Smd Precision Shunt Resistor

BRS

BRS

2-terminal-resistors made of composite material. Perfectly suitable for the use on DBC or ceramic. Space-saving design.

3812

2 W

1 %

0.002

0.025

100 ppm/K

BVx

BVB

4-terminal-resistors made of composite material. Perfectly suitable for the use on DBC or ceramic. Space-saving design.

2725

12 W

1 %

0.0002

0.005

20 ppm/K

BVx

BVE

2-termimal-resistors with large connectors for high performance.

5930

10 W

1 %

0.0002

0.002

50 ppm/K

BVx

BVH

Heavy copper connectors

3820

5 W

3 %

0.0003

0.002

300 ppm/K

BVN

BVN

4-terminal-resistors made of composite material. Perfectly suitable for the use on DBC or ceramic. Space-saving design.

1216

5 W

1 %

0.0005

0.001

50 ppm/K

BVx

BVR

4-terminal-resistors made of composite material. Perfectly suitable for the use on DBC.

4026

5 W

1 %

0.0002

0.003

20 ppm/K

BVx

BVS

2-terminal-resistors made of composite material

3920

12 W

1 %

0.0002

0.005

50 ppm/K

BVx

BVS-K-R000

Powerbridge / Jumper.

3920

0.0001

3800 ppm/K

BVx

BVT

2-terminal-resistors made of composite material.

2512

6 W

1 %

0.0003

0.0068

50 ppm/K

BVx

BVT-K-R000

Powerbridge / Jumper.

2512

0.0001

3800 ppm/K

CMx

CMK

2-terminal-resistors for medium performance requirements. Low TCR.

1206

1 W

1 %

0.010

0.100

75 ppm/K

CMx

CMP

2-terminal-resistors for medium performance requirements. Low TCR.

2010

2 W

1 %

0.010

0.500

75 ppm/K

CMx

CMS

2-terminal-resistors for medium performance requirements. Low TCR.

2512

2.5 W

1 %

0.010

0.500

75 ppm/K

LMx

LMP

2-terminal-resistors for flip-chip-mounting.

2010

2 W

1 %

0.01

0.5

50 ppm/K

LMx

LMS

2-terminal-resistors flip-chip-mounting.

2512

3 W

1 %

0.005

0.5

50 ppm/K

PMA

PMA

4-terminal-resistors for flip-chip-mounting.

3924

3 W

1 %

0.005

0.5

30 ppm/K

SMx

SMK

2-terminal-resistors with large solder pads.

1206

1 W

1 %

0.008

0.5

50 ppm/K

SMx

SMK-R000

Powerbridge / Jumper.

1206

0.5 W

0.0002

3800 ppm/K

SMx

SMP

2-terminal-resistors with large solder pads.

2010

2 W

0.5 %

0.005

1

50 ppm/K

SMR

SMR

2-terminal-resistors for high pulse load.

4723

5 W

0.5 %

0.01

4.7

50 ppm/K

SMR

SMR-R000

Powerbridge / Jumper.

4723

3 W

0.0003

3800 ppm/K

SMx

SMS

2-terminal-resistors with large solder pads.

2512

3 W

0.5 %

0.005

2

50 ppm/K

SMx

SMS-R000

Powerbridge / Jumper.
Standard solder padgeometry.

2512

2 W

0.0002

3800 ppm/K

SMx

SMT

2-terminal-resistors with large solder pads.

2817

7 W

0.5 %

0.004

4

50 ppm/K

SMx

SMT-R000

Powerbridge / Jumper. Standard solder pad-geometry.

2817

2 W

0.0002

3800 ppm/K

SMV

SMV

4-terminal-resistors for high pulse load.

4723

5 W

0.5 %

0.001

1

30 ppm/K

VLx

VLK

2-terminal-resistors. Large solder pads. Very low resistance values.

0612

1 W

1 %

0.001

0.005

50 ppm/K

VLx

VLP

2-terminal-resistors. Long side terminated. Large solder pads. Very low resistance values.

1020

2 W

1 %

0.001

0.2

50 ppm/K

VMx

VMI

2-terminal-resistors. Standard solder pad-geometry.
Low TC.

0805

0.5 W

5 %

0.01

0.05

30 ppm/K

VMx

VMI-R000

Powerbridge / Jumper.

0805

0.25 W

0.0002

3200 ppm/K

VMx

VMK

2-terminal-resistors. Standard solder pad-geometry.
Low TC.

1206

up to 1.5 W

1 %

0.01

0.47

20 ppm/K

VMx

VMP

2-terminal-resistors. Standard solder pad-geometry. Low TC.

2010

up to 3 W

1 %

0.005

1

20 ppm/K

VMx

VMP-A

2-terminal-resistors. Standard solder pad-geometry. Low TC. Gold-plated contacts.

2010

2 W

1 %

0.025

0.200

20 ppm/K

VMx

VMS

2-terminal-resistors. Standard solder pad-geometry. Low TC.

2512

up to 4 W

1 %

0.005

1

20 ppm/K