Bourns, SRF2012A, 2012 Unshielded SMD Common Mode Choke with a Ferrite Core, ±25% Wire-Wound 400mA Idc

RS Stock No.: 738-5957PBrand: BournsManufacturers Part No.: SRF2012-900YA
brand-logo
View all in Surface Mount Inductors

Technical Document

Specifications

Brand

Bourns

Maximum dc Current

400mA

Package/Case

2012

Length

2mm

Depth

1.2mm

Height

1.2mm

Dimensions

2 x 1.2 x 1.2mm

Shielded

No

Tolerance

±25%

Maximum DC Resistance

300mΩ

Series

SRF2012A

Core Material

Ferrite

Inductor Construction

Wire-Wound

Maximum Operating Temperature

+125°C

Minimum Operating Temperature

-40°C

Country of Origin

Taiwan, Province Of China

Product details

Bourns SRF2012A Series SMD Common Mode Wire Wound Chokes

Bourns SRF2012A Series Common Mode Chip Inductors with a high impedance value and a current rating of up to 400 mA. Applications include: Noise suppression; Personal computers; Display panels

Halogen free

Bourns SMD Common Mode Chokes

Ideate. Create. Collaborate

JOIN FOR FREE

No hidden fees!

design-spark
design-spark
  • Download and use our DesignSpark software for your PCB and 3D Mechanical designs
  • View and contribute website content and forums
  • Download 3D Models, Schematics and Footprints from more than a million products
Click here to find out more
Stock information temporarily unavailable.

P.O.A.

Each (Supplied on a Reel) (ex VAT)

Bourns, SRF2012A, 2012 Unshielded SMD Common Mode Choke with a Ferrite Core, ±25% Wire-Wound 400mA Idc
Select packaging type

Production pack (Reel)

Select packaging type

Standard - each

Available in multiples of 5.

Production -

Available in multiples of 5.

Recommended for ordering in large quantities. Items are packaged ready for insertion into machinery, allowing you to improve production efficiency.

5

Available in multiples of 5
5P.O.A.
10P.O.A.
15P.O.A.
20P.O.A.
25P.O.A.
30P.O.A.
35P.O.A.
40P.O.A.
45P.O.A.
50P.O.A.
55P.O.A.
60P.O.A.
65P.O.A.
70P.O.A.
75P.O.A.

P.O.A.

Each (Supplied on a Reel) (ex VAT)

Bourns, SRF2012A, 2012 Unshielded SMD Common Mode Choke with a Ferrite Core, ±25% Wire-Wound 400mA Idc
Stock information temporarily unavailable.
Select packaging type

Production pack (Reel)

Select packaging type

Standard - each

Available in multiples of 5.

Production -

Available in multiples of 5.

Recommended for ordering in large quantities. Items are packaged ready for insertion into machinery, allowing you to improve production efficiency.

5

Available in multiples of 5
5P.O.A.
10P.O.A.
15P.O.A.
20P.O.A.
25P.O.A.
30P.O.A.
35P.O.A.
40P.O.A.
45P.O.A.
50P.O.A.
55P.O.A.
60P.O.A.
65P.O.A.
70P.O.A.
75P.O.A.

Stock information temporarily unavailable.

Please check again later.

Ideate. Create. Collaborate

JOIN FOR FREE

No hidden fees!

design-spark
design-spark
  • Download and use our DesignSpark software for your PCB and 3D Mechanical designs
  • View and contribute website content and forums
  • Download 3D Models, Schematics and Footprints from more than a million products
Click here to find out more

Technical Document

Specifications

Brand

Bourns

Maximum dc Current

400mA

Package/Case

2012

Length

2mm

Depth

1.2mm

Height

1.2mm

Dimensions

2 x 1.2 x 1.2mm

Shielded

No

Tolerance

±25%

Maximum DC Resistance

300mΩ

Series

SRF2012A

Core Material

Ferrite

Inductor Construction

Wire-Wound

Maximum Operating Temperature

+125°C

Minimum Operating Temperature

-40°C

Country of Origin

Taiwan, Province Of China

Product details

Bourns SRF2012A Series SMD Common Mode Wire Wound Chokes

Bourns SRF2012A Series Common Mode Chip Inductors with a high impedance value and a current rating of up to 400 mA. Applications include: Noise suppression; Personal computers; Display panels

Halogen free

Bourns SMD Common Mode Chokes

Ideate. Create. Collaborate

JOIN FOR FREE

No hidden fees!

design-spark
design-spark
  • Download and use our DesignSpark software for your PCB and 3D Mechanical designs
  • View and contribute website content and forums
  • Download 3D Models, Schematics and Footprints from more than a million products
Click here to find out more