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Design E42/21/15 Core High Frequency Transformer Ferrite Horizontal Bobbins

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    Buy cheap Design E42/21/15 Core High Frequency Transformer Ferrite Horizontal Bobbins from wholesalers
     
    Buy cheap Design E42/21/15 Core High Frequency Transformer Ferrite Horizontal Bobbins from wholesalers
    • Buy cheap Design E42/21/15 Core High Frequency Transformer Ferrite Horizontal Bobbins from wholesalers
    • Buy cheap Design E42/21/15 Core High Frequency Transformer Ferrite Horizontal Bobbins from wholesalers
    • Buy cheap Design E42/21/15 Core High Frequency Transformer Ferrite Horizontal Bobbins from wholesalers

    Design E42/21/15 Core High Frequency Transformer Ferrite Horizontal Bobbins

    Ask Lasest Price
    Brand Name : ZXY
    Model Number : ZXY-E42/21/15
    Certification : RoHS、ISO9001、CE
    Price : Negotiable
    Payment Terms : T/T
    Delivery Time : 3-4 Weeks
    • Product Details
    • Company Profile

    Design E42/21/15 Core High Frequency Transformer Ferrite Horizontal Bobbins

    Design E42/21/15 Core High Frequency Transformer Ferrite Horizontal Bobbins

    1.Product Description

    The E42/21/15 Horizontal Core Frame is a core component designed for high-frequency switching power supply transformers. Its “horizontal” structure positions the magnetic core horizontally, effectively reducing overall height and facilitating ultra-thin and compact device layouts. Precision injection-molded from high-temperature flame-retardant materials (e.g., PBT, PET), this frame delivers outstanding insulation strength, mechanical rigidity, and resistance to solder thermal shock. Featuring spacious winding slots and well-designed pin spacing (e.g., 15mm), it facilitates automated multi-strand parallel winding or triple-insulated wire operations while meeting stringent safety standards (e.g., UL, CE) for creepage distance and electrical clearance. This makes it an ideal choice for enhancing power density and reliability in high-frequency power conversion equipment.


    The E42/21/15 high-frequency transformer is a critical power magnetic component built around an E42/21/15 ferrite core. Its primary function is to achieve efficient electrical energy conversion and transmission while providing safe electrical isolation. Key features include:


    Energy Transmission and Power Conversion: This is its core function. In high-frequency switching power supplies (e.g., SMPS), it utilizes electromagnetic induction to efficiently transmit input DC or AC power to the output side via a high-frequency alternating magnetic field, converting it to the required voltage and current levels. Its design enables handling power ratings ranging from tens to hundreds of watts.


    1. Voltage Conversion: By altering the turns ratio between primary and secondary windings, the transformer can boost, buck, or isolate the output voltage to meet specific voltage requirements of downstream circuits or loads.


    2. Electrical Isolation: It establishes a robust electrical isolation barrier between the input (primary) and output (secondary) circuits. This critical safety feature:

    Prevent DC potential coupling, ensuring independent ground potentials between input and output.

    Protect users and equipment from electric shock hazards caused by high-side faults affecting the low-side.

    Suppress common-mode interference, enhancing the system's electromagnetic compatibility (EMC) performance.


    3. Impedance Matching: In certain applications (such as communication or RF power circuits), transformers are used to achieve impedance matching between the signal source and load, ensuring maximum power transfer.


    4. Multi-Winding Output: A single E42/21/15 transformer can integrate multiple secondary windings, simultaneously generating several isolated output voltages of different specifications from one input. For example, it can provide +12V, +5V, and -5V power supplies for control circuits, driver circuits, and main loads within a system.


    5. Common-Mode Interference Suppression (Optional): By incorporating shielded windings or specialized winding techniques, it effectively suppresses high-frequency common-mode noise, reducing grid pollution and external radiation.


    Typical Application Areas:


    Due to its excellent high-frequency characteristics and power handling capability, the E42/21/15 high-frequency transformer is widely used in:

    -- Switching Mode Power Supplies (SMPS): Server power supplies, industrial power supplies, communication power supplies.

    -- New Energy Sector: DC-DC converters for photovoltaic inverters and Energy Storage Systems (ESS).

    -- High-end consumer electronics: High-power adapters, charging stations, LED driver power supplies.

    -- Industrial equipment: Frequency converters, motor drives, welding equipment.


    In summary, the E42/21/15 high-frequency transformer serves as a functional cornerstone for achieving efficient, safe, and compact power conversion and management in modern power electronic devic

    2.Performance Characteristics

    Feature CategoryPerformance CharacteristicDescription / Typical Value
    Core & MaterialCore TypeE42/21/15 Ferrite Core (e.g., PC40, PC44, PC95 material grades)
    Core CharacteristicsHigh saturation flux density (Bs), low power loss at high frequencies, high Curie temperature.
    Electrical PerformanceOperating Frequency10 kHz - 500 kHz+ (Optimized for typical SMPS ranges: 50 kHz - 250 kHz)
    Power Handling CapacityApprox. 100W - 500W (Highly dependent on topology, cooling, and design)
    Transformation RatioCustomizable based on primary (Np) and secondary (Ns) turns ratio (Vp/Vs = Np/Ns).
    Isolation VoltageHi-Pot Test: 3-4 kV AC (min) between primary and secondary. Meets reinforced insulation requirements.
    Leakage InductanceVery Low (Designed and wound to minimize for efficient power transfer and reduced switching spikes).
    Winding CapacitanceControlled through winding techniques (e.g., interleaving) to minimize and manage EMI.
    Thermal PerformanceOperating Temperature-25°C to +125°C (Ambient. Core temperature can exceed this with derating).
    Thermal ManagementExcellent thermal conductivity of bobbin and core aids in heat dissipation to the PCB/environment.
    Reliability & SafetyStandards ComplianceDesigned to meet UL/IEC 60950-1 or UL/IEC 62368-1 safety standards.
    Flammability RatingBobbin typically made from UL 94 V-0 rated flame-retardant material (e.g., PBT, PET).
    ConstructionDesigned to ensure adequate Creepage and Clearance distances for safety.
    Mechanical & PhysicalMounting StyleHorizontal (Horizontal Bobbin) for low-profile mounting on PCBs.
    Pin TypeStandard or custom pin configurations for Through-Hole (DIP) soldering.
    RobustnessRobust mechanical construction to withstand wave soldering temperatures and automated assembly.
    Application-SpecificKey ApplicationsSwitch-Mode Power Supplies (SMPS), DC-DC Converters, Inverters, PV Systems, Industrial Power.
    Topology SuitabilityForward, Flyback, Push-Pull, Half-Bridge, and Full-Bridge Converters.

    3.Other Recommended Produtcs

    Design E42/21/15 Core High Frequency Transformer Ferrite Horizontal Bobbins

    4.Company Profile


    Design E42/21/15 Core High Frequency Transformer Ferrite Horizontal BobbinsDesign E42/21/15 Core High Frequency Transformer Ferrite Horizontal BobbinsDesign E42/21/15 Core High Frequency Transformer Ferrite Horizontal Bobbins

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