| Part Number | Drive Inductance (μH, Min) | Turns Ratio (Pri:Sec1:Sec2) | DCR (mΩ, Max) | ET Product (V-μs, Max) | Leakage Inductance (nH, Min) | SRF (MHz,Typ) | Hi Pot (Drive:Gate)(Vdc) | Length (mm, Max) | Width (mm, Max) | Height (mm, Max) | Creepage (mm, Min) | Mounting Type | Pick & Place | TI Product Compatibility | Infineon Product Compatibility | Samples Availability | Mouser Availability |
|---|
ICE designs custom ferrite bead power inductors for EMI suppression, noise filtering, and compact SMT applications. Our engineering team can optimize impedance characteristics, current ratings, package sizes, ferrite materials, and electrical performance to meet specific circuit requirements and noise reduction targets.
We support compact surface-mount designs for power line filtering, signal integrity improvement, and high-frequency noise suppression across consumer, industrial, communication, and embedded electronic systems — from prototype evaluation through volume production.
Open Request Form
High-current ferrite-bead power inductors are ferrite-core inductors designed for energy storage, current smoothing, and power filtering in switching power supplies. These components combine high current handling capability with compact SMT construction for modern DC-DC converter applications.
No. Traditional ferrite beads are primarily used for high-frequency EMI suppression and signal-line noise filtering. ICE high-current ferrite-bead power inductors are designed mainly for power conversion and energy storage applications while also helping reduce switching noise in power circuits.
Common applications include DC-DC converters, voltage regulator modules (VRMs), POL converters, server and telecom power supplies, networking equipment, industrial electronics, and high-current consumer devices.
Ferrite-core power inductors offer low core losses at high switching frequencies, compact package sizes, high saturation current capability, and efficient power handling for modern switching regulator designs.
Saturation current indicates the maximum current an inductor can handle before the core material begins losing inductance performance. Higher saturation current ratings help maintain stable operation in high-load power applications.
Low DC resistance (DCR) helps reduce power loss and heat generation during operation. Lower DCR improves efficiency, especially in high-current switching power supplies and compact electronic systems.
Yes. While these inductors are primarily designed for power conversion, ferrite-core construction can help reduce high-frequency switching noise and support improved EMI performance in power supply circuits.
Yes. ICE high-current ferrite-bead power inductors are designed for modern high-frequency switching power applications, including synchronous buck converters and compact DC-DC regulator circuits.
These inductors are available in compact surface-mount (SMT/SMD) package styles with multiple footprint and height options to support high-density PCB layouts and space-constrained electronic designs.
Yes. ICE Components supports custom ferrite-bead power inductor solutions with application-specific inductance values, current ratings, package dimensions, and electrical performance requirements for specialized designs.
Search High-Current Ferrite-Bead Power Inductors 