Flat Wire Inductor Coil
Description of performance and features
about productLow loss: lower DC resistance (DCR), reduced energy loss, and improved conversion efficiency.
High power density: It can work stably under high current conditions and is suitable for high-power applications.
Excellent heat dissipation performance: The flat wire design increases the heat dissipation area, reduces temperature rise, and improves reliability.
Good high-frequency characteristics: It is suitable for high-frequency applications such as switching power supplies, power converters, and wireless charging.
It has strong anti-electromagnetic interference (EMI)** ability to reduce interference with other electronic devices.
Application scenario description
about productNew energy vehicles: used for OBC (on-board charger), DC-DC converter, motor drive system, etc.
Switching power supply (SMPS): suitable for high-frequency conversion circuits to improve energy efficiency.
Wireless charging: used for mobile phones, smart wearable devices, industrial wireless charging systems, etc.
Communication and 5G equipment: used for high-efficiency electronic devices such as base station power supplies and radio frequency circuits.
Industrial and medical equipment: used for power modules, inverters, UPS, etc.
Specification parameter description (example)
about productSpecification parameter description (example)Rated current: 10A~100A, customizable
Operating frequency: 100kHz~1MHz
Inductance range: 1µH ~ 100µH
Temperature range: -40℃ ~ +125℃
Packaging method: SMD patch/plug-in optional
Market advantage description
about productMarket advantage descriptionCompared with traditional round wire
inductors, flat wire inductor coils have better conductivity and more
compact structure, which can greatly improve the energy efficiency of
equipment.
Comply with RoHS and REACH environmental protection standards to meet global market needs.
Customized inductor parameter design can be provided according to customer needs to adapt to different application scenarios.
New energy vehicles
Button control panel
Cruise ship construction
Power switches
Photovoltaic power generation field
Distribution box
Customized service process
Understand customer needs and specifications for the product.
Create a design based on customer requirements, including materials and manufacturing methods.
Process the product using precision metal techniques like cutting, drilling, milling, etc.
Apply appropriate surface finishes like spraying, electroplating, heat treatment, etc.
Inspect and ensure the products meet specified standards.
Arrange transportation for timely delivery to customers.
Provide support and resolve any customer issues.
• Skilled and technical engineering to ensure the quality.
• Timely delivery
• Years' experience to cooperate with top brands.
• Various kinds of inspection and testing machine for quality assurance.
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