Infineon Technologies IDH12G65C6 has 6 recorded cross-reference matches across 4 manufacturers. Compare the listed alternatives and check their source notes before selecting a replacement.
ROHM Semiconductor SCS212AG versus Infineon Technologies IDH12G65C6:
SiC Schottky diode comparison. Verify blocking voltage, forward and surge current, Vf, capacitance, recovery behavior and thermal design. Historical manufacturer-listed comparison, not independently verified drop-in equivalence or current availability. Verify complete ordering suffix, package/footprint, pinout, thermal limits, electrical ratings and application suitability. No transitive equivalence is inferred. Bidirectional discovery does not imply symmetric replacement suitability.
ROHM Semiconductor SCS212AGHR versus Infineon Technologies IDH12G65C6:
SiC Schottky diode comparison. Verify blocking voltage, forward and surge current, Vf, capacitance, recovery behavior and thermal design. Historical manufacturer-listed comparison, not independently verified drop-in equivalence or current availability. Verify complete ordering suffix, package/footprint, pinout, thermal limits, electrical ratings and application suitability. No transitive equivalence is inferred. Bidirectional discovery does not imply symmetric replacement suitability.
STMicroelectronics STPSC12065 versus Infineon Technologies IDH12G65C6:
SiC Schottky diode comparison. Verify blocking voltage, forward and surge current, Vf, capacitance, recovery behavior and thermal design. Historical manufacturer-listed comparison, not independently verified drop-in equivalence or current availability. Verify complete ordering suffix, package/footprint, pinout, thermal limits, electrical ratings and application suitability. No transitive equivalence is inferred. Bidirectional discovery does not imply symmetric replacement suitability.
STMicroelectronics STPSC12H065 versus Infineon Technologies IDH12G65C6:
SiC Schottky diode comparison. Verify blocking voltage, forward and surge current, Vf, capacitance, recovery behavior and thermal design. Historical manufacturer-listed comparison, not independently verified drop-in equivalence or current availability. Verify complete ordering suffix, package/footprint, pinout, thermal limits, electrical ratings and application suitability. No transitive equivalence is inferred. Bidirectional discovery does not imply symmetric replacement suitability.
Toshiba TRS12E65C versus Infineon Technologies IDH12G65C6:
SiC Schottky diode comparison. Verify blocking voltage, forward and surge current, Vf, capacitance, recovery behavior and thermal design. Historical manufacturer-listed comparison, not independently verified drop-in equivalence or current availability. Verify complete ordering suffix, package/footprint, pinout, thermal limits, electrical ratings and application suitability. No transitive equivalence is inferred. Bidirectional discovery does not imply symmetric replacement suitability.
Wolfspeed C3D12065A versus Infineon Technologies IDH12G65C6:
SiC Schottky diode comparison. Verify blocking voltage, forward and surge current, Vf, capacitance, recovery behavior and thermal design. Historical manufacturer-listed comparison, not independently verified drop-in equivalence or current availability. Verify complete ordering suffix, package/footprint, pinout, thermal limits, electrical ratings and application suitability. No transitive equivalence is inferred. Bidirectional discovery does not imply symmetric replacement suitability.
No part-specific datasheet link has been verified in this record. Document-search links are provided to help locate current specifications.
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Counts describe recorded relationships, not stock, sales, testing or independent qualification. Manufacturer-and-part identities remain separate. Indexing dates do not establish current specifications or availability.
Check current manufacturer documents and electrical, mechanical, environmental and application requirements before selecting a replacement.