The bench baseline for a representative 100 μΩ shunt resistor under test showed a mean DC resistance of 100.3 μΩ (25°C), a lot-to-lot spread of ±0.35 μΩ, a measured TCR near +45 ppm/°C, and an integra…
A 25 µΩ shunt resistor produces 2.5 mV at 100 A and dissipates 0.25 W; at 500 A it produces 12.5 mV and dissipates 6.25 W — numbers that define thermal, accuracy and mounting choices. This guide break…
Recent bench tests show the HoFL3-8536 100 μΩ shunt maintaining DC accuracy within ±0.25% at 50 A while exhibiting a measured TCR near 120 ppm/°C over a 0–85°C range. This report quantifies DC accurac…
This report consolidates the complete validation dataset and translates raw measurements into actionable conclusions for the HoFL3-8436-A specs. It verifies compliance against published specifications…
Independent measurements matter because low-value shunts specified in microohms can behave differently once installed and heated. Point: nominal resistance and tolerance only tell part of the story. E…
High-current sensing often requires sub-milliohm accuracy and predictable thermal behavior; a 50µΩ nominal shunt class addresses that need by delivering millivolt-range drops at hundreds of amps. Engi…
