Hepta-Litz 15AWG Air Core Inductors

7x 0.5mm Hepta-Litz 15 AWG Air Core Inductors

Description:

This Section Brings you the Finest Quailty of HEPTA litz Wire Inductors . Using a Litz wire inductor in a speaker crossover offers several advantages over traditional solid wire inductors:

1. Reduced Skin Effect: Litz wire consists of multiple individually insulated strands woven together. This construction reduces skin effect, where high-frequency signals tend to travel primarily on the surface of the conductor. By minimizing skin effect, Litz wire ensures more uniform current distribution across the entire cross-section of the wire, leading to lower resistance and improved performance, especially at higher frequencies.

2. Lower Resistance: The reduced skin effect and lower resistance of Litz wire result in lower losses in the inductor, improving efficiency and minimizing power dissipation. This allows for more accurate transmission of the audio signal, leading to clearer and more detailed sound reproduction.

3. Reduced Interference: The multiple insulated strands in Litz wire help to reduce electromagnetic interference (EMI) and radio frequency interference (RFI) by canceling out each other's magnetic fields. This can contribute to cleaner audio signals with less distortion caused by external electromagnetic noise.

4. Improved Thermal Performance: Litz wire's construction also enhances thermal performance by allowing for better heat dissipation compared to solid wire. This can help prevent overheating of the inductor, ensuring long-term reliability and stability of the speaker crossover circuit.

Overall, the use of Litz wire inductors in speaker crossovers can result in improved audio performance, reduced interference, and enhanced reliability, making them a preferred choice for high-quality audio systems.

Specifications:

Wire type and gauge: Uses High quality QA-1 15 AWG 7 Strands X .50mm OFHC Polyurethane enameled LITZ wire.
All the Inductors have been Measured @ 1Khz / 1.0v
Precision CNC wound with Tension Feedback/ Control
Core type: Air
DC resistance: Please Refer to the table Below
Tolerance ±2%
Power handling: 400 watts RMS

Gauge	Model	DCR (ohms)
15 AWG	0.1mH	.09
15 AWG	0.22mH	.14
15 AWG	0.33mH	.19
15 AWG	0.47mH	.23
15 AWG	0.56mH	.25
15 AWG	0.68mH	.29

All Inductors Have Been Measured @ 1Khz /1.0 V . The Above Data has been Measured Using 4 wire Kelvin Resistance Measurement.