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Wire Wound Chip Inductor
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Wire Wound Chip Inductor AISC AISC-F
Wire Wound Chip Inductor AISC AISC-F
Wire Wound Chip Inductor AISC AISC-F
Wire Wound Chip Inductor AISC AISC-F

Wire Wound Chip Inductor AISC AISC-F

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    Product Description

    SMD Wire Wound Chip Inductor For RF (Radio Frequency) Modules,

    Ceramic and ferrite materials are optional

    The ‌Wire Wound Chip Inductor AISC AISC-F‌ redefines precision for ‌wirewound inductor‌ solutions, merging ultra-compact RoHS-compliant construction with industry-leading thermal stability. 

    edge wound inductor

    Unlike conventional ‌Fixed Inductor‌ designs, this ‌Wire Wound Chip Inductor‌ achieves exceptional Q values even at high frequencies, making it ideal for RF modules in cellular phones, GPS receivers, and wireless communication systems. Its superior self-resonant frequency (SRF) outperforms generic ‌wirewound inductor‌ alternatives, while its robust temperature resilience (-40°C to +125°C) ensures reliability in base stations, repeaters, and security systems. For engineers seeking a ‌wire wound resistor inductance‌ profile with minimal losses, the AISC-F series bridges the gap between ‌Fixed Inductor‌ bulkiness and high-density RF performance.

    Key Features

    Ultra-High Q & SRF‌:
    Optimized ‌wirewound inductor‌ geometry delivers unmatched signal integrity, surpassing standard ‌Fixed Inductor‌ limitations in wireless LAN and telecom devices.
    Thermal Stability‌:
    Stable performance across extreme temperatures, critical for ‌wire wound resistor inductance‌ applications in automotive-grade RF modules.
    Compact RoHS Compliance‌:
    Surface-mountable design suits space-constrained applications like Bluetooth earphones and IoT remotes, outperforming legacy ‌Fixed Inductor‌ solutions.
    Precision Tolerance‌:
    Tight inductance tolerances (G=±2%, J=±5%, K=±10%) align with ‌Wire Wound Chip Inductor‌ requirements for multi-band repeaters and VRM systems.

    Applications

    RF Communication‌:
    The ‌Wire Wound Chip Inductor AISC-F‌ dominates cellular base stations and GPS receivers, while ‌wirewound inductor‌ variants serve low-power IoT sensors.
    Consumer Electronics‌:
    Ideal for wireless keyboards and security systems requiring ‌wire wound resistor inductance‌ stability in humid or high-temperature environments.
    Industrial IoT‌:
    Paired with ‌Fixed Inductor‌ modules in multi-phase power architectures, ensuring EMI suppression in server farms and data storage hubs.

    Series in this family

    Product Series Inductance(µH) IDC(mA) Length (mm) Width (mm) Height (mm)
    AISC0402 1.0-120 30-1360 0.66 0.6 1.19
    AISC0603 1.6-390 100-700 1.1 0.95 1.78
    AISC0805 2.2-2200 150-800 1.7 1.52 2.3
    AISC1008 3.9-10000 160-10000 2.79 2.1 2.92
    AISC1210 3.9-10000 200-1000 2.9 2.25 3.5
    AISC0603F 100-4700 200-1000 1.1 0.95 1.78
    AISC0805F 1.0-22 80-430 1.7 1.52 2.3
    AISC1008F 1.0-220 20-580 2.79 2.1 2.92
    AISC1206F
    - 130-320 3.56 2.16 1.52
    AISC1210F 1.0-560 30-450 2.9 2.25 3.5
    AISC1812F 1.0-1000 90-1000 34 3.15 4.8

    Ferrites is dedicated to setting a high bar of excellence for industries that integrate or utilize magnetics technologies in our Wire Wound Chip Inductor AISC AISC-F products.

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