DM81LS95AWM

Overview

The DM81LS95AWM is an octal buffer manufactured by Fairchild Semiconductor using low-power-Schottky TTL technology. It provides eight non-inverting buffers with a common three-state enable control line accessed through a two-input NOR gate. The device operates within a temperature range of -55°C to 125°C and features true data output. Typical power dissipation is 80 mW, and typical propagation delay is 15 ns.

Feature Summary

• Provides eight independent two-input buffers in a single package
• Utilizes low-power-Schottky TTL technology for efficient operation
• Features a common three-state enable control line for all outputs
• Presents true (non-inverting) data at the outputs

Applications

• High-impedance bus-oriented systems
• Clock drivers
• Bus-oriented memory address registers

Procurement Notes

Verify component authenticity against Fairchild Semiconductor specifications. Confirm the ceramic DIP-16 packaging matches project requirements. Ensure compatibility with low-power-Schottky logic families. Validate operating temperature ranges for the specific application environment before integration.

Selection Notes

Select this component when eight non-inverting buffers with common three-state control are required. It is suitable for applications needing low power consumption and high-speed performance. Consider the ceramic package for harsh environments requiring extended temperature stability compared to plastic variants.

Part Context

This part belongs to the DM81LS9xA series of octal buffers. It shares functional similarities with the DM81LS97A but differs in enable line configuration. The DM81LS96A is the inverting counterpart within the same family. All devices utilize low-power-Schottky technology for consistent performance characteristics.

Replacement Considerations

The DM81LS97A serves as a functional substitute with identical electrical characteristics but offers separate enable lines for four buffers each.