Simple Solutions for Noise Suppression

Unwanted noise