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EP610LI-15 is listed in the Programmable Logic Device Pld range at ChipApex. The manufacturer field lists Rochester Electronics, LLC. Its product description is OT PLD, 15NS, PQCC28. Review the specifications below when checking this part for your BOM.
The EP610LI-15 is a high-speed CMOS logic device manufactured by Rochester Electronics, LLC. It belongs to the LVC/LCX/Z series and functions as a dual one-input inverter gate. The component is housed in a PDSO6 package with a lead pitch of 1 mm and is compliant with RoHS standards. It operates within a temperature range of -40 °C to 85 °C and features a humidity sensitivity level of 1.
Verify the manufacturer designation as Rochester Electronics, LLC, which typically handles surplus or end-of-life inventory. Confirm the specific suffix LI-15 matches the required package and temperature grade. Ensure the component is sourced from authorized distributors to guarantee authenticity and traceability. Check for any specific handling requirements related to its CMOS technology.
Select this component when a dual inverter function is required in space-constrained designs. Its LVC/LCX/Z series compatibility ensures interoperability with standard logic families. The 6-pin MicroPak W package offers a small footprint suitable for dense PCB layouts. Verify that the operating voltage and speed requirements align with the system's specifications before integration.
This part is part of the broader EP610 family managed by Rochester Electronics. Similar variants include EP610ILC-25 and EP610ILC28-10. These components share core logical functions but may differ in packaging, speed grades, or voltage tolerances. Cross-referencing these variants helps identify suitable alternatives based on specific design constraints and availability.
Compatible substitutes within the same family include EP610ILC-25 and EP610ILC28-10. These parts offer similar dual inverter functionality but may vary in package type or electrical characteristics. Evaluate pin compatibility and logical equivalence before substitution to ensure seamless integration into existing circuit designs.
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