High Inductance Common Mode Inductor with Low DCR and UL Insulation Standards for EMI Filtering

5000
MOQ
High Inductance Common Mode Inductor with Low DCR and UL Insulation Standards for EMI Filtering
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Caractéristiques
Mettre en évidence:

High Inductance Common Mode Inductor

,

Low DCR Differential Mode Inductor

,

UL Insulation Standards EMI Filter Inductor

Informations de base
Lieu d'origine: Chine
Nom de marque: SHINHOM
Certification: RoHS
Numéro de modèle: LFUR17A
Documents: LFUR17A_.pdf
Conditions de paiement et expédition
Délai de livraison: 2 ~ 8 semaines
Conditions de paiement: LC, T/T
Description de produit
High-Reliability High-Inductance Common & Differential Mode Inductors for Power Line Noise Filtering
Product Details
The LFUR17A Series is a high-performance line of Common Mode Inductors and Differential Mode Suppression Inductors, designed to deliver exceptional noise attenuation for modern power electronics. As part of advanced EMI Filters, RFI Filters, and High Inductance Power Line Noise Filters, this series provides optimized inductance, low DCR, and reliable performance in compact PCB-mount designs.
Engineered to meet UL insulation standards and US lighting safety requirements, the LFUR17A series is ideal for high-efficiency SMPS, LED drivers, CCFL backlighting, offline switching power systems, and power tools. These inductors offer excellent differential-mode inductance with low resistance, enabling stable operation under noisy environments and fluctuating ground conditions.
With inductance values ranging from 3.3 mH to 100 mH, DCR as low as 0.21 Ω, and current ratings up to 2.5 A, the LFUR17A series ensures robust EMI/RFI suppression while maintaining compact dimensions suitable for dense PCB layouts.
Key Features
  • Designed to Meet UL Insulation Requirements
    Ensures safety and reliability for demanding lighting and power applications.
  • Common & Differential Mode Noise Suppression
    Enhanced filtering effectiveness for high-frequency and low-frequency interference.
  • High Inductance with Low Resistance
    Optimized for power line noise filtering with minimal power loss.
  • Compact PCB Footprint
    Space-efficient design suitable for high-density power supplies and lighting systems.
  • Stable Performance Under Thermal Stress
    Operating temperature from -40°C to +125°C.
  • High Stray Inductance (Lstray)
    Supports improved differential-mode attenuation.
  • Wide Application Range
    Ideal for both consumer and industrial power electronics.
Electrical Characteristics @ 25 °C
Part Number Inductance (mH) Lstray (µH) Typ DCR (Ω) Max IDC (A) Max
LFUR17A-332Y3.3900.212.50
LFUR17A-103Y104500.321.65
LFUR17A-153Y157950.521.32
LFUR17A-273Y2714800.950.92
LFUR17A-333Y3316801.010.88
LFUR17A-393Y3921001.600.85
LFUR17A-473Y4727001.670.75
LFUR17A-683Y6835002.380.62
LFUR17A-783Y7841002.570.58
LFUR17A-104Y10057703.870.50
Technical Information & Physical Characteristics
  • Dimensions: 25.0 * 18.8 * 16.5 mm (max)
  • Pin Layout: 4-pin through-hole
  • Pad Layout: Optimized for stable PCB soldering
  • Inductance Test: 10 kHz, 0.05 V (HP4284A)
  • Electrical Test Conditions: 25°C, 33% RH (unless stated otherwise)
  • Temperature Rise Limit: 55°C max
  • Operating Temperature: -40°C to +125°C
  • Ambient Temperature: -40°C to +85°C
  • Hi-Pot:
    • 1500 VAC / 50 Hz / 1 mA / 2 s (winding to core)
    • 2500 VAC / 50 Hz / 3 mA / 2 s (winding to winding)
  • Custom Designs Available
Applications
  • Power Tools & Industrial Equipment
    Enhances EMC stability in noisy switching environments.
  • LED & CCFL Lighting Systems
    Reliable noise suppression for high-frequency lighting circuits.
  • Electronic Ballasts
    Ensures stable, flicker-free lighting performance.
  • Offline Switching Power Supplies
    Ideal for adapters, chargers, SMPS, and compact power modules.
  • Devices with Unstable Grounding
    Filters both common-mode and differential-mode noise effectively.
  • Power Line Input & Output Filtering
    Reduces emissions and improves compliance with EMC standards.
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Prenez contact avec nous
Personne à contacter : Jack wang
Téléphone : 13909218465
Télécopieur : 86-029-87851840
Caractères restants(20/3000)