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High Efficiency Flat Wire Core Flat Wire Winding Choke Inductor Custom Design Wide Inductance Range for DC Converter

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High Current Handling: Designed to manage intense currents up to 200A, this toroidal inductor is ideal for high-power applications.
  • Temperature Resistance: Engineered to withstand high temperatures, ensuring reliability in demanding environments.
  • Electromagnetic Efficiency: The toroidal design minimizes magnetic field leakage, enhancing performance in electronic systems.

Key features

  • 1. Advanced Material Technology

  • With a metallic core made of steel or ferrite, this inductor ensures optimal magnetic performance and durability, essential for high-efficiency applications.

  • 2. Interactive Design

  • With a compact and efficient toroidal design, you can achieve high-frequency performance while minimizing space, ideal for modern electronic setups.

  • 3. Superior Performance Parameters

  • With tightly wound copper coils, this inductor offers exceptional electrical conductivity and durability, supporting high current applications up to 200A with precision.

  • 4. Versatile Scenario Solutions

  • With its ability to handle both 220V and 380V in three-phase electric reactor applications, this inductor is perfect for both residential and commercial power supply systems.

  • 5. Robust Certification Standards

  • With CE and ISO certifications, along with compliance to RoHS and AEC-Q200 standards, you can trust in the product's safety and eco-friendliness for various electronic applications.

Product details

High Efficiency Flat  Wire Core Flat Wire Winding Choke Inductor Custom Design Wide Inductance Range for DC Converter

The High-Temperature Electric Reactor Inductors Core is a toroidal inductor designed for high-current applications. With its robust metallic core and copper flat wire winding, this inductor excels in high-temperature and high-power environments, making it ideal for use in power supplies, transformers, and electronic filters.

Technical specifications

FeatureSpecificationBenefit
MaterialSteel/Ferrite CoreEnhanced magnetic properties for efficient operation
Coil ConfigurationCopper Flat WireHigh electrical conductivity and durability
InsulationPlastic/CeramicPrevents electrical shorts and provides support
MountingNon-magnetic BaseReduces magnetic interference, easy installation
CertificationCE, RoHS, AEC-Q200, EPR_GermanyEnsures compliance with industry standards
Tolerance±10%Precision in electrical performance

Customization guide

Adjustable parameters include inductance, core size, and coil turns to meet specific high-current and high-temperature requirements.

Get inspired

With its compact and efficient design, this toroidal inductor is perfect for high-frequency applications where size and performance are crucial. Imagine powering your devices with the reliability and efficiency of this high-quality component.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Current Capacity200A230A [+15%]260A [+30%]*
Inductance2mH2.3mH [+15%]2.6mH [+30%]*
Temperature Rating150°C175°C [+15%]200°C [+30%]*

Supplier's note

The Pro version's high current capacity – 260A, which is 30% above the base model – allows for handling intense electrical demands safely and efficiently. This, combined with its superior temperature rating of 200°C, ensures durability in extreme conditions. When choosing a model, consider the Advanced Model for typical industrial applications, while the Pro Model is optimal for heavy-duty usage requiring maximum performance and reliability.

Frequently asked questions

  • What model of high-temperature electric reactor inductor is best for intense current applications?

  • How do I maintain the copper coils on a toroidal inductor to ensure longevity?

  • Why choose a toroidal inductor over other types for power supply applications?

  • Can the toroidal inductors be customized for specific inductance values?

  • Are your toroidal inductors compliant with international safety standards?

  • What materials are used in the construction of your high-temperature inductors?

  • How does the insulation on the toroidal inductors prevent electrical shorts?

  • What applications are your toroidal inductors best suited for?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Toroidal InductorsPower SuppliesHigh Efficiency (minimizes energy loss)Low Magnetic Field Leakage (reduces EMI)Complex Manufacturing Process
Choke CoilsTransformersHigh Current Capacity (supports heavy loads)Compact Design (saves space)Limited to Specific Applications
Flat Wire WindingsHigh-Frequency ApplicationsHigh Conductivity (enhanced performance)Durable Insulation (prevents shorts)Requires Precise Installation
Electromagnet CoilsFiltersCustomizable Inductance (tailored solutions)High Reliability (long lifespan)Higher Initial Cost
High-Temperature InductorsUPS SystemsThermal Stability (withstands heat)Certified (CE, RoHS, AEC-Q200 compliant)Limited Operating Environments
ReactorsThree-Phase SystemsHigh Power Handling (up to 200A)Versatile (supports 380V, 220V)Bulky (requires more space)

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