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The LVK chip features four terminals, also known as a “Kelvin” configuration. This configuration enables current to be applied through two opposite terminals and a sensing voltage to be measured across the other two terminals, eliminating the resistance and temperature coefficient of the terminals for a more accurate current measurement.
Features

Designed for Automatic Insertion

Industry Standard Sizes

High-Precision Kelvin Connect Capability in a Small Package

Brand/Series	LVK Series
Dimensions	0.126" x 0.252" x 0.02 (3.2 x 6.4 x 0.5mm) L x W x H
Material, Element	Metal Element
Package Type	1224 (3264 mm)
Power Rating	2 W
Resistance	0.005 Ohms
Special Features	Current Sense
Termination	SMD
Tolerance	±1 %
关键词

Brand/Series LVK Series  Ohmite Brand/Series LVK Series  Resistors Brand/Series LVK Series  Ohmite Resistors Brand/Series LVK Series   Dimensions 0.126" x 0.252" x 0.02 (3.2 x 6.4 x 0.5mm) L x W x H  Ohmite Dimensions 0.126" x 0.252" x 0.02 (3.2 x 6.4 x 0.5mm) L x W x H  Resistors Dimensions 0.126" x 0.252" x 0.02 (3.2 x 6.4 x 0.5mm) L x W x H  Ohmite Resistors Dimensions 0.126" x 0.252" x 0.02 (3.2 x 6.4 x 0.5mm) L x W x H   Material, Element Metal Element  Ohmite Material, Element Metal Element  Resistors Material, Element Metal Element  Ohmite Resistors Material, Element Metal Element   Package Type 1224 (3264 mm)  Ohmite Package Type 1224 (3264 mm)  Resistors Package Type 1224 (3264 mm)  Ohmite Resistors Package Type 1224 (3264 mm)   Power Rating 2 W  Ohmite Power Rating 2 W  Resistors Power Rating 2 W  Ohmite Resistors Power Rating 2 W   Resistance 0.005 Ohms  Ohmite Resistance 0.005 Ohms  Resistors Resistance 0.005 Ohms  Ohmite Resistors Resistance 0.005 Ohms   Special Features Current Sense  Ohmite Special Features Current Sense  Resistors Special Features Current Sense  Ohmite Resistors Special Features Current Sense   Termination SMD  Ohmite Termination SMD  Resistors Termination SMD  Ohmite Resistors Termination SMD   Tolerance ±1 %  Ohmite Tolerance ±1 %  Resistors Tolerance ±1 %  Ohmite Resistors Tolerance ±1 %