Two precision, non inductive power resistors designed for demanding circuits. Each resistor is rated at 10 W with 0.1 percent tolerance and non inductive construction to minimize inductive effects in DC and frequency applications. This listing includes two pieces and offers a range of resistance options to suit precise current sense, loading, and test needs. Key features Pack of 2 pieces Power rating: 10 W per resistor Tolerance: 0.1 percent Non inductive construction to reduce inductance and measurement error in AC or pulsed circuits Available resistance values: 0.01 ohm, 0.02 ohm, 0.1 ohm, 0.2 ohm, 1 ohm, 2 ohm, 3 ohm, 4 ohm, 5 ohm, 10 ohm The 10 ohm option notes a 0.01 ohm precision (0.01R) where applicable What this means for you accuracy and stability: 0.1 percent tolerance provides precise resistance for critical sensing and measurement tasks. Better frequency performance: non inductive design minimizes inductive reactance, improving accuracy in fast switching and RFinspired applications. Reliable power handling: 10 W rating supports sustained current flow and robust operation in power circuits. Flexible value selection: a broad range of values allows you to select the exact resistance needed for current sensing, load testing, or circuit balancing. Ready to pair: includes two resistors, making it convenient for dualsense or duplicate load needs. Typical use cases Current sensing and shunt applications in DC power supplies or motor drivers, where low inductance and precise values improve measurement accuracy. Bench testing and load simulation for power supplies or amplifiers, providing stable, known resistance with ample power handling. Replacement or revision of low inductance resistors in frequency or current circuits where inductive effects could distort measurements or performance. Compatibility and usage notes Suitable for use in contexts requiring precision, stable resistance, and reduced inductance. Ensure adequate heat sinking or airflow to maintain performance under continuous 10 W dissipation per resistor. Confirm the chosen resistance value matches the target current and voltage in your design. In summary, this two piece set provides precision, low inductance, and solid power handling across a range of values to support accurate current sensing, reliable loading, and robust performance in both DC and frequency circuits.