Infineon Technologies IPB60R120P7 has 11 recorded cross-reference matches across 6 manufacturers. Research equivalent, alternate or similar parts using the listed candidates, and check their source notes before selecting a replacement.
Fairchild Semiconductor FCI25N60N versus Infineon Technologies IPB60R120P7:
600 V comparison section. Listed alternative voltage class 600 V. Verify VDS margin, RDS(on), Qg, switching behavior, SOA and body-diode/reverse-recovery performance; a voltage-class change is not automatically acceptable. 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.
Oriental Semiconductor OSG60R150KF versus Infineon Technologies IPB60R120P7:
600 V comparison section. Listed alternative voltage class 600 V. Verify VDS margin, RDS(on), Qg, switching behavior, SOA and body-diode/reverse-recovery performance; a voltage-class change is not automatically acceptable. 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.
Silikron SSF26NS60A versus Infineon Technologies IPB60R120P7:
600 V comparison section. Listed alternative voltage class 600 V. Verify VDS margin, RDS(on), Qg, switching behavior, SOA and body-diode/reverse-recovery performance; a voltage-class change is not automatically acceptable. 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 STB25NM60ND versus Infineon Technologies IPB60R120P7:
600 V comparison section. Listed alternative voltage class 600 V. Verify VDS margin, RDS(on), Qg, switching behavior, SOA and body-diode/reverse-recovery performance; a voltage-class change is not automatically acceptable. 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 STB26NM60N versus Infineon Technologies IPB60R120P7:
600 V comparison section. Listed alternative voltage class 600 V. Verify VDS margin, RDS(on), Qg, switching behavior, SOA and body-diode/reverse-recovery performance; a voltage-class change is not automatically acceptable. 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 STB28N60M2 versus Infineon Technologies IPB60R120P7:
600 V comparison section. Listed alternative voltage class 600 V. Verify VDS margin, RDS(on), Qg, switching behavior, SOA and body-diode/reverse-recovery performance; a voltage-class change is not automatically acceptable. 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 STB28NM60ND versus Infineon Technologies IPB60R120P7:
600 V comparison section. Listed alternative voltage class 600 V. Verify VDS margin, RDS(on), Qg, switching behavior, SOA and body-diode/reverse-recovery performance; a voltage-class change is not automatically acceptable. 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 STB33N60M2 versus Infineon Technologies IPB60R120P7:
600 V comparison section. Listed alternative voltage class 600 V. Verify VDS margin, RDS(on), Qg, switching behavior, SOA and body-diode/reverse-recovery performance; a voltage-class change is not automatically acceptable. 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 TK20G60W versus Infineon Technologies IPB60R120P7:
600 V comparison section. Listed alternative voltage class 600 V. Verify VDS margin, RDS(on), Qg, switching behavior, SOA and body-diode/reverse-recovery performance; a voltage-class change is not automatically acceptable. 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.
Vishay SiHB23N60E versus Infineon Technologies IPB60R120P7:
600 V comparison section. Listed alternative voltage class 600 V. Verify VDS margin, RDS(on), Qg, switching behavior, SOA and body-diode/reverse-recovery performance; a voltage-class change is not automatically acceptable. 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.
Vishay SiHB30N60E versus Infineon Technologies IPB60R120P7:
600 V comparison section. Listed alternative voltage class 600 V. Verify VDS margin, RDS(on), Qg, switching behavior, SOA and body-diode/reverse-recovery performance; a voltage-class change is not automatically acceptable. 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.
Looking for an equivalent or alternate to Infineon Technologies IPB60R120P7? The 11 recorded candidates above link to individual part pages and the evidence behind each relationship.
A recorded cross reference does not establish a drop-in replacement. Compare current datasheets, package or mounting dimensions, pinout, electrical ratings and operating conditions for your application. Similar parts can differ in critical specifications.
No part-specific datasheet link has been verified in this record. Document-search links are provided to help locate current specifications.
TRACE THE REFERENCE
Source coverage & limitations
User provided
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.