SSR10V-05595 Common Mode Choke Equivalent & Substitute Parts

Part Overview

The SSR10V-05595 is a 2-line common mode choke manufactured by KEMET, designed for through-hole mounting applications. This component features 59.5 mH inductance at 10 kHz with a 500 mA maximum current rating and 1.7 Ohm DC resistance. The part is classified as Active product status with ROHS3 compliance and REACH unaffected designation. Equivalent and substitute parts are identified based on matching or compatible electrical and mechanical parameters within the common mode choke product category.

Key Parameters

Parameter	Value
Manufacturer Part Number	SSR10V-05595
Manufacturer	KEMET
Series	SSR
Number of Lines	2
Inductance @ 10 kHz	59.5 mH
Current Rating (Max)	500 mA
DC Resistance (Max)	1.7 Ohm
Voltage Rating - AC	250 V
Operating Temperature Range	-25°C to 120°C
Mounting Type	Through Hole
Package / Case	Vertical, 4 PC Pin
RoHS Status	ROHS3 Compliant
Product Status	Active

Substitute Part Grouping Explanation

Substitute parts for the SSR10V-05595 are identified based on the following critical parameters that determine functional compatibility:

Primary Matching Criteria:

Number of Lines: 2 (all substitutes maintain 2-line configuration)
Mounting Type: Through Hole (all substitutes use through-hole mounting)
Package / Case: Vertical, 4 PC Pin (all substitutes use identical pin configuration)
Voltage Rating - AC: 250 V (all substitutes rated for 250 V AC)
RoHS Status: ROHS3 Compliant (all substitutes maintain compliance)
Product Status: Active (all substitutes are active products)

Secondary Electrical Parameters (Allowed Variation):

Inductance @ 10 kHz: Range from 17.7 mH to 91 mH (application-dependent selection)
Current Rating (Max): Range from 500 mA to 600 mA (higher ratings provide design margin)
DC Resistance (Max): Range from 1.48 Ohm to 1.88 Ohm (affects power dissipation)
Operating Temperature Range: -25°C to 120°C or -25°C to 130°C (extended range available)

Mechanical Parameters (Allowed Variation):

Size / Dimension: Two footprint options available (23.50mm x 13.00mm or 26.00mm x 23.00mm)
Height (Max): 21.00 mm or 15.50 mm (board clearance consideration)

Substitutes are grouped by inductance value proximity to the main part (59.5 mH) and by physical footprint compatibility with available PCB space.

Parameter Comparison

Part Number	Series	Inductance @ 10 kHz	Current Rating (Max)	DC Resistance (Max)	Operating Temp Range	Size / Dimension (mm)	Height (Max)	Inventory (Pcs)
SSR10V-05595	SSR	59.5 mH	500 mA	1.7 Ohm	-25°C to 120°C	23.50 x 13.00	21.00 mm	985
SSHB10H-05212	SSHB10H	21.2 mH	500 mA	1.7 Ohm	-25°C to 130°C	22.00 x 17.00	15.50 mm	859
SSHB10H-R05500	SSHB10H	50 mH	500 mA	1.7 Ohm	-25°C to 120°C	22.00 x 17.00	15.50 mm	1219
SSHB10HS-05177	SSHB10HS	17.7 mH	500 mA	1.55 Ohm	-25°C to 120°C	22.00 x 17.00	15.50 mm	1169
SSHB10HS-R05415	SSHB10HS	41.5 mH	500 mA	1.55 Ohm	-25°C to 120°C	22.00 x 17.00	15.50 mm	1296
SSHB21H-06400	SSHB21H	40 mH	600 mA	1.5 Ohm	-25°C to 120°C	26.00 x 23.00	15.50 mm	1138
SSHB21H-R06825	SSHB21H	82.5 mH	600 mA	1.5 Ohm	-25°C to 120°C	26.00 x 23.00	15.50 mm	901
SSHB21HS-05440	SSHB21HS	44 mH	500 mA	1.88 Ohm	-25°C to 120°C	26.00 x 23.00	15.50 mm	1134
SSHB21HS-06378	SSHB21HS	37.8 mH	600 mA	1.48 Ohm	-25°C to 120°C	26.00 x 23.00	15.50 mm	854
SSHB21HS-R05910	SSHB21HS	91 mH	500 mA	1.88 Ohm	-25°C to 120°C	26.00 x 23.00	15.50 mm	824
SSHB21HS-R06780	SSHB21HS	78 mH	600 mA	1.48 Ohm	-25°C to 120°C	26.00 x 23.00	15.50 mm	844

Engineering Selection Recommendations

All substitute parts listed maintain Active product status and ROHS3 compliance, ensuring regulatory and supply chain continuity with the SSR10V-05595.

For Compact PCB Layouts (Original Footprint 23.50mm x 13.00mm): The SSR10V-05595 maintains the smallest footprint. No substitute parts preserve this exact dimension. Selection of alternative footprints requires PCB redesign consideration.

