Equivalent & Substitute Parts for 60EPF06

Part Overview

The Vishay 60EPF06 is a general-purpose rectifier diode rated for 600 V DC reverse voltage and 60 A average rectified current in a through-hole TO-247AC Modified package. This component is classified as obsolete, which necessitates identification of equivalent and substitute parts for ongoing design and procurement requirements. Active alternatives with identical or comparable electrical characteristics are available from multiple manufacturers, enabling seamless integration into existing applications.

Key Parameters

Parameter	Value	Unit
Voltage - DC Reverse (Vr) (Max)	600	V
Current - Average Rectified (Io)	60	A
Voltage - Forward (Vf) (Max) @ If	1.3 V @ 60 A	V
Reverse Recovery Time (trr)	180	ns
Current - Reverse Leakage @ Vr	100 µA @ 600 V	µA
Speed Classification	Fast Recovery ≤ 500ns, > 200mA (Io)	—
Mounting Type	Through Hole	—
Package / Case	TO-247-2	—
Operating Temperature - Junction	-40 to 150	°C

Substitute Part Grouping Explanation

Substitution of the 60EPF06 is determined by strict equivalence across the following critical parameters:

Primary Equivalence Criteria:

Voltage - DC Reverse (Vr) (Max): 600 V
Current - Average Rectified (Io): 60 A
Speed Classification: Fast Recovery ≤ 500ns, > 200mA (Io)
Mounting Type: Through Hole
Operating Temperature Range: Compatible with -40°C to 150°C minimum

Package Compatibility Considerations:

TO-247-2 and TO-247-3 packages are mechanically compatible for through-hole mounting
TO-247AC and TO-247AD variants differ in pin configuration but maintain functional equivalence when electrical parameters align

Parametric Equivalent Parts maintain identical voltage and current ratings with matching thermal and electrical characteristics. These parts are direct functional replacements.

Manufacturer Recommended Parts may have reduced current ratings (30 A instead of 60 A) or modified electrical characteristics. These are suitable only when application requirements permit lower current capacity or when thermal performance improvements justify parameter trade-offs.

Parameter Comparison

Manufacturer Part Number	Manufacturer	Vr (Max) [V]	Io [A]	Vf (Max) [V]	trr [ns]	Ir @ Vr [µA]	Package	Product Status	RoHS Status
60EPF06	Vishay	600	60	1.3 @ 60 A	180	100 @ 600 V	TO-247-2	Obsolete	Non-compliant
VS-60APF06-M3	Vishay	600	60	1.3 @ 60 A	180	100 @ 600 V	TO-247-3	Active	ROHS3 Compliant
VS-60EPF06-M3	Vishay	600	60	1.3 @ 60 A	180	100 @ 600 V	TO-247-2	Active	ROHS3 Compliant
STTH60L06W	STMicroelectronics	600	60	1.55 @ 60 A	105	50 @ 600 V	DO-247-2	Active	ROHS3 Compliant
DSEI60-06A	IXYS	600	60	1.8 @ 70 A	50	200 @ 600 V	TO-247-2	Active	ROHS3 Compliant
DSEP60-06A	IXYS	600	60	2.04 @ 60 A	35	650 @ 600 V	TO-247-2	Active	ROHS3 Compliant
APT30D60BG	Microchip Technology	600	30	1.8 @ 30 A	85	250 @ 600 V	TO-247-2	Active	ROHS3 Compliant
RURG3060-F085	onsemi	600	30	1.5 @ 30 A	80	250 @ 600 V	TO-247-2	Active	ROHS3 Compliant
RHRG3060-F085	onsemi	600	30	2.1 @ 30 A	45	250 @ 600 V	TO-247-2	Active	ROHS3 Compliant

Engineering Selection Recommendations

Parametric Equivalent Substitutes (Direct Replacements):

The parts VS-60APF06-M3 and VS-60EPF06-M3 from Vishay maintain complete electrical and thermal equivalence to the 60EPF06. Both are active products with ROHS3 compliance. VS-60EPF06-M3 is the preferred selection when package footprint compatibility with TO-247-2 is required. VS-60APF06-M3 offers identical electrical performance in a TO-247-3 package variant. These substitutes require no circuit redesign or thermal analysis modifications.

