5962-89841013A

Overview

The AMD 5962-89841013A is a military-grade Flash Programmable Logic Device (PLD) manufactured by Advanced Micro Devices. It utilizes CMOS technology and is housed in a CQCC28 ceramic package, specifically a Leadless Ceramic Chip Carrier with 28 pins. The device features a maximum propagation delay of 15 ns, indicating high-speed logic switching capabilities suitable for demanding applications. It operates within an extended temperature range, typically defined by the MIL-STD-883 qualification standards associated with this part number prefix.

Feature Summary

• Flash-based programmable logic architecture allowing non-volatile configuration retention without external memory.
• CMOS technology implementation ensuring low power consumption relative to older bipolar PLD families.
• CQCC28 ceramic package construction designed for high reliability in harsh environments.
• 15 ns maximum propagation delay supporting high-frequency digital signal processing tasks.

Applications

• Military avionics systems requiring radiation-hardened or high-reliability logic components.
• Spacecraft guidance and control logic where non-volatile configuration is critical.
• Tactical communication equipment utilizing field-programmable gate arrays for signal routing.
• Radar signal processing units requiring fast combinatorial logic functions.

Part Context

This component belongs to the 5962-89841xx series of Flash PLDs produced by AMD. These parts are often cross-referenced with similar devices from manufacturers like e2v, Atmel, Lattice, and Cypress, which share the 15 ns speed grade and CQCC28 form factor. The 'MUA' or 'XA' suffixes in related datasheets typically denote specific screening levels or packaging variations under the same functional specification.

Replacement Considerations

Direct replacements include other 15 ns Flash PLDs in CQCC28 packages from vendors such as e2v technologies, Atmel (Microchip), Lattice, and Cypress. Verification of pin compatibility and logic macrocell count is required when substituting with devices from different manufacturers, as internal architecture may vary despite identical external specifications.