DSC613RE1A-0135T

Overview

The DSC613RE1A-0135T is a three-output low-power MEMS clock generator from Microchip Technology. It eliminates the need for external crystals or reference clocks by integrating MEMS resonators. The device provides LVCMOS outputs with frequencies of 50 MHz and 100 MHz. It operates on a supply voltage range of 1.71V to 3.63V and functions within an industrial temperature range of -40°C to +85°C. Packaged in a compact 6-VFLGA (2x1.6mm) surface-mount footprint, it consumes 5.2 mA when all outputs are active. This integrated solution offers high reliability and small form factor advantages for space-constrained designs.

Feature Summary

• Integrates MEMS technology to eliminate external crystal requirements
• Provides three independent LVCMOS clock outputs
• Operates with wide supply voltage flexibility
• Features ultra-small surface-mount package design

Applications

• Industrial control systems requiring precise timing
• Consumer electronics with limited board space
• Automotive infotainment and connectivity modules
• IoT edge devices needing low power consumption

Procurement Notes

Verify the specific output frequency configuration matches your system requirements before ordering. Confirm that the 6-VFLGA package dimensions align with your PCB layout constraints. Ensure the operating temperature range meets your application's environmental conditions. Check for any recent product change notifications regarding pinout or electrical characteristics updates from the manufacturer.

Selection Notes

Select this component when crystal-free operation is preferred to reduce bill of materials and assembly complexity. Consider the 5.2 mA current consumption for battery-powered applications. Evaluate the 1.71V to 3.63V supply range compatibility with your system voltage rails. Compare the 6-VFLGA size against available board real estate relative to other clock sources.

Part Context

This part belongs to the DSC613 series of MEMS clock generators. The series focuses on replacing traditional quartz oscillators with more robust silicon-based alternatives. It targets markets demanding miniaturization and resistance to mechanical shock. The family includes various output configurations and frequency options tailored for different digital interface needs.

Replacement Considerations

Direct replacements must maintain MEMS-based architecture and similar output specifications. Verify pin-to-pin compatibility if substituting within the same package type. Ensure equivalent frequency stability and phase noise performance for sensitive digital interfaces. Cross-reference with other DSC613 variants for adjusted frequency or package options.