KS184060 Toroidal Power Inductor Product Introduction

The KS184060 Toroidal Power Inductor is designed for high-current power conversion applications requiring low core loss, high efficiency, and excellent thermal stability. Built with premium magnetic core materials and precision copper winding technology, it provides reliable energy storage and filtering performance in demanding power electronics systems.

This custom toroidal inductor is widely used in DC-DC converters, solar inverters, battery energy storage systems, EV chargers, UPS systems, industrial power supplies, and power factor correction circuits. Inductance value, current rating, wire size, mounting style, and insulation requirements can be customized to meet specific application needs.

KS184060 Toroidal Power Inductor Specifications

KS184060 Toroidal Power Inductor Features

• High current handling capability.
• Low core loss for improved power efficiency.
• Low DCR design minimizes heat generation.
• Excellent saturation performance.
• Compact toroidal structure reduces EMI radiation.
• Stable inductance across temperature variations.
• High reliability under continuous operation.
• Custom inductance and current ratings available.
• Suitable for high-frequency switching applications.
• Long operational service life.

KS184060 Toroidal Power Inductor Applications

• DC-DC Buck Converters
• DC-DC Boost Converters
• DC-DC Buck-Boost Converters
• Solar Inverters
• Battery Energy Storage Systems (BESS)
• Power Conversion Systems (PCS)
• EV Chargers
• On-board Chargers (OBC)
• UPS Systems
• Industrial Power Supplies
• PFC Circuits
• Motor Drive Systems
• Smart Grid Equipment
• Renewable Energy Systems

Advantages

Company Advantages

• 26 years of experience in magnetic components manufacturing.
• Annual production capacity of over 500 million inductors.
• 20 R&D engineers supporting custom magnetic designs.
• 20 quality engineers ensuring process consistency.
• 36 patented technologies.
• 100% incoming material inspection.
• 100% final electrical testing before shipment.
• On-time delivery rate exceeding 98.5%.
• OEM and ODM project support.
• Fast sample development for new projects.

Product Advantages

• High saturation current capability.
• Excellent efficiency for power conversion systems.
• Low electromagnetic interference.
• Reduced power loss under heavy load.
• Superior thermal performance.
• Stable inductance over operating conditions.
• Suitable for high-power applications.
• Flexible customization options.
• Reliable long-term operation.
• Supports renewable energy and industrial applications.

FAQ

1. How do I select the right toroidal inductor for a DC-DC converter?

Key parameters include inductance value, RMS current, peak current, switching frequency, allowable temperature rise, and DCR requirements. Providing these specifications helps engineers recommend the most suitable design.

2. What information is required for a custom inductor quotation?

Please provide target inductance, rated current, peak current, DCR limit, operating frequency, application type, dimensions, and annual demand quantity.

3. What core materials are available for KS184060 inductors?

Depending on efficiency and frequency requirements, sendust, iron powder, ferrite, and other magnetic materials can be selected to optimize performance.

4. Can this inductor be used in solar inverter applications?

Yes. KS184060 inductors are commonly used in solar inverters, energy storage systems, and power conversion equipment requiring high-current energy storage and filtering.

5. How does DCR affect inductor performance?

Lower DCR reduces copper loss and heat generation, improving overall efficiency and allowing higher current operation in power electronics systems.

6. What is saturation current and why is it important?

Saturation current is the current level where inductance begins to decrease significantly. Proper saturation margin helps maintain stable circuit performance during peak load conditions.

7. Can the inductance value be customized?

Yes. We can customize inductance values, current ratings, winding structures, core materials, lead configurations, and mechanical dimensions according to application requirements.

8. What industries commonly use toroidal power inductors?

Toroidal inductors are widely used in renewable energy systems, EV charging equipment, industrial automation, UPS systems, telecom power supplies, battery storage systems, and medical electronics.