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RoHS 620 Strands Conductor Enameled Copper Litz Wire

Basic Information
Place of Origin: China
Brand Name: Ruiyuan
Certification: UL/ISO9001/ISO14001/RoHS/Reach
Model Number: 0.1mm * 620
Minimum Order Quantity: 20 Kilogram/Kilograms
Price: Negotiation
Packaging Details: Carton
Delivery Time: 2-15 days
Payment Terms: L/C, T/T
Supply Ability: 200 Ton/Tons per Month
Detail Information
Conductor Material: Copper Single Wire Diameter: 0.1mm
Strands: 620 Feature: High Voltage
Insulation Film: PI Port: Tianjin
High Light:

Enameled Copper Litz Wire

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620 Strands Copper Litz Wire

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0.1mm Soldering Litz Wire


Product Description

0.1mm * 620 Strands High Voltage Stranded Conductor Enameled Copper Litz Wire

 

Litz wire employs a stranded wire with individually insulated conductors (forming a bundle). Each thin conductor is less than a skin-depth, so an individual strand does not suffer an appreciable skin effect loss. The strands must be insulated from each other—otherwise all the wires in the bundle would short together, behave like a single large wire, and still have skin effect problems. Furthermore, the strands cannot occupy the same radial position in the bundle over long distances: the electromagnetic effects that cause the skin effect would still disrupt conduction. The weaving or twisting pattern of the wires in the bundle is designed so that the individual strands are on the outside of the bundle for a distance (where the EM field changes are smaller and the strand sees low resistance), and are inside for a distance (where the EM field changes are the strongest and the resistance is higher). If each strand has a comparable impedance, current is distributed equally among every strand within the cable. This allows the interior of the litz wire to contribute to the overall conductivity of the bundle.

 

Features:

1. Increased efficiency
2. Mitigation of skin and proximity effect
3. Minimum eddy current losses
4. Lowered operating temperatures
5. Reduced footprint of final product
6. Substantial weight reduction
7. Avoidance of "hot spots"

 
 

Contact Details
Mr. James Shan

WhatsApp : +8615802295822