High-Current Metal Shunt Resistor / Current Shunt Bar – 32×6×1.0 mm
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Integrated shunt for accurate current sensing
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High-conductivity copper body
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Compact and space-saving design
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Ideal for industrial motor drives and inverters
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Customizable specs and RoHS compliant
Description
Overview
The High-Current Metal Shunt Resistor / Current Shunt Bar (32×6×1.0 mm) is designed for accurate DC current measurement in high-current applications.
Manufactured from precision metal alloy material, this shunt resistor provides stable voltage drop, low resistance value, and excellent thermal performance, making it suitable for demanding industrial environments.
Compared with conventional wire or PCB trace sensing methods, a metal shunt resistor offers superior accuracy and long-term stability, especially in power electronics and energy monitoring systems.
This metal shunt bar is designed for high-current DC measurement, typically used in applications ranging from tens to hundreds of amperes, where low resistance and stable voltage drop are required.
Current shunt measurement principle – Wikipedia
Dimensions (mm):
Length: 11±0.2
Width:4.5±0.2
Thickness: 2±0.05
Key Features of Metal Shunt Resistor
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High-Current Capability
Solid metal shunt bar structure supports high continuous current with minimal power loss. -
Low Resistance & Stable Voltage Drop
Optimized for precise current sensing in DC measurement circuits. -
Low TCR Metal Alloy
Ensures resistance stability over temperature changes, improving measurement accuracy. -
Compact 32×6×1.0 mm Size
Easy integration into power modules, busbar systems, and custom assemblies. -
RoHS Compliant Construction
Manufactured in accordance with RoHS compliance requirements, suitable for global industrial applications.
Typical Applications
This current shunt bar is widely used in:
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Power supplies and SMPS
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Inverters and motor drives
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Energy meters and power monitoring systems
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Industrial automation and control equipment
Shunt Embedded Busbar in Application
