Electromagnetic interference (EMI) and unwanted heat are complex challenges. Potential problems can be overlooked at the start of a project. When any EMI or heat issue affecting an electronic device goes undiscovered, costs can soar. Laird’s material sciences professionals excel from rapid prototype design, through production, and finally through component integration into your manufacturing. Their high-performance products reflect the latest advances in the material sciences. They include EMI shielding, world-leading multi-functional/combined offerings, precision and structural metals, RF/microwave absorbers, electrically conductive elastomers, dispensable thermal management products, magnetic ceramic components and dozens more.

MGV06051R5M-10

MGV06051R5M-10

Laird - Performance Materials

Description

FIXED IND 1.5UH 12A 9 MOHM SMD

In Stock: 976

$1.32000

CPI0806J1R8R-10

CPI0806J1R8R-10

Laird - Performance Materials

Description

FIXED IND 1.8UH 1.2A 200 MOHM

In Stock: 0

$0.17045

TYS3015150M-10

TYS3015150M-10

Laird - Performance Materials

Description

FIXED IND 15UH 650MA 380 MOHM

In Stock: 0

$0.13558

TYS3012470M-10

TYS3012470M-10

Laird - Performance Materials

Description

FIXED IND 47UH 350MA 1.45 OHM

In Stock: 0

$0.13558

MGV0503220M-10

MGV0503220M-10

Laird - Performance Materials

Description

FIXED IND 22UH 1.9A 250MOHM SMD

In Stock: 0

$0.54798

MGV0312R47M-10

MGV0312R47M-10

Laird - Performance Materials

Description

FIXED IND 470NH 5A 30MOHM SMD

In Stock: 0

$0.43406

TYS5040470M-10

TYS5040470M-10

Laird - Performance Materials

Description

FIXED IND 47UH 1A 272 MOHM SMD

In Stock: 11

$0.45000

TYS30156R8M-10

TYS30156R8M-10

Laird - Performance Materials

Description

FIXED IND 6.8UH 850MA 200 MOHM

In Stock: 786

$0.41000

MGV10042R2M-10

MGV10042R2M-10

Laird - Performance Materials

Description

FIXED IND 2.2UH 12A 9 MOHM SMD

In Stock: 838

$1.52000

MGV05023R3M-10

MGV05023R3M-10

Laird - Performance Materials

Description

FIXED IND 3.3UH 3.3A 85.5 MOHM

In Stock: 0

$0.52971

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