1

© KEMET Electronics Corporation • P.O. Box 5928 • Greenville, SC 29606 • 864-963-6300 • www.kemet.com

LF0024_SSB11V-R-11H-R • 3/30/2017

One world. One KEMET

Benefits

• Widevarietyofsizesandspecifications

• Inductances up to 9 mH

• Rated Currents up to 1.7 A

• DCResistancesaslowas0.18Ω

Overview

TheKEMETSSCoils,SSB11V-R/11H-RTypeAClinefilters

areofferedinawidevarietyofsizesandspecifications.

Applications

• Consumer Electronics

• Common mode choke for Class B

AC Line Filters

SS Coils, SSB11V-R/11H-R Type

AC Line Filters

37

Common mode

13

10±0.5

14.5±1.0

13±0.5

22±1.0

ø0.8

18±0.5

21±1.0

14±0.5

（1.5）

（5.0）

20.5±1.0

18

ø0.8

Marking

Marking

1M

100K

10K

1K

100

10

1

Frequency (Hz)

1K

10K

100K

1M

10M

30M

3

6

1

3

6

1

3

6

1

3

6

1

1

3

6

1

3

6

3

6

1

3

61

3

6

1

3

61

3

SSB11V/H-R17043

SSB11V/H-R13090

SSB11V/H-R17043

SSB11V/H-R13090

SSB11V/H-R13090

0.38

SSB11V/H-R17043

0.18

1.3

1.7

9.0

4.3

11.0

11.0

60

40

• Rated voltage: 250VAC

• Withstanding voltage:

AC 2400V (2 sec between lines)

• Insulation resistance: at 500VDC, more than 100M (between lines)

• Thermal class: B (130˚C)

• Operating temperature range (˚C): –25 to T (T=130–temperature rise)

• Inductance measurement condition: 1kHz, 1V,

KC530

Shape and Dimensions

[mm]

Model

DC resistance

( /line)

max.

Temperature

rise(K)

max.

Inductance

(mH)

min.

Weight

approx.

(g)

Rated

current

(A)

Numbering System

Series

Core size

Type (V: vertical, H: horizontal)

Rated current (08 stands for 0.8A)

Inductance (125 stands for 12.5mH)

SSB 11 V-R - 13 090

�

� �

� �

bSSB11V-R

bSSB11H-R

Impedance vs. Frequency

SS Coils

SSB11V-R/11H-R Type

A common mode choke coil for class B

[RoHS Compliant]

SS Coils

SSB11V-R/11H-R Type

A common mode choke coil for class B

[RoHS Compliant]

Part Number System

SSB

11

V-

R

13

090

Series

Core Size (mm)

Core Orientation

Core Type

Rated Current (A)

Minimum Inductance (mH)

SSB

11 = 11.0

V- = Vertical

H- = Horizontal

R = High permeability xx = x.x A (e.g., 13 = 1.3 A) 0xx = x.x mH (e.g., 090 = 9.0 mH)