High-Performance Alternatives (60 A Rating):

STTH60L06W (STMicroelectronics) and DSEI60-06A (IXYS) maintain the 60 A current rating with improved reverse recovery time characteristics. STTH60L06W features a 105 ns reverse recovery time and lower reverse leakage current (50 µA), providing enhanced switching performance. DSEI60-06A offers 50 ns reverse recovery time with higher forward voltage drop. Both are suitable for applications where switching losses and thermal management are critical design factors. Package compatibility differs: STTH60L06W uses DO-247-2 (straight leads), while DSEI60-06A uses TO-247-2 with TO-247AD pin configuration.

Reduced Current Alternatives (30 A Rating):

APT30D60BG (Microchip Technology), RURG3060-F085 (onsemi), and RHRG3060-F085 (onsemi) are rated for 30 A average rectified current. These parts are suitable only for applications where the load current does not exceed 30 A. RURG3060-F085 and RHRG3060-F085 include AEC-Q101 automotive qualification and avalanche technology. Selection among these three depends on forward voltage drop requirements and thermal performance specifications.

Compliance Status:

All substitute parts listed are ROHS3 compliant and carry active product status. The 60EPF06 is RoHS non-compliant and obsolete. Migration to any active substitute ensures regulatory compliance and supply chain continuity.

Frequently Asked Questions (FAQ)

Q: Can VS-60APF06-M3 replace 60EPF06 in existing PCB designs?

A: VS-60APF06-M3 is a parametric equivalent with identical electrical ratings. The primary difference is the package variant: TO-247-3 versus TO-247-2. Pin configuration differs between these packages. PCB footprint modification is required. Verify pin assignments in the respective datasheets before layout changes.

Q: What is the difference between TO-247-2 and TO-247-3 packages?

A: TO-247-2 contains two leads (anode and cathode). TO-247-3 contains three leads (anode, cathode, and tab). Both are through-hole packages with identical voltage and current ratings. The additional tab in TO-247-3 provides improved thermal coupling to the PCB. Mechanical mounting dimensions differ; PCB footprints are not interchangeable without redesign.

Q: Is STTH60L06W a direct replacement for 60EPF06?

A: STTH60L06W maintains the 600 V and 60 A electrical ratings but uses a DO-247-2 package instead of TO-247-2. Pin configuration and mechanical dimensions differ. The part offers improved reverse recovery time (105 ns versus 180 ns) and lower reverse leakage current. PCB redesign is required for package compatibility.

Q: Can APT30D60BG be used in applications designed for 60EPF06?

A: APT30D60BG is rated for 30 A average rectified current, compared to 60 A for the 60EPF06. This part is suitable only if the application load current does not exceed 30 A. Using a 30 A part in a 60 A application will result in component failure or thermal damage. Verify application current requirements before substitution.

Q: What are the thermal performance differences between substitute parts?

A: Reverse recovery time and forward voltage drop directly affect thermal dissipation. DSEI60-06A exhibits the lowest reverse recovery time (50 ns), reducing switching losses. STTH60L06W provides low reverse leakage current (50 µA), reducing static losses. DSEP60-06A has higher forward voltage drop (2.04 V), increasing conduction losses. Thermal analysis is required when switching frequency or ambient temperature conditions differ from original design specifications.

Q: Are onsemi RURG3060-F085 and RHRG3060-F085 interchangeable?

A: Both parts are rated for 30 A and 600 V with TO-247-2 packages. RURG3060-F085 has lower forward voltage drop (1.5 V) and longer reverse recovery time (80 ns). RHRG3060-F085 has higher forward voltage drop (2.1 V) and shorter reverse recovery time (45 ns). Both include AEC-Q101 automotive qualification. Selection depends on whether conduction losses or switching losses are the dominant thermal factor in the application.

Q: What compliance certifications apply to substitute parts?

A: All listed substitute parts are ROHS3 compliant and REACH unaffected. RURG3060-F085 and RHRG3060-F085 include AEC-Q101 automotive qualification. The original 60EPF06 is RoHS non-compliant. Regulatory requirements for new designs mandate use of compliant alternatives.

Q: Can multiple substitute parts be used in parallel for higher current capacity?

A: Parallel operation of rectifier diodes requires matched forward voltage characteristics and reverse recovery times to ensure equal current distribution. Significant parameter mismatches between substitute parts (particularly forward voltage drop and reverse recovery time) will result in unequal current sharing and potential component failure. Parallel operation is not recommended without detailed thermal and electrical analysis.

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