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SMT copper shunts, also known as busbars or current diversion strips, are high-current solutions designed for Surface Mount Technology (SMT). They play a crucial role on circuit boards, particularly in high-power applications, by replacing traditional thick copper traces to achieve more efficient and reliable power transmission and management.
SMT copper shunts and busbars
Discover Milliohm Electronics' high-precision Electron Beam Welded (EBW) shunts with integrated NTC thermistors. Our IATF 16949 certified current sensing solutions offer ultra-low TCR, minimal thermal EMF, and high power density for EV battery management and energy storage systems. Learn how integrated thermal compensation simplifies design and enhances measurement accuracy in demanding environments.
The Power of Electron Beam Welding and Integrated NTC Intelligence
Discover Milliohm Electronic's HoFL2 series shunts, designed for high-precision current detection up to 1000A. Featuring ultra-low thermoelectric potential (<0.5μV/°C) and low inductance (<3nH), the HoFL2 serves as a robust alternative to Vishay and Isabellenhütte for EV battery management, renewable energy systems, and high-power industrial modules. Achieve extreme stability and pulse resistance in a flat, easy-to-mount busbar design.
Milliohm Brand HoFL Series Shunt-High Stability Enabled by Precision Alloys
Learn about Metal Alloy Current Sense Resistors and selection tips. Explore Milliohm Electronic’s HoLRS series, featuring ±0.1% accuracy, ultra-low TCR, and EBW technology for automotive, BMS, and power modules. AEC-Q200 and RoHS compliant.
HoLRS Series Ultra-Low Temperature Drift High Precision Metal Alloy Current Sense Resistor