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LSIC2SD120E20CCA is listed in the Diode Arrays range at ChipApex. The manufacturer field lists Littelfuse Inc.. Its product description is DIODE ARRAY SIC 1200V 32A TO-247. Review the specifications below when checking this part for your BOM.
The LSIC2SD120E20CCA is a second-generation silicon carbide (SiC) Schottky diode manufactured by Littelfuse. It features a 1200V repetitive reverse voltage rating and a continuous forward current of 20A. The component utilizes a TO-247-3L package for thermal management and electrical isolation. Designed for high-efficiency power conversion, it exhibits low forward voltage drop characteristics typical of SiC technology.
Verify the specific suffix 'CCA' against the official Littelfuse datasheet to confirm pinout configuration and packaging details. Ensure compatibility with existing PCB footprints for the TO-247-3L package. Confirm that the 1200V rating meets the system's peak voltage requirements. Check for any recent product change notifications or end-of-life notices from the manufacturer before finalizing procurement plans.
Select this component when designing circuits requiring high breakdown voltage and moderate current handling with minimal switching losses. The TO-247-3L package is suitable for through-hole mounting where thermal resistance is a critical design parameter. Consider the forward voltage characteristics at expected operating currents to ensure efficiency targets are met within the system's thermal constraints.
This device belongs to the LSIC2SD series, representing Littelfuse's second generation of 1200V SiC Schottky diodes. This generation focuses on improved ruggedness and lower switching losses compared to previous iterations. The series supports various current ratings and packages to address diverse power electronics needs across industrial and renewable energy sectors.
Direct replacements must match the 1200V rating, 20A current capacity, and TO-247-3L package. Verify that alternative components offer comparable reverse recovery characteristics and thermal resistance values to maintain circuit performance without redesigning the cooling infrastructure.
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