Achieve High-Quality Audio with Dayton Audio 0.10Mh 18 Awg Perfect Layer Air Core Speaker Crossover Inductor Coil
Take your audio experience to the next level with Dayton Audio 0.10Mh 18 Awg Perfect Layer Air Core Speaker Crossover Inductor Coil. This high-quality inductor coil is designed to provide exceptional crossover construction, ensuring minimal DCR and distortion-free audio. With its perfect layer windings and air core construction, this inductor coil is ideal for high-performance audio applications.
Key Features and Specifications
The Dayton Audio 0.10Mh 18 Awg Perfect Layer Air Core Speaker Crossover Inductor Coil boasts an impressive set of features and specifications, including a highly refined copper wire, baked enamel insulator, and perfect layer windings. With an inductance of 0.10 mH, wire gauge of 18 AWG, and core type of air, this inductor coil is designed to provide exceptional performance. Additionally, it has a DC resistance of 0.14 ohms, tolerance of ±5%, and power handling of 300 watts RMS.
Copper Quality and Purity
Dayton Audio is committed to providing high-quality products, and the copper used in this inductor coil is no exception. With a minimum purity of 99.9%, the copper wire and foil used in this product provide 100% conductivity, ensuring exceptional audio performance. The oxygen component of the copper is between 0.02% and 0.04%, further enhancing its quality and reliability.
Technical Note
To ensure optimal performance and minimize crosstalk and noise, it is recommended to position inductors in crossovers at right angles to each other. By following this technical note, you can ensure that your audio system performs at its best.
Buy with Confidence
When you buy the Dayton Audio 0.10Mh 18 Awg Perfect Layer Air Core Speaker Crossover Inductor Coil, you can be confident that you're getting a high-quality product from a trusted brand. With its excellent features, specifications, and quality materials, this inductor coil is an excellent choice for anyone looking to upgrade their audio system.