraints before finalizing procurement.

Selection Notes

Select this component when a programmable MEMS oscillator with LVDS outputs is necessary. Consider the wide frequency range up to 460 MHz for versatile timing needs. The industrial temperature rating suits demanding environments. Verify compatibility with your programming tools if custom frequencies are needed beyond standard options.

Part Context

This part belongs to the DSC8103 series of programmable MEMS oscillators. It offers flexibility through programmability while maintaining low power consumption. The series is designed for applications requiring reliable clock signals in compact form factors. It complements other Microchip timing solutions by providing customizable frequency options.

Replacement Considerations

DSC8103CI2-PROGRAMMABLE is listed as a related variant. Verify exact specifications and availability before substitution. Ensure functional equivalence in frequency, output type, and package.