SSHB10HS-07099 Common Mode Choke Equivalent & Substitute Parts

Part Overview

The SSHB10HS-07099 is a 2-line common mode choke manufactured by KEMET, rated for 9.9 mH inductance at 10 kHz with a maximum current rating of 700 mA. This through-hole component operates across a temperature range of -25°C to 120°C and features a DC resistance of 810 mOhm. The part is ROHS3 compliant and maintains active product status.

Substitute parts are identified when electrical and mechanical parameters align within acceptable tolerances for the application. Equivalent components may differ in inductance value, current rating, physical dimensions, or DC resistance while maintaining compatibility with the same mounting configuration and voltage specifications.

Substiute Parts

SSHB10HS-07099
KEMETIn Stock: 1104SSHB10HS-07099 Datasheet
SSHB10HS-07099
Current Part
SSHB10H-07120
KEMETIn Stock: 1219SSHB10H-07120 Datasheet
SSHB10H-07120
Parametric Equivalent
SSHB10HS-R07230
KEMETIn Stock: 986SSHB10HS-R07230 Datasheet
SSHB10HS-R07230
Parametric Equivalent
SSHB21H-08262
KEMETIn Stock: 962SSHB21H-08262 Datasheet
SSHB21H-08262
Parametric Equivalent
SSHB21H-R08540
KEMETIn Stock: 974SSHB21H-R08540 Datasheet
SSHB21H-R08540
Parametric Equivalent
SSHB21HS-08200
KEMETIn Stock: 1168SSHB21HS-08200 Datasheet
SSHB21HS-08200
Parametric Equivalent
SSHB21HS-R08410
KEMETIn Stock: 1200SSHB21HS-R08410 Datasheet
SSHB21HS-R08410
Parametric Equivalent
SSR10H-07330
KEMETIn Stock: 982SSR10H-07330 Datasheet
SSR10H-07330
Parametric Equivalent
SSR10H-08220
KEMETIn Stock: 1382SSR10H-08220 Datasheet
SSR10H-08220
Parametric Equivalent
SSR10V-07330
KEMETIn Stock: 1062SSR10V-07330 Datasheet
SSR10V-07330
Parametric Equivalent
SSR21NH-M08680
KEMETIn Stock: 1072SSR21NH-M08680 Datasheet
SSR21NH-M08680
Parametric Equivalent
SSR21NHS-M07680
KEMETIn Stock: 1159SSR21NHS-M07680 Datasheet
SSR21NHS-M07680
Parametric Equivalent
SSR21NVS-M08475
KEMETIn Stock: 1012SSR21NVS-M08475 Datasheet
SSR21NVS-M08475
Parametric Equivalent
SSRH7H-M07196
KEMETIn Stock: 1622SSRH7H-M07196 Datasheet
SSRH7H-M07196
Parametric Equivalent

Key Parameters

Parameter Value
Manufacturer Part Number SSHB10HS-07099
Manufacturer KEMET
Series SSHB10HS
Number of Lines 2
Inductance @ Frequency 9.9 mH @ 10 kHz
Current Rating (Max) 700 mA
DC Resistance (DCR) (Max) 810 mOhm
Voltage Rating - AC 250 V
Operating Temperature -25°C ~ 120°C
Mounting Type Through Hole
Package / Case Vertical, 4 PC Pin
RoHS Status ROHS3 Compliant
Product Status Active

Substitute Part Grouping Explanation

Substitution eligibility for the SSHB10HS-07099 is determined by the following critical parameters:

Mandatory Compatibility Criteria:

  • Number of Lines: 2 (all substitutes must be 2-line configurations)
  • Mounting Type: Through Hole (all substitutes must use through-hole mounting)
  • Voltage Rating - AC: 250 V (all substitutes must support 250 V AC minimum)
  • Package / Case: Vertical, 4 PC Pin (all substitutes must use this pin configuration)
  • RoHS Status: ROHS3 Compliant (all substitutes must maintain compliance)

Variable Parameters (Allowable Differences):

  • Inductance @ Frequency: 9.9 mH to 68 mH @ 10 kHz
  • Current Rating (Max): 700 mA to 800 mA
  • DC Resistance (DCR) (Max): 650 mOhm to 900 mOhm
  • Operating Temperature: -25°C minimum with upper range from 120°C to 130°C
  • Physical Dimensions: Variations in length, width, and height
  • Series: SSHB10H, SSHB10HS, SSHB21H, SSHB21HS, SSR10H, SSR10V, SSR21NH

Substitute parts are grouped by their ability to function within the same electrical and mechanical envelope while accommodating application-specific inductance and current requirements.

