LFE8.3 Series High Rated Current Common Mode Inductor for Industrial Controls

The LFE8.3 series common-mode choke coil is manufactured with a wire-wound structure and a ferrite Mn-Zn core, specifically designed for EMI suppression and switching power supplies, ensuring high impedance, high rated current, and low DCR. The product features a robust and reliable structure with an inductance range of 0.5mH to 120mH and a withstand isolation voltage of 1500VDC. It is suitable for EMI suppression, switching power supplies, and industrial control. It is an ideal choice for common-mode choke applications in power filtering and EMI suppression.

Features

• Series model – LFE8.3 series

• Inductance range – 0.5mH to 120mH

• Footprint – 10*10*9.5mm max.

• Withstand isolation – 1500VDC, 3 seconds

• Wire-wound construction – excellent EMI suppression

• High impedance, very high rated current

• Low DCR

• Operating temperature – -40 to +105°C

• Storage temperature – -40 to +105°C

• Ferrite Mn-Zn core, EE8.3

Applications

• EMI suppression

• Switching power supplies

• Industrial control

• Communication equipment

• Consumer electronics

• Power filtering

• Common-mode filtering

• Electronic equipment

FAQ

Q: How to apply for samples? What is the lead time?

A: You can submit a sample application through our website or email. Samples are free of charge and will be shipped within 3-5 working days. Mass order lead time is generally 2-8 weeks; custom products will be confirmed separately.

Q: Does this product support customisation?

A: Yes. Parameters can be customised based on customer product drawings or application requirements. Please contact our sales team to confirm the customisation plan.

Q: Why is this product suitable for EMI suppression applications?

A: The wire-wound construction provides excellent EMI suppression. High impedance and low DCR ensure efficient filtering. The ferrite Mn-Zn core EE8.3 with μi:10000 provides high permeability. It is suitable for switching power supplies, industrial control, and communication equipment.