MXD1013PA075

Overview

The MXD1013PA075 is a silicon delay line component manufactured by Analog Devices Inc./Maxim Integrated. It belongs to the 1013 series and features three independent, monolithic, logic-buffered delay lines within a single package. The device provides a nominal delay of 75ns per tap with a true output configuration. It operates on CMOS technology and is housed in an 8-pin PDIP plastic package (MS-001AB). The unit supports both leading and trailing edge accuracy for precise timing applications.

Feature Summary

• Integrates three independent delay lines into a compact monolithic structure
• Provides logic-buffered outputs capable of driving standard loads
• Ensures high reliability compared to hybrid solutions

Applications

• Precision timing circuits requiring multiple delay stages
• Signal processing systems needing accurate pulse shaping
• Digital logic interfaces requiring controlled propagation delays

Procurement Notes

Verify component authenticity through authorized channels due to discontinued status. Confirm package integrity and pin alignment against MS-001AB specifications. Check datasheet revisions for any updates regarding electrical characteristics or handling instructions prior to integration.

Selection Notes

Select this part when three independent delay paths are required in a minimal footprint. Ensure the 75ns nominal delay aligns with system timing requirements. Verify that the PDIP-8 package fits the target PCB layout constraints and thermal management needs.

Part Context

This component is part of the Maxim Integrated 1013 series of silicon delay lines. It serves as a solid-state alternative to traditional hybrid delay line technologies, offering improved performance and cost efficiency. The series includes various models with different delay times and packaging options.

Replacement Considerations

Check for direct substitutes within the DS1013 family. Evaluate MXD1013 variants with different delay values if timing adjustments are needed. Consider modern digital delay generators for programmable requirements.