Parameter Comparison

Part Number Series Inductance @ 10 kHz Current Rating (Max) DCR (Max) Operating Temp Size L x W (mm) Height (Max) Inventory
SSHB10HS-07099 SSHB10HS 9.9 mH 700 mA 810 mOhm -25°C ~ 120°C 22.00 x 17.00 15.50 mm 1027 Pcs
SSHB10H-07120 SSHB10H 12 mH 700 mA 900 mOhm -25°C ~ 130°C 22.00 x 17.00 15.50 mm 1149 Pcs
SSHB10HS-R07230 SSHB10HS 23 mH 700 mA 810 mOhm -25°C ~ 120°C 22.00 x 17.00 15.50 mm 931 Pcs
SSHB21H-08262 SSHB21H 26.2 mH 800 mA 880 mOhm -25°C ~ 120°C 26.00 x 23.00 15.50 mm 948 Pcs
SSHB21H-R08540 SSHB21H 54 mH 800 mA 880 mOhm -25°C ~ 120°C 26.00 x 23.00 15.50 mm 867 Pcs
SSHB21HS-08200 SSHB21HS 20 mH 800 mA 780 mOhm -25°C ~ 120°C 26.00 x 23.00 15.50 mm 1129 Pcs
SSHB21HS-R08410 SSHB21HS 41 mH 800 mA 780 mOhm -25°C ~ 120°C 26.00 x 23.00 15.50 mm 1174 Pcs
SSR10H-07330 SSR 33 mH 700 mA 900 mOhm -25°C ~ 120°C Not specified 13.50 mm 965 Pcs
SSR10H-08220 SSR 22 mH 800 mA 650 mOhm -25°C ~ 120°C Not specified 13.50 mm 1278 Pcs
SSR10V-07330 SSR 33 mH 700 mA 900 mOhm -25°C ~ 120°C 23.50 x 13.00 21.00 mm 1030 Pcs
SSR21NH-M08680 SSR 68 mH 800 mA 800 mOhm -25°C ~ 120°C 23.00 x 23.00 14.50 mm 1018 Pcs

Engineering Selection Recommendations

All listed substitute parts maintain ROHS3 compliance and active product status, consistent with the SSHB10HS-07099 baseline. Selection among substitutes is determined by application-specific requirements for inductance value and current capacity.

For applications requiring inductance values between 9.9 mH and 23 mH with 700 mA current capacity: SSHB10H-07120 and SSHB10HS-R07230 maintain identical physical dimensions (22.00 x 17.00 mm) and mounting configuration as the main part. SSHB10H-07120 provides extended operating temperature range to 130°C.

For applications requiring inductance values between 20 mH and 54 mH with 800 mA current capacity: SSHB21H and SSHB21HS series parts accommodate larger physical dimensions (26.00 x 23.00 mm) and support increased current ratings. SSHB21HS variants feature reduced DC resistance (780 mOhm) compared to SSHB21H variants (880 mOhm).

For applications with space constraints or alternative form factors: SSR series parts provide reduced height profiles (13.50 mm to 21.00 mm) with inductance values ranging from 22 mH to 68 mH. SSR10H-08220 offers the lowest DC resistance (650 mOhm) among all listed substitutes.

Component selection must align with circuit board layout constraints, thermal management requirements, and specific inductance filtering specifications.

Frequently Asked Questions (FAQ)

Q: Can SSHB10HS-07099 be directly replaced with SSHB10H-07120?

A: Direct replacement is possible when the application tolerates the inductance increase from 9.9 mH to 12 mH. Both parts share identical physical dimensions (22.00 x 17.00 mm), mounting type (through-hole, vertical 4-pin), current rating (700 mA), and voltage specification (250 V AC). SSHB10H-07120 provides extended operating temperature range to 130°C.

Q: What is the primary difference between SSHB10HS and SSHB21H series substitutes?

A: The SSHB21H series accommodates higher current ratings (800 mA versus 700 mA) and larger physical dimensions (26.00 x 23.00 mm versus 22.00 x 17.00 mm). These parts support higher inductance values up to 54 mH. Selection depends on circuit board space availability and current requirements.

Q: Are SSR series parts compatible with SSHB10HS-07099 applications?

A: SSR series parts maintain the same 2-line configuration, through-hole mounting, vertical 4-pin package, and 250 V AC voltage rating. However, SSR parts feature reduced height profiles (13.50 to 21.00 mm) compared to SSHB parts (15.50 mm). Compatibility requires verification of physical space constraints and inductance requirements.

Q: What does DC Resistance (DCR) variation mean for component selection?

A: DCR ranges from 650 mOhm (SSR10H-08220) to 900 mOhm (SSHB10H-07120, SSR10H-07330, SSR10V-07330). Lower DCR values reduce power dissipation and heat generation. Selection depends on thermal budget and efficiency requirements of the application.

Q: Can parts with 800 mA rating replace the 700 mA rated SSHB10HS-07099?

A: Parts with higher current ratings (800 mA) are electrically compatible with 700 mA applications. The higher rating provides additional design margin. Physical dimensions and inductance values must still align with circuit requirements.

Q: What is the significance of operating temperature range differences?

A: SSHB10H-07120 extends the upper operating limit to 130°C, compared to 120°C for most other substitutes. Selection depends on thermal environment specifications. All parts maintain the -25°C lower limit.

Q: Are all listed substitutes ROHS3 compliant?

A: Yes. All substitute parts listed maintain ROHS3 compliance and active product status, consistent with regulatory and environmental requirements.

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