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  • 10kv Flyback Transformer Pc40 Ferrite Core Transformer High Frequency Transformer
  • 10kv Flyback Transformer Pc40 Ferrite Core Transformer High Frequency Transformer
  • 10kv Flyback Transformer Pc40 Ferrite Core Transformer High Frequency Transformer
  • 10kv Flyback Transformer Pc40 Ferrite Core Transformer High Frequency Transformer
  • 10kv Flyback Transformer Pc40 Ferrite Core Transformer High Frequency Transformer
  • 10kv Flyback Transformer Pc40 Ferrite Core Transformer High Frequency Transformer
10kv Flyback Transformer Pc40 Ferrite Core Transformer High Frequency Transformer

10kv Flyback Transformer Pc40 Ferrite Core Transformer High Frequency Transformer

  • 1 - 999 Pieces
    $1.20
  • 1000 - 1999 Pieces
    $0.80
  • 2000 - 4999 Pieces
    $0.50
  • >= 5000 Pieces
    $0.20

Customization:

Customized logo(Min.Order: 100000 pieces)
Customized packaging(Min.Order: 100000 pieces)
Graphic customization(Min.Order: 100000 pieces)

10kv Flyback Transformer Pc40 Ferrite Core Transformer High Frequency Transformer

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Frequency Voltage Conversion: Designed for flyback topology, enabling efficient AC/DC or DC/DC conversion in power supply circuits. The ferrite core ensures optimal performance at high frequencies (up to 10kV input/output).
  • Versatile Autotransformer Configuration: Features a single copper-wound coil with EI/toroidal structures, supporting adjustable voltage outputs (110V, 220V, 380V) for applications requiring precise voltage regulation.

Key features

  • 1. Advanced Material Technology for High-Performance Efficiency

  • With a PC40 ferrite core and copper windings, achieve high-frequency efficiency and minimal energy loss compared to transformers with lower-grade materials.*

  • 2. Hybrid Coil Structure for Stable High-Frequency Operation

  • With a hybrid EI and toroidal coil design, maintain stable performance under high-frequency loads, outperforming single-structure transformers in reliability and durability.*

  • 3. Versatile Voltage Handling for Industrial Applications

  • Support up to 10kV input voltage and seamless conversion to 110V/220V/380V outputs, enabling reliable performance in industrial and commercial settings compared to standard low-voltage models.*

  • 4. Compact Design for Space-Constrained Electronics

  • A cylindrical, green plastic-encapsulated body fits seamlessly into tight spaces in power supplies, circuit boards, or electronic devices, saving 30% more space than bulkier alternatives.*

  • 5. Safety-Compliant Construction for Reliable Use

  • Complies with safety standards through reinforced plastic encapsulation and copper winding insulation, ensuring protection against electrical hazards and environmental factors.*

Product details

10kv Flyback Transformer Pc40 Ferrite Core Transformer High Frequency Transformer

The 10kv Flyback Transformer with PC40 Ferrite Core is a high-frequency transformer designed for compact, efficient power conversion in electronic circuits. Built with copper windings and a ferrite core, it supports voltages from 110V to 10KV and operates at frequencies up to 65kHz. Its horizontal bobbin design and EI/toroidal coil structures ensure versatility for applications ranging from consumer electronics to industrial power supplies.

Technical specifications

FeatureSpecificationApplication Scenario
Core MaterialFerrite (PC40)High-frequency power conversion
Winding MaterialCopperLow-resistance, high-efficiency circuits
Frequency RangeUp to 65kHzHigh-speed switching power supplies
Voltage CompatibilityInput: 110V/220V/240V/380V/10KVGlobal voltage standard compliance
Output Voltage110V/220V/380VAdjustable for diverse power requirements
Coil StructureEI & ToroidalSpace-constrained or high-efficiency designs
Thermal ProtectionGreen plastic encapsulationSafe operation in high-temperature environments

Customization guide

Adjust voltage ratings (110V–10KV) to match specific power requirements. Modify frequency characteristics (up to 65kHz) for high-speed circuits. Select core types (EI vs. toroidal) based on space and efficiency needs.

Get inspired

With its ferrite core and copper windings, this transformer enables compact, high-efficiency power solutions for devices like LED drivers, servers, and industrial inverters. Its 65kHz frequency capability reduces circuit size by 30% compared to traditional transformers, ideal for space-constrained applications.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Max Frequency50kHz+15% (57.5kHz)+30% (65kHz)*
Power Handling100W+50% (150W)+100% (200W)
Efficiency85%90%95%
Thermal Resistance85°C90°C95°C

Supplier's note

  1. Technical Breakthroughs:

    • Ferrite Core (PC40): Enables operation at 65kHz, 20% faster than conventional cores, reducing circuit size.
    • Copper Windings: Achieve 95% efficiency in the Pro model, minimizing energy loss.
    • Toroidal Design: Reduces leakage inductance by 15%, improving stability in high-frequency applications.
  2. Version Selection Guide:

    • Base Model: Ideal for standard consumer electronics (e.g., LED lights) requiring 100W power.
    • Advanced Model: Suitable for industrial equipment (e.g., welding machines) needing 150W and moderate heat resistance.
    • Pro Model: Best for high-demand scenarios like server power supplies, where 200W capacity and 95°C thermal tolerance are critical.

Pro Model’s 65kHz frequency triples the industry standard for miniaturized power supplies, enabling designs 30% smaller than traditional solutions. Paired with toroidal coils, it ensures 95% efficiency—ideal for data centers prioritizing energy savings.

Frequently asked questions

  • Which flyback transformer model suits high-voltage applications like industrial equipment?

  • How to clean and maintain a ferrite core transformer’s frothing nozzle?

  • Ferrite core vs. powdered iron: Which is better for high-frequency electronics?

  • Can this transformer support custom voltage ratings for medical devices?

  • Is this transformer UL-certified for high-frequency power supplies?

  • Which transformer suits high-frequency inverters in solar systems?

  • Does the green plastic housing ensure safety for 10kv voltage?

  • Is this transformer eco-friendly for commercial electronics?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Voltage HandlingIndustrial machinery, power distributionInput/Output: 240V (Industry) ▲ 5kV (Base) ▲▲ 10kV (Advanced) (IEC 61850)Supports high-power applicationsRequires robust safety measures
Frequency PerformanceHigh-frequency inverters, telecomOperating Frequency: 50kHz (Industry) ▲ 75kHz (Base) ▲▲ 100kHz (Advanced) (IEC 60947-8)Efficient in fast-switching circuitsPotential electromagnetic interference
Core MaterialElectronics with low energy lossCore Type: Iron (Industry) ▲ Ferrite (Base) ▲▲ Nano-crystalline (Advanced) (ASTM A351)Reduces energy lossHigher cost than iron cores
Coil StructureHigh-efficiency power suppliesStructure: EI Laminated (Industry/Base) ▲▲ Toroidal (Advanced) (95% magnetic coupling)Toroidal minimizes leakage fluxToroidal design harder to assemble
Flyback TopologyDC-DC converters, isolated systemsTopology: Forward Converter (Industry) ▲ Flyback (Base) ▲▲ Flyback + Snubber (Advanced) (90% efficiency)Provides isolated output and efficiencyHigher component count than forward converters
Thermal EfficiencyHarsh environmental conditionsOperating Temp: -20°C–100°C (Industry) ▲ -40°C–120°C (Base) ▲▲ -50°C–150°C (Advanced) (UL 1446)Operates in extreme temperaturesMay require cooling in high-load scenarios

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