EP610LI-30

Programmable Logic Device Pld Overview

The EP610LI-30 is a high-performance, 16-macrocell Classic EPLD from the EP610 family. It features pipelined data rates of up to 50 MHz and provides 300 usable gates. The device operates within a voltage range of 4.75 V to 5.25 V and supports temperatures from -55 °C to +125 °C. It is housed in a 28-pin LDCC plastic package.

Programmable Logic Device Pld Feature Summary

• Supports pipelined logic operations for high-speed data processing
• Provides 16 macrocells with 300 usable logic gates
• Guaranteed performance aligned with original OEM specifications

Programmable Logic Device Pld Applications

• High-speed digital signal processing interfaces
• Complex state machine implementations
• Address decoding and bus bridging applications

Programmable Logic Device Pld Procurement Notes

Verify that the component is sourced from authorized distributors or Rochester Electronics directly to ensure authenticity. Confirm the specific suffix matches the required speed grade and package type. Request test reports or traceability documentation if the application requires strict quality assurance standards.

Programmable Logic Device Pld Selection Notes

Select this device when a classic EPLD architecture with pipelined capabilities is required. Ensure the design utilizes the 16 macrocell structure effectively. Verify that the 28-pin LDCC package fits the PCB layout constraints. Consider thermal management for operation at the upper temperature limit.

Programmable Logic Device Pld Part Context

This part belongs to the EP610 Classic Family EPLD series. It is manufactured by Rochester Electronics, LLC, which specializes in sustaining existing semiconductor technologies. The product maintains original OEM specifications for legacy systems requiring continued production support.

Programmable Logic Device Pld Replacement Considerations

EP610LI-25 offers similar functionality with different speed grading. Both parts share the same macrocell count and package type. Verify electrical timing parameters before substitution to ensure compatibility with the target system clock requirements.