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Leaded Inductor
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Leaded Inductor LGA

Leaded Inductor LGA

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    Leaded Inductor
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    Product Description

    Through-Hole Axial Conformal Coated Inductors

    The ‌Leaded Inductor LGA‌ series represents a high-performance ‌Power Inductor‌ solution designed for demanding electronic applications. These precision-engineered components combine the reliability of traditional ‌Leaded Inductor‌ technology with advanced performance characteristics suitable for modern ‌RF Microwave Components‌ systems.

    a lead-in is-LGA

    Key Features

    • ‌High Efficiency Design‌: Optimized for ‌Power Inductor‌ applications with minimal energy loss
    • ‌Robust Construction‌: Features durable leads for reliable connections in ‌Leaded Inductor LGA‌ installations
    • ‌Wide Frequency Range‌: Suitable for both ‌RF Inductor‌ and power conversion applications
    • ‌Thermal Stability‌: Maintains consistent performance across operating temperatures
    • ‌Compact Footprint‌: Saves valuable board space without compromising performance

    Applications

    • ‌Power Supplies‌: Essential component in ‌Transformers‌ and power conversion circuits
    • ‌RF Systems‌: Critical for ‌rf microwave Components‌ requiring stable inductance
    • ‌EMI Control‌: Works effectively with ‌EMC Filter - EMI/RFI‌ solutions
    • Sensor Interfaces‌: Provides precise operation for sensitive ‌Sensor‌ applications

    Technical Specifications

    The ‌Leaded Inductor LGA‌ offers:

    • High current handling capacity (up to [X]A)
    • Low DC resistance (as low as [X]Ω)
    • Excellent Q-factor performance
    • Self-resonance frequencies optimized for various applications

    Performance Advantages

    When integrated into ‌RF Microwave Components‌ systems, the ‌Leaded Inductor LGA‌ demonstrates:

    • Minimal signal distortion in high-frequency operations
    • Reliable performance under varying load conditions
    • Long-term stability in challenging environments
    • Consistent characteristics matching datasheet specifications

    Integration Guidelines

    For optimal performance with ‌Leaded Inductor LGA‌:

    1. Consider thermal management requirements for ‌Power Inductor‌ applications
    2. Follow recommended PCB layout practices for ‌Leaded Inductor‌ installations
    3. Verify compatibility with system-level ‌EMC Filter - EMI/RFI‌ requirements
    4. Ensure proper handling to maintain component integrity

    Quality Assurance

    Each ‌Leaded Inductor LGA‌ undergoes rigorous testing including:

    • Inductance value verification at multiple frequencies
    • DC resistance measurements
    • Thermal cycling tests (-40°C to +125°C)
    • Mechanical stress evaluations

    Series in this family 

    Product Series L(µH) Tolerance(%) Q Min L Test Freq(MHz) S.R.F(MHz) DCR(Ω) IDC (mA)
    LGA0204 0.22-220 10-20 35-40 0.796-25.2 3.5-150 0.4-38 24-400
    LGA0305 0.22-270 10-20 35-50 0.796-25.2 2.8-150 0.4-19 65-400
    LGA0307 0.22-1000 10 35-50 0.796-25.2 1.4-150 0.4-33 40-400
    LGA0410 0.22-1000 10-20 30-80 0.796-25.2 1.4-300 0.1-14 100-1400
    LGA0510 470-10000 10 20-60 0.252-0.796 0.35-1.9 7.7-105 25-126
    LGA0512 1.0-33000 - 10-40 0.0796-7.96 0.2-300 0.022-250 8-3800
    LGA0514 1.0-10000 - 10-35 0.0796-7.96 0.4-300 0.022-42 60-3800
    LGA0612 470-10000 10 40-50 0.252-0.796 0.3-2.0 1.9-45.3 60-340
     

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