For Inductance Value Proximity (59.5 mH Target):

SSHB10H-R05500 (50 mH) provides closest inductance match within the smaller footprint series
SSHB21H-R06825 (82.5 mH) and SSHB21HS-R06780 (78 mH) provide higher inductance values within larger footprint options

For Current Margin Enhancement (500 mA to 600 mA):

SSHB21H-06400 (40 mH, 600 mA) and SSHB21HS-06378 (37.8 mH, 600 mA) offer increased current capacity with moderate inductance reduction
SSHB21H-R06825 (82.5 mH, 600 mA) and SSHB21HS-R06780 (78 mH, 600 mA) combine higher inductance with increased current rating

For Extended Temperature Operation (-25°C to 130°C):

SSHB10H-05212 (21.2 mH) is the only substitute offering extended upper temperature limit

For DC Resistance Optimization:

SSHB21H series parts (1.5 Ohm) and SSHB21HS-06378 (1.48 Ohm) provide lowest DC resistance values, reducing power dissipation
SSHB10HS series parts (1.55 Ohm) offer intermediate resistance values

All substitute parts maintain 2-line configuration, through-hole mounting, vertical 4 PC pin package, and 250 V AC voltage rating, ensuring mechanical and electrical interface compatibility within the specified parameter constraints.

Frequently Asked Questions (FAQ)

Q: Can SSHB10H-R05500 (50 mH) directly replace SSR10V-05595 (59.5 mH)?

A: SSHB10H-R05500 is electrically compatible based on matching current rating (500 mA), DC resistance (1.7 Ohm), voltage rating (250 V AC), and mounting configuration (through-hole, 2-line, vertical 4 PC pin). The 9.5 mH inductance difference requires circuit-level validation to confirm performance within application specifications. Mechanical footprint differs (22.00mm x 17.00mm vs. 23.50mm x 13.00mm), requiring PCB layout adjustment.

Q: What is the difference between SSHB10H and SSHB10HS series?

A: Both series use identical mechanical footprints (22.00mm x 17.00mm, 15.50mm height) and mounting configuration. SSHB10HS parts feature lower DC resistance (1.55 Ohm) compared to SSHB10H (1.7 Ohm), resulting in reduced power dissipation. SSHB10H-05212 offers extended operating temperature range (-25°C to 130°C) versus SSHB10HS standard range (-25°C to 120°C).

Q: Can I use SSHB21H or SSHB21HS parts as substitutes for SSR10V-05595?

A: SSHB21H and SSHB21HS parts are mechanically compatible in terms of mounting type, pin configuration, and electrical ratings (2-line, through-hole, vertical 4 PC pin, 250 V AC). However, they use a larger footprint (26.00mm x 23.00mm vs. 23.50mm x 13.00mm), requiring PCB redesign. Inductance values range from 37.8 mH to 91 mH, offering flexibility for applications requiring different inductance specifications. Current ratings extend to 600 mA, providing design margin above the 500 mA requirement.

Q: Which substitute offers the best power efficiency?

A: SSHB21H-06400 (1.5 Ohm DCR) and SSHB21HS-06378 (1.48 Ohm DCR) provide the lowest DC resistance values among all substitutes, minimizing resistive power loss. Selection depends on inductance requirement and available PCB space for the larger 26.00mm x 23.00mm footprint.

Q: Are all substitute parts ROHS3 compliant?

A: Yes. All listed substitute parts maintain ROHS3 compliance and REACH unaffected status, matching the regulatory classification of SSR10V-05595.

Q: What is the inventory status of substitute parts?

A: All substitute parts are listed as new original stock. SSHB10H-R05500 has the highest inventory (1219 Pcs), followed by SSHB10HS-R05415 (1296 Pcs). SSHB21HS-R05910 has the lowest inventory (824 Pcs). Inventory levels are subject to change and should be verified at time of procurement.

Q: Can I use a higher current-rated part (600 mA) in place of the 500 mA SSR10V-05595?

A: Yes. Higher current ratings provide design margin and do not create compatibility issues. SSHB21H-06400, SSHB21H-R06825, SSHB21HS-06378, and SSHB21HS-R06780 all offer 600 mA ratings. Selection requires verification of inductance value compatibility with circuit requirements and confirmation that the larger footprint (26.00mm x 23.00mm) accommodates PCB layout constraints.

Q: What inductance values are available among substitutes?

A: Inductance values range from 17.7 mH (SSHB10HS-05177) to 91 mH (SSHB21HS-R05910). For applications requiring inductance closest to the original 59.5 mH specification, SSHB10H-R05500 (50 mH), SSHB21HS-R06780 (78 mH), and SSHB21H-R06825 (82.5 mH) provide the closest matches. Lower inductance values (17.7 mH to 44 mH) are suitable for applications with different filtering requirements.

Request Quote (Ships tomorrow)

Part Number

Quantity

Company

Contact Name

E-mail

Message