Four families of replacements, covering the memory, power, and RF components that go obsolete first — each one physically and electrically compatible with the original, so it drops in without a redesign. For full datasheets, specs, or a cross-reference on a legacy part number, get in touch — our team responds within a few business days.
A 4 Mbit non-volatile EEPROM module for industrial, aerospace, and military systems that can't tolerate downtime. Built as a direct replacement for legacy EEPROM modules, physically and electrically compatible with the original — same pinout, same footprint, no redesign.
Best for: industrial controls, aerospace systems, and military communications equipment running on a discontinued EEPROM.
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A 4 Mbit high-speed CMOS static RAM, built as the drop-in answer when your 512K×8 SRAM goes end-of-life — matching the physical dimensions, pinout, and electrical characteristics of the original part.
Best for: high-speed computing, radar systems, and communications equipment needing a reliable substitute for a discontinued static RAM.
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Compact PowerSoC DC-DC converters for DSPs, FPGAs, and ASICs, engineered as drop-in replacements for the power modules the industry stopped making — same footprint, same pinout, same electrical behavior.
Best for: upgrading a system without reengineering it, on tight, space-constrained board layouts.
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A hermetically sealed silicon NPN pulse transistor, guaranteed at 1090 MHz for Mode-S transmitter applications — a drop-in replacement matching the dimensions and electrical characteristics of legacy RF power transistors.
Best for: radar transmitters and Mode-S communication systems where the original transistor is no longer available.
Contact us for full specsWe add new cross-references regularly. Send us the legacy part number and we'll check.
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