DSA612NL1A-01QAVAO

Pin ConfigurableSelectable Oscillators Overview

The DSA612NL1A-01QAVAO is a low-power MEMS clock generator from Microchip Technology, utilizing PureSilicon technology. It provides differential clock outputs with low jitter and high stability across wide supply voltage ranges. The device is housed in a compact 6-VFLGA package, designed for applications requiring precise timing signals with minimal power consumption.

Pin ConfigurableSelectable Oscillators Feature Summary

• Implements PureSilicon MEMS technology for enhanced stability
• Generates differential clock outputs with low jitter characteristics
• Operates effectively across a wide range of supply voltages

Pin ConfigurableSelectable Oscillators Applications

• Low-power embedded systems
• Automotive electronics requiring stable timing
• Industrial control applications

Pin ConfigurableSelectable Oscillators Procurement Notes

Verify the exact part number suffix to ensure correct packaging and temperature grade specifications. Confirm that the 6-VFLGA package matches your board layout requirements. Check for any specific ordering suffixes that may indicate different output configurations or calibration states before finalizing procurement.

Pin ConfigurableSelectable Oscillators Selection Notes

Select this component when low jitter and wide voltage tolerance are critical. Consider the small form factor of the VFLGA package for space-constrained designs. Ensure compatibility with system power rails and interface requirements for differential clock distribution.

Pin ConfigurableSelectable Oscillators Part Context

This oscillator belongs to the DSA612 series, which focuses on ultra-small, low-power MEMS solutions. It complements Microchip's portfolio of timing devices by offering robust performance in automotive and industrial sectors where reliability and size are paramount.

Pin ConfigurableSelectable Oscillators Replacement Considerations

Consult official cross-reference tools for compatible alternatives. Verify pinout and electrical specifications against potential substitutes to ensure functional equivalence without redesigning the host circuitry.