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.

MGV12071R0M-10

MGV12071R0M-10

Laird - Performance Materials

Description

FIXED IND 1UH 32A 2 MOHM SMD

11 360

More on Order

MGV0625R68M-10

MGV0625R68M-10

Laird - Performance Materials

Description

FIXED IND 680NH 11A 9.4 MOHM SMD

14 342

More on Order

TYS4012150M-10

TYS4012150M-10

Laird - Performance Materials

Description

FIXED IND 15UH 640MA 340 MOHM

10 981

More on Order

MGV201610S2R2M-10

MGV201610S2R2M-10

Laird - Performance Materials

Description

FIXED IND 2.2UH 2.2A 140MOHM SMD

15 016

More on Order

TYS60286R8M-10

TYS60286R8M-10

Laird - Performance Materials

Description

FIXED IND 6.8UH 2.4A 47 MOHM SMD

12 035

More on Order

TYS8040220M-10

TYS8040220M-10

Laird - Performance Materials

Description

FIXED IND 22UH 2.1A 69 MOHM SMD

15 186

More on Order

MGV1205100M-10

MGV1205100M-10

Laird - Performance Materials

Description

FIXED IND 10UH 9A 25.5 MOHM SMD

12 398

More on Order

MGV12051R5M-10

MGV12051R5M-10

Laird - Performance Materials

Description

FIXED IND 1.5UH 23A 4.1 MOHM SMD

12 914

More on Order

MGV0412R47M-10

MGV0412R47M-10

Laird - Performance Materials

Description

FIXED IND 470NH 6A 20MOHM SMD

18 940

More on Order

TYS40301R0N-10

TYS40301R0N-10

Laird - Performance Materials

Description

FIXED IND 1UH 4.15A 18.2 MOHM

19 250

More on Order

Top