GAL20RA10B-10LP

Programmable Logic Device Pld Overview

The GAL20RA10B-10LP is a high-speed asynchronous E2CMOS PLD from the GAL Family, housed in a 24-pin PDIP package. It features 10 macrocells and supports a maximum operating frequency of 25 MHz with a typical propagation delay of 10 ns. The device operates within a temperature range of 0°C to +75°C and draws a working supply current of 100 mA. It is classified as an SPLD and is currently discontinued.

Programmable Logic Device Pld Feature Summary

• Utilizes high-speed asynchronous E2CMOS technology for efficient programmable logic implementation
• Provides 10 macrocells within a standard 24-pin through-hole DIP package
• Supports industrial temperature operation ranges up to 75°C

Programmable Logic Device Pld Applications

• Industrial automation control systems
• Consumer electronics logic interfacing
• Telecommunications signal processing

Programmable Logic Device Pld Procurement Notes

This component is officially discontinued by Lattice Semiconductor Corporation. Verify availability through authorized distributors or secondary markets. Confirm that the specific part number matches legacy system requirements before procurement, as new production units are not manufactured.

Programmable Logic Device Pld Selection Notes

Select this device for legacy designs requiring 10 macrocells with 10 ns propagation delay. Ensure compatibility with existing 24-pin DIP footprints. Consider modern replacements if new production is required, as this SPLD is no longer in active manufacturing.

Programmable Logic Device Pld Part Context

Part of the GAL20RA10 series, this device offers full function and fuse map compatibility with PAL architectures. It is designed for applications needing reliable, electrically erasable programmable logic in a through-hole format, serving as a bridge between older discrete logic and modern CPLDs.

Programmable Logic Device Pld Replacement Considerations

No public confirmed substitute part numbers are available in the provided documentation. Due to the discontinued status, direct pin-to-pin replacements must be verified against specific design constraints.