EP910LC-40

Programmable Logic Device Pld Overview

The EP910LC-40 is a high-performance EPLD from the Classic Family, featuring 24 macrocells and 450 logic gates. It utilizes a 40-pin DIP package with a -40ns propagation delay specification. The device supports complex logic implementation within a compact form factor, designed for applications requiring moderate logic density and reliable programmable functionality in industrial or commercial environments.

Programmable Logic Device Pld Feature Summary

• High-performance EPLD architecture with 24 macrocell array design
• Classic family logic structure offering 450 usable gates
• Industrial-grade reliability through original factory test program verification

Programmable Logic Device Pld Applications

• Complex logic replacement in legacy systems
• Interface adaptation circuits
• State machine implementation

Programmable Logic Device Pld Procurement Notes

Verify component authenticity by confirming Rochester Electronics LLC sourcing channels. Ensure datasheet alignment with specific suffix requirements. Request batch testing records if critical application stability is required. Confirm package integrity upon receipt to prevent pin damage during installation.

Programmable Logic Device Pld Selection Notes

Select this part when 24 macrocells suffice for logic density needs. Consider the -40ns speed grade for timing constraints. Evaluate DIP packaging compatibility against PCB layout requirements. Compare gate count against alternative PLDs to ensure optimal resource utilization without over-specification.

Programmable Logic Device Pld Part Context

Part of the EP910 Classic Family EPLD series. Shares architectural similarities with EP910LC-30 variants but differs in speed grade. Designed as a drop-in replacement for obsolete original equipment manufacturer components in existing hardware designs.

Programmable Logic Device Pld Replacement Considerations

EP910LC-30 offers similar logic capacity with different timing characteristics. Verify pinout compatibility before substitution. Check voltage level tolerances against system requirements.