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  • EC35 Switch  Switching Transformers High Frequency Switch Transformer
  • EC35 Switch  Switching Transformers High Frequency Switch Transformer
  • EC35 Switch  Switching Transformers High Frequency Switch Transformer
  • EC35 Switch  Switching Transformers High Frequency Switch Transformer
  • EC35 Switch  Switching Transformers High Frequency Switch Transformer
  • EC35 Switch  Switching Transformers High Frequency Switch Transformer
EC35 Switch  Switching Transformers High Frequency Switch Transformer
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EC35 Switch Switching Transformers High Frequency Switch Transformer

  • 100 - 999 Sets
    $1.75
  • 1000 - 9999 Sets
    $1.68
  • >= 10000 Sets
    $1.60

Customization:

Customized logo(Min.Order: 1 pieces)
Customized packaging(Min.Order: 1 pieces)
Graphic customization(Min.Order: 1 pieces)

EC35 Switch Switching Transformers High Frequency Switch Transformer

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Frequency Voltage Conversion: Designed to efficiently convert electrical energy between input and output voltages (5V, 9V, 12V, 24V, 36V) at high frequencies (supporting 50/60Hz and high-frequency applications).
  • Autotransformer Efficiency: Utilizes a single-coil autotransformer design with copper windings and silicon steel sheet cores to minimize energy loss and maximize power density.

Key features

  • 1. High-Efficiency Ferrite Core Construction

  • With a ferrite core and copper windings, achieve 95% energy efficiency, minimizing power loss in high-demand applications. ~20% more efficient than traditional iron-core transformers*

  • 2. Modular Design for Customization

  • With a modular design and multi-terminal configuration, easily adjust voltage outputs to match specific phase and power requirements, offering flexibility for diverse applications.

  • 3. High-Frequency Performance

  • Supports high-frequency operation (up to 100kHz), enabling faster power conversion than standard 50/60Hz models*

  • 4. Versatile Output Voltages

  • Offers 5V/9V/12V/24V/36V outputs, supporting a wide range of devices from consumer electronics to industrial systems, ensuring compatibility with modern power needs.

  • 5. Compliance with Safety Standards

  • Constructed with silicon steel and resin, designed to meet international safety standards for commercial use.

Product details

EC35 Switch  Switching Transformers High Frequency Switch Transformer

The EC35 Switch Transformer is a high-frequency switching transformer designed for efficient voltage conversion in power electronics. Its compact, modular design with toroidal and round coil structures ensures versatility, while materials like copper windings and silicon steel cores deliver robust performance. Ideal for applications ranging from consumer electronics to industrial systems, it supports multiple output voltages (5V–36V) and operates at 50/60Hz with enhanced high-frequency capabilities.

Technical specifications

FeatureSpecificationBenefitApplication Scenario
Core MaterialFerrite/Silicon Steel + ResinHigh efficiency, low power lossPower supplies, telecommunications
Coil StructureToroidal, RoundCompact design, reduced leakageCompact electronic devices
Frequency Range50/60Hz (Standard), High-FrequencyStable mains operationIndustrial equipment, consumer goods
Output Voltage5V, 9V, 12V, 24V, 36VVersatile voltage optionsMulti-device compatibility
Winding MaterialCopperLow resistance, efficient transferHigh-current applications
PhaseSingle PhaseSimplified circuit designResidential/commercial power systems
ShapeRectangle/RoundModular integrationCustom mounting solutions

Customization guide

Adjust coil structure (toroidal/round) and output voltage configurations to meet specific power requirements. Modify core material composition for enhanced frequency response in high-demand applications.

Get inspired

The EC35 Switch Transformer combines high-frequency efficiency with modular design, enabling seamless integration into power supplies, telecommunications, and industrial systems. With customizable voltage outputs and robust materials, it adapts to diverse energy conversion needs.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Efficiency85%+15% (98%)+30% (100%)
Max Frequency50/60Hz40kHz100kHz
Power Handling100W150W300W

Supplier's note

  1. Technical Breakthroughs:

    • The Pro model’s ferrite core achieves 30% higher efficiency than industry standards, enabling reliable operation in high-power applications like server power supplies.
    • The Advanced model’s toroidal coil structure reduces energy loss by 15%, ideal for compact consumer electronics.
    • The Base model’s copper windings ensure stable 50/60Hz performance for standard industrial equipment.
  2. Version Selection Guide:

    • Base Model: Suitable for general power distribution in residential or low-frequency industrial systems.
    • Advanced Model: Optimal for high-efficiency applications requiring up to 40kHz switching frequencies, such as LED lighting systems.
    • Pro Model: Designed for high-frequency, high-power scenarios like data center infrastructure, leveraging its 100kHz capability and 300W handling capacity.

With the Pro model’s ferrite core, you can achieve 30% higher efficiency than traditional models, ensuring safe handling of high-power loads. Pair its enhanced frequency response with copper windings to minimize energy loss in demanding environments.

Frequently asked questions

  • Which high-frequency switching transformer is best for power supply units in telecommunications equipment?

  • How do I maintain the terminals of an EC35 autotransformer for longevity?

  • Copper vs. Aluminum windings: Why does the EC35 use copper for high-frequency applications?

  • Can the EC35 autotransformer be customized for specific voltage configurations?

  • Is the EC35 Switch Transformer UL-certified for commercial power systems?

  • What makes the EC35 suitable for round/rectangular device integration?

  • Does the EC35’s silicon steel core affect its efficiency compared to ferrite cores?

  • How does the EC35 handle phase stability in single-phase power applications?

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