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  • EE16 High Frequency 220v/110v 2000W Power Transformer Small Aluminum Flyback Topology Potential Transformer
  • EE16 High Frequency 220v/110v 2000W Power Transformer Small Aluminum Flyback Topology Potential Transformer
  • EE16 High Frequency 220v/110v 2000W Power Transformer Small Aluminum Flyback Topology Potential Transformer
  • EE16 High Frequency 220v/110v 2000W Power Transformer Small Aluminum Flyback Topology Potential Transformer
  • EE16 High Frequency 220v/110v 2000W Power Transformer Small Aluminum Flyback Topology Potential Transformer
  • EE16 High Frequency 220v/110v 2000W Power Transformer Small Aluminum Flyback Topology Potential Transformer
EE16 High Frequency 220v/110v 2000W Power Transformer Small Aluminum Flyback Topology Potential Transformer

EE16 High Frequency 220v/110v 2000W Power Transformer Small Aluminum Flyback Topology Potential Transformer

  • 5 - 99 Pieces
    $3.65
  • 100 - 499 Pieces
    $3.12
  • >= 500 Pieces
    $2.34

Customization:

Customized logo（Min.Order: 10000 pieces）
Graphic customization（Min.Order: 10000 pieces）
Customized packaging（Min.Order: 10000 pieces）
View product details

EE16 High Frequency 220v/110v 2000W Power Transformer Small Aluminum Flyback Topology Potential Transformer

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Frequency Power Conversion: Designed for Switched-Mode Power Supply (SMPS) applications, supporting boost and flyback topologies to efficiently handle up to 2000W power with high-frequency operation.
  • Voltage Regulation: Functions as an autotransformer to step up/down voltage between 220V and 110V, enabling precise power distribution in single-phase systems.

Key features

  • 1. Advanced Material Technology

    • With a ferrite core and copper/aluminum windings, you can achieve superior thermal management and energy efficiency, reducing power loss compared to traditional iron-core transformers*.

  • 2. Compact Interactive Design

    • The toroidal coil structure and encapsulated blue plastic housing allow for space-saving integration while minimizing electromagnetic interference, outperforming bulkier conventional transformer designs*.

  • 3. High-Performance Parameters

    • With a 2000W capacity and boost/flyback topology, you can handle high-frequency SMPS demands efficiently, delivering faster voltage conversion than linear transformers in similar applications*.

  • 4. Versatile Scenario Solutions

    • Designed for high-frequency SMPS and power supply circuits, this transformer ensures stable operation in electronics and audio systems, adapting seamlessly to both consumer and industrial environments.

  • 5. Comprehensive Certification Standards

    • Certified to RoHS, UL, and other global standards, you can guarantee safety, environmental compliance, and reliability for commercial and industrial use, meeting stricter regulatory requirements than non-certified alternatives*.

Product details

EE16 High Frequency 220v/110v 2000W Power Transformer Small Aluminum Flyback Topology Potential Transformer

The CHIPSEN EE16(5.6mH) TAIHU130-TM transformer is a high-frequency SMPS transformer designed for power conversion in electronic circuits. With a compact rectangular coil shape and toroidal structure, it supports 220V/110V input/output voltages and up to 2000W power handling. Built with copper/aluminum windings and a ferrite core, it ensures efficient energy transfer and environmental resistance. Certified to global standards (CQC, VDE, UL, etc.), it is ideal for applications requiring high-frequency performance, such as power supplies, audio amplifiers, and industrial equipment.

Technical specifications

FeatureSpecificationBenefit
MaterialCopper/Aluminum windings, ferrite coreHigh conductivity and magnetic efficiency
Coil StructureToroidalReduced leakage flux and compact design
FrequencyHigh-frequency (up to 100 kHz)Enables efficient SMPS operation
Power Handling2000WSupports heavy-duty applications
CertificationsCQC, TSCA, VDE, CUL, REACH, RoHS, ULGlobal compliance and safety assurance
Topology SupportBoost, FlybackFlexible integration into power circuits
EncapsulationBlue plastic housingMoisture/dust resistance and EMI shielding

Customization guide

Adjustable parameters include:

  • Inductance value (e.g., 5.6mH to 10mH) to match specific power requirements.
  • Terminal configuration (e.g., 6-pin to 8-pin) for tailored connectivity.
  • Core type (EE16 to ETD39) for frequency or power optimization.

Get inspired

With its high-frequency capability and toroidal design, this transformer excels in compact, high-efficiency power solutions. Whether you’re designing a consumer electronics power supply or an industrial SMPS, its 2000W capacity and global certifications ensure reliability.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Power Handling1500W2000W2500W*
Frequency RangeUp to 50 kHzUp to 80 kHzUp to 100 kHz
Core MaterialFerrite (EE16)Ferrite (ETD28)Ferrite (ETD39)
Terminal Count6 pins8 pins10 pins
Topology SupportFlybackFlyback + BoostFlyback + Boost + LLC

Supplier's note

  1. Technical Breakthroughs:

    • High-Frequency Ferrite Core: The EE16 core enables operation up to 100 kHz, 50% faster than traditional iron cores, reducing heat and size.
    • Global Compliance: RoHS/REACH certifications ensure it meets stringent environmental and safety standards worldwide.
    • Toroidal Design: Reduced magnetic leakage improves efficiency by 15% compared to standard E-shaped cores.

  2. Version Selection Guide:

    • Base Model: Ideal for low-power consumer devices (e.g., LED drivers) where cost-efficiency is critical.
    • Advanced Model: Suitable for mid-range industrial applications (e.g., server power supplies) needing 80 kHz performance.
    • Pro Model: Designed for high-power systems (e.g., electric vehicle chargers) requiring 2500W capacity and advanced topologies like LLC.

With the Pro’s 100 kHz frequency and ETD39 core, you can achieve 30% smaller footprints than competitors while maintaining 2500W output. Pair its 10-pin terminals with modular designs for seamless integration.

Frequently asked questions

  • Which model of EE16 Potential Transformer suits power supply circuits for small electronic devices?

  • How do I maintain the blue encapsulated transformer for long-term use?

  • What materials make the EE16 Potential Transformer suitable for high-frequency SMPS applications?

  • Can the EE16 Potential Transformer be customized for a 3-phase system?

  • Is the EE16 Potential Transformer compliant with RoHS and UL standards?

  • What advantages does the autotransformer topology provide in the EE16 model?

  • How does the EE16 Potential Transformer handle heat dissipation in high-power setups?

  • Can the EE16 Transformer be integrated into existing 110V systems without modification?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
High-Frequency SMPS TransformersSMPS, audio amplifiers, power suppliesFrequency: 50-100 kHz (Our Advanced) ▲▲ vs 40-80 kHz (Our Base) ▲ vs Industry 20-50 kHz (IEC 61800-9)
Efficiency: 95% (Our Advanced) vs 85% (Industry) (IEC 60076-7)		▲▲ High-frequency capability for fast switching
▲ Low noise (43 dBA, quieter than refrigerator hum)
CQC, UL certified		Higher cost vs standard transformers
Requires precise manufacturing tolerances
Standard Power TransformersGeneral power distributionFrequency: 50-60 Hz (Industry)
Efficiency: 80% (Industry) (IEC 60076-7)
Material: Aluminum (Industry)		Cost-effective
Wide availability
TSCA, RoHS compliant		Bulky design
Inefficient at high frequencies
Noisier (55 dBA)
Toroidal TransformersCompact devices (e.g., laptops, servers)Core Type: Toroidal (Our Base/Advanced) ▲▲ vs E-I laminated (Industry)
Leakage Flux: 5% (Our Advanced) vs 15% (Industry) (IEC 60076-1)		▲▲ 95% efficiency (Our Advanced)
Low profile design (15mm height)
VDE certified		Complex winding process
Higher upfront cost vs E-I cores
AutotransformersVoltage adjustment, industrial equipmentTopology: Boost/Flyback (Our Advanced) ▲▲ vs Linear (Industry)
Turns Ratio: Adjustable (Our Custom) vs Fixed (Industry)		▲ Weight reduction (30% lighter than E-I)
Single-phase compatibility (220V/110V input)
CUL certified		No galvanic isolation between input/output
Higher risk of voltage spikes
E-I Laminated TransformersIndustrial machinery, HVAC systemsCore Type: E-I laminated (Industry)
Efficiency: 80% (Industry) (IEC 60076-7)
Material: Aluminum (Industry)		Easy to manufacture
Low cost (Industry standard)
REACH compliant		Larger footprint (25% bulkier than toroidal)
Higher energy losses
Customizable TransformersSpecialty applications (e.g., medical, aerospace)Inductance: 5.6mH (Our Base) ▲ vs 10mH (Our Advanced) ▲▲
Topology: Customizable (Boost/Flyback) (Our Advanced)		▲▲ Tailored performance (e.g., 2000W output)
ASTM D543 chemical resistance
UL, RoHS certified		Longer lead times
Higher engineering costs
Requires client specifications

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