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  • 14.4V Small EE Ferrite Core High Frequency High Voltage Flyback Transformer TV Power Supply Transformer in Coil Shape
  • 14.4V Small EE Ferrite Core High Frequency High Voltage Flyback Transformer TV Power Supply Transformer in Coil Shape
  • 14.4V Small EE Ferrite Core High Frequency High Voltage Flyback Transformer TV Power Supply Transformer in Coil Shape
  • 14.4V Small EE Ferrite Core High Frequency High Voltage Flyback Transformer TV Power Supply Transformer in Coil Shape
  • 14.4V Small EE Ferrite Core High Frequency High Voltage Flyback Transformer TV Power Supply Transformer in Coil Shape
  • 14.4V Small EE Ferrite Core High Frequency High Voltage Flyback Transformer TV Power Supply Transformer in Coil Shape
14.4V Small EE Ferrite Core High Frequency High Voltage Flyback Transformer TV Power Supply Transformer in Coil Shape

14.4V Small EE Ferrite Core High Frequency High Voltage Flyback Transformer TV Power Supply Transformer in Coil Shape

  • 1000 - 2999 Pieces
    $2.52
  • 3000 - 4999 Pieces
    $1.37
  • 5000 - 9999 Pieces
    $0.39
  • >= 10000 Pieces
    $0.18

Customization:

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

14.4V Small EE Ferrite Core High Frequency High Voltage Flyback Transformer TV Power Supply Transformer in Coil Shape

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Frequency Power Conversion: Designed for efficient AC/DC conversion and voltage regulation (e.g., 220V input to 12V output) using flyback and boost topologies, ideal for TV power supplies and high-frequency electronic systems.
  • Compact Autotransformer Solution: Features an EE ferrite core and copper/aluminum windings to minimize magnetic leakage, ensuring stable performance in high-voltage applications while reducing energy loss.

Key features

  • 1. Material Technology

  • With a ferrite core and copper/aluminum windings, you can achieve high-frequency efficiency and minimal energy loss.

  • 2. Interactive Design

  • With a compact, modular rectangular design, you can easily integrate it into space-constrained electronic devices.

  • 3. Performance Parameters

  • With high-frequency capabilities (up to 100kHz) and dual voltage outputs (220V/12V), you can support fast, stable power conversion for diverse applications.

  • 4. Scenario Solutions

  • With flyback topology and auto-transformer functionality, you can deliver reliable power for TVs and commercial electronics.

  • 5. Certification Standards

  • With certifications including RoHS, UL, and REACH, you can ensure compliance with global safety and environmental regulations.

Product details

14.4V Small EE Ferrite Core High Frequency High Voltage Flyback Transformer TV Power Supply Transformer in Coil Shape

The CHIPSEN EE14-202-12160 transformer is a compact, high-frequency ferrite core transformer designed for efficient power conversion in electronic devices. Built with copper and aluminum windings, it supports 14.4V output and operates at 220V input, offering versatility for applications like TV power supplies. Its flyback topology ensures stable voltage regulation under high-frequency demands, while certifications such as UL and RoHS guarantee safety and compliance.

Technical specifications

FeatureSpecificationBenefit
MaterialCopper/Aluminum windings, ferrite coreHigh conductivity and minimal magnetic loss
CertificationsTSCA, CUL, RoHS, UL, REACH, CQC, VDEMeets global safety and environmental standards
VoltageInput: 220VOutput: 12V/220V
Frequency RangeHigh frequency (up to 100kHz)Supports modern high-speed electronic designs
TopologyFlyback, BoostEfficient energy transfer in switching circuits
ConstructionRectangular coil shape, yellow enclosureCompact design for space-constrained devices

Customization guide

Adjust voltage ratios (e.g., 12V/220V) or core materials (e.g., ferrite vs. iron) to meet specific power requirements. Customize winding thickness for higher current loads or modify frequency tolerance for specialized high-frequency applications.

Get inspired

With its compact size and high-frequency capability, this transformer is ideal for slim-profile TVs, LED drivers, or IoT devices. Its dual-output design simplifies power distribution in multi-component systems, while its robust ferrite core ensures minimal energy loss even under heavy loads.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Power Handling50W+20% (60W)+40% (70W)*
Efficiency88%92%95%
Frequency Response50kHz80kHz100kHz
Core MaterialStandard ferriteHigh-permeability ferriteNanocrystalline alloy

Supplier's note

  1. Technical Breakthroughs:

    • Ferrite Core Efficiency: Reduces magnetic leakage by 30% compared to iron cores, enabling cooler operation.
    • High-Frequency Tolerance: Operates seamlessly at 100kHz, 20% faster than industry benchmarks for modern switching power supplies.
    • Dual Voltage Output: Simplifies integration in systems requiring both 12V and 220V rails without additional components.
  2. Version Selection Guide:

    • Base Model: Ideal for standard TVs or low-power IoT devices needing up to 50W.
    • Advanced Model: Best for LED backlighting or industrial sensors requiring higher frequency (80kHz) and 60W capacity.
    • Pro Model: Engineers handling high-demand applications (e.g., medical devices) benefit from its 100kHz speed and 95% efficiency, reducing thermal management costs.

*Pro Model’s nanocrystalline core achieves 2x higher magnetic permeability than base models, enabling ultra-compact designs.

Frequently asked questions

  • Which high-frequency transformer suits high-power electronic devices?

  • How to maintain a ferrite core transformer for longevity?

  • Copper vs Aluminum Windings: Which is better for transformers?

  • Can the EE14-202-12160 transformer be customized for specific voltages?

  • Is this transformer RoHS and UL certified for safety?

  • What makes this small EE transformer ideal for compact devices?

  • How does this transformer handle 220V to 12V conversion efficiently?

  • Why choose copper windings over aluminum in power transformers?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Core Material & ConstructionHigh-frequency power supplies, electronicsFerrite Core Construction (EE14-202-12160) with copper windings (ISO 3801 compliant)98% magnetic shielding efficiency (reduces interference)Higher cost than iron cores (industry standard for low-frequency applications)
Frequency CharacteristicsSwitching power supplies, inverters100 kHz operation (▲ vs industry standard 50 kHz) (IEC 60947-8)Enables smaller, faster designs (e.g., compact TVs)Requires advanced EMI shielding (increases complexity)
Voltage HandlingTVs, LED lighting systems220V → 12V output (±5% regulation, UL-certified)Stable output for sensitive electronics (e.g., LCD panels)Limited to single-phase systems (not suitable for industrial 3-phase loads)
Efficiency & Heat ManagementHigh-power density devices92% efficiency (▲ vs industry 85%) (EN 50564)Reduced heat generation (extends lifespan by 30% in continuous use)Requires active cooling in extreme environments
Safety ComplianceConsumer electronics, medical devicesTSCA, CUL, RoHS, UL, REACH, CQC, VDE certifications (full global compliance)Market access across 60+ countries (e.g., EU, US, China)Higher testing costs (adds 15% to production budget)
Design & IntegrationSpace-constrained IoT devices20% smaller than industry average (▲, IEC 60335-compliant)Easy retrofitting into compact devices (e.g., smart TVs)Limited scalability for large systems (not ideal for industrial grids)

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