SCS215AEC Equivalent & Substitute Parts Reference

Part Overview

SCS215AEC from Rohm Semiconductor is a 650 V, 15A Silicon Carbide (SiC) Schottky diode in a TO-247-3 through-hole package. This device is classified as obsolete, making it necessary to identify direct substitutes or equivalents for continued designs or inventory replenishment. Selecting substitute models requires strict adherence to electrical, mechanical, and compliance parameters as provided.

Substiute Parts

SCS215AEC
Rohm SemiconductorIn Stock: 1377SCS215AEC Datasheet
SCS215AEC
Current Part
SCS215AEGC11
Rohm SemiconductorIn Stock: 1004SCS215AEGC11 Datasheet
SCS215AEGC11
Direct
FFSH1665ADN-F155
Fairchild SemiconductorIn Stock: 3615FFSH1665ADN-F155 Datasheet
FFSH1665ADN-F155
Direct

Key Parameters

Manufacturer Part Number Technology Voltage - DC Reverse (Vr) (Max) Current - Average Rectified (Io) Voltage - Forward (Vf) (Max) @ If Speed / Reverse Recovery Time (trr) Current - Reverse Leakage @ Vr Capacitance @ Vr, F Operating Temperature - Junction (Max) Mounting Type Package / Case RoHS Status REACH Status MSL Product Status
SCS215AEC SiC Schottky 650 V 15A 1.55 V @ 15 A 0 ns 300 µA @ 600 V 550pF @ 1V, 1MHz 175°C Through Hole TO-247-3 ROHS3 Compliant REACH Unaffected 1 (Unlimited) Obsolete

Substitute Part Grouping Explanation

Substitutes are selected exclusively according to the following provided and matched parameters: technology type (SiC Schottky), DC reverse voltage rating, average rectified current rating, forward voltage drop at specified current, reverse recovery time, reverse leakage current, junction operating temperature, mounting type, package/case, RoHS status, REACH status, and MSL. Only substitute parts matching these parameters or listed as substitutes in manufacturer documentation are included.

Parameter Comparison

Manufacturer Part Number Manufacturer Technology Voltage - DC Reverse (Vr) (Max) Current - Average Rectified (Io) Voltage - Forward (Vf) (Max) @ If Reverse Recovery Time (trr) Current - Reverse Leakage @ Vr Operating Temperature - Junction (Max) Mounting Type Package / Case RoHS Status REACH Status Product Status
SCS215AEC Rohm Semiconductor SiC Schottky 650 V 15A 1.55 V @ 15 A 0 ns 300 µA @ 600 V 175°C Through Hole TO-247-3 ROHS3 Compliant REACH Unaffected Obsolete
SCS215AEGC11 Rohm Semiconductor SiC Schottky 650 V 15A 1.55 V @ 15 A 0 ns 300 µA @ 600 V 175°C Through Hole TO-247-3 ROHS3 Compliant REACH Unaffected Active
FFSH1665ADN-F155 Fairchild Semiconductor SiC Schottky 650 V 11A (DC) 1.75 V @ 8 A 0 ns 200 µA @ 650 V 175°C Through Hole TO-247-3 RoHS non-compliant Vendor Undefined Obsolete

Engineering Selection Recommendations

SCS215AEGC11 by Rohm Semiconductor matches all specified electrical and mechanical parameters and maintains current status as "Active" with full RoHS and REACH compliance. FFSH1665ADN-F155 from Fairchild Semiconductor offers similar technology and voltage rating but differs in average rectified current (11A) and RoHS compliance. Selection should only be made between substitutes according to exact application requirements and documented compliance.

Frequently Asked Questions (FAQ)

Q1: What criteria determine acceptable direct substitutes for SCS215AEC?
A1: Direct substitutes must match the specified technology, voltage, current rating, forward voltage, reverse recovery time, mounting, package, operating temperature, and compliance certifications.

Q2: Are all substitute parts listed compliant with RoHS and REACH?
A2: SCS215AEGC11 is RoHS3 compliant and REACH unaffected. FFSH1665ADN-F155 is not RoHS compliant and its REACH status is undefined.

Q3: Is the package and mounting type identical for all listed substitutes?
A3: Yes, all parts utilize the TO-247-3 through-hole package and mounting format.

Q4: Are there differences in electrical ratings among substitutes?
A4: SCS215AEGC11 matches all electrical ratings of SCS215AEC. FFSH1665ADN-F155 has a lower average rectified current (11A) and a slightly higher forward voltage drop at 8A.

Q5: Can obsolete substitutes be used in new designs?
A5: Selection based on product status is application-dependent. Obsolete parts may be used for legacy or repair applications where compliance and performance parameters are satisfied.

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