KEMET SSR10H-30016 Common Mode Choke Equivalent & Substitute Parts

Part Overview

The KEMET SSR10H-30016 is a 2-line common mode choke (CMC) designed for through-hole mounting applications. This component features 1.6 mH inductance at 10 kHz with a 3A maximum current rating and 60 mOhm DC resistance. The part operates across a temperature range of -25°C to 120°C and is rated for 250V AC. The SSR10H-30016 maintains Active product status and is ROHS3 compliant. Equivalent and substitute parts are identified based on matching electrical parameters and mechanical compatibility within the through-hole mounting category.

Key Parameters

Parameter	Value	Unit
Inductance @ 10 kHz	1.6 mH	mH
Current Rating (Max)	3	A
DC Resistance (Max)	60	mOhm
Voltage Rating - AC	250	V
Operating Temperature Range	-25°C to 120°C	°C
Number of Lines	2	Lines
Mounting Type	Through Hole	—
Package / Case	Vertical, 4 PC Pin	—
RoHS Status	ROHS3 Compliant	—

Substitute Part Grouping Explanation

Substitute parts for the SSR10H-30016 are grouped based on the following critical parameters that determine functional compatibility:

Primary Matching Criteria:

Current Rating (Max): 3A
DC Resistance (Max): 60 mOhm
Voltage Rating - AC: 250V
Operating Temperature Range: -25°C to 120°C
Number of Lines: 2
Mounting Type: Through Hole
Package / Case: Vertical, 4 PC Pin
RoHS Status: ROHS3 Compliant

Secondary Variation Parameter:

Inductance @ 10 kHz: Ranges from 600 µH to 1.6 mH across substitute options

All identified substitute parts maintain identical electrical ratings for current, DC resistance, voltage, and temperature specifications. Variations in inductance value and physical dimensions (length, width, height) are the distinguishing factors among substitutes. Selection depends on the specific inductance requirement of the application circuit.

Parameter Comparison

Part Number	Manufacturer	Series	Inductance @ 10 kHz	Current Rating (Max)	DC Resistance (Max)	Voltage Rating - AC	Operating Temperature	Mounting Type	Height (Max)	RoHS Status	Product Status	Inventory
SSR10H-30016	KEMET	SSR	1.6 mH	3A	60 mOhm	250V	-25°C ~ 120°C	Through Hole	0.531" (13.50 mm)	ROHS3 Compliant	Active	1129 Pcs
SSHB10HS-30006	KEMET	SSHB10HS	600 µH	3A	60 mOhm	250V	-25°C ~ 120°C	Through Hole	0.610" (15.50 mm)	ROHS3 Compliant	Active	1379 Pcs
SSHB10HS-R30015	KEMET	SSHB10HS	1.5 mH	3A	60 mOhm	250V	-25°C ~ 120°C	Through Hole	0.610" (15.50 mm)	ROHS3 Compliant	Active	934 Pcs
SSHB21HS-30013	KEMET	SSHB21HS	1.3 mH	3A	60 mOhm	250V	-25°C ~ 120°C	Through Hole	0.610" (15.50 mm)	ROHS3 Compliant	Active	1088 Pcs
SSR10HS-30013	KEMET	SSR	1.3 mH	3A	60 mOhm	250V	-25°C ~ 120°C	Through Hole	0.531" (13.50 mm)	ROHS3 Compliant	Active	973 Pcs
SSR10VS-30013	KEMET	SSR	1.3 mH	3A	60 mOhm	250V	-25°C ~ 120°C	Through Hole	0.827" (21.00 mm)	ROHS3 Compliant	Active	1547 Pcs

Engineering Selection Recommendations

All substitute parts listed maintain Active product status and ROHS3 compliance, ensuring regulatory alignment with the original SSR10H-30016. Selection among substitutes is determined by inductance value requirements and physical space constraints within the application.

For 1.6 mH Inductance Requirement: The SSR10H-30016 is the primary choice. No exact inductance match exists among substitutes; however, SSHB10HS-R30015 provides 1.5 mH, representing the closest alternative at 93.75% of the target inductance.

For 1.3 mH Inductance Requirement: SSR10HS-30013 and SSR10VS-30013 both provide 1.3 mH inductance. SSR10HS-30013 maintains the same height profile (0.531") as the original SSR10H-30016, while SSR10VS-30013 has an increased height of 0.827".

For 600 µH Inductance Requirement: SSHB10HS-30006 is the only option, providing the lowest inductance value at 37.5% of the original specification.

All parts share identical current rating (3A), DC resistance (60 mOhm), AC voltage rating (250V), and operating temperature range (-25°C to 120°C). Physical dimensions vary across series and part numbers, requiring verification against PCB layout constraints.

Frequently Asked Questions (FAQ)

Q: Can SSR10HS-30013 directly replace SSR10H-30016 in my circuit?

A: SSR10HS-30013 provides 1.3 mH inductance compared to the 1.6 mH of SSR10H-30016. Both parts share identical current rating (3A), DC resistance (60 mOhm), AC voltage rating (250V), and operating temperature range. Substitution is valid only if the circuit design tolerates 1.3 mH inductance. Both parts maintain the same height (0.531"), ensuring mechanical compatibility in through-hole mounting.

Q: What is the inductance tolerance across these substitute parts?

A: The provided specifications list nominal inductance values at 10 kHz. Inductance values range from 600 µH (SSHB10HS-30006) to 1.6 mH (SSR10H-30016). Selection must align with the circuit's inductance requirement. Tolerance information is not provided in the available parameters.

Q: Are all substitute parts ROHS3 compliant?

A: Yes. All listed parts, including SSR10H-30016 and all five substitute options, are ROHS3 compliant. All parts are also REACH unaffected and classified under ECCN EAR99.

Q: What are the physical dimension differences among substitutes?

A: Height varies from 0.531" (13.50 mm) for SSR10H-30016 and SSR10HS-30013, to 0.610" (15.50 mm) for SSHB10HS-30006 and SSHB10HS-R30015, to 0.827" (21.00 mm) for SSR10VS-30013. Length and width also vary by series. Verify PCB layout clearance before selection.

Q: Do all parts use the same pin configuration?

A: Yes. All parts use Vertical, 4 PC Pin package configuration, maintaining consistent through-hole mounting compatibility.

Q: Which substitute offers the closest inductance match to SSR10H-30016?

A: SSHB10HS-R30015 provides 1.5 mH inductance, representing 93.75% of the original 1.6 mH specification. This is the closest available alternative for applications requiring high inductance values.

Q: Can I use SSHB10HS-30006 (600 µH) as a substitute?

A: SSHB10HS-30006 is electrically compatible in terms of current rating, DC resistance, and voltage specifications. However, at 600 µH, it provides only 37.5% of the original 1.6 mH inductance. Use only if the circuit design explicitly requires lower inductance filtering characteristics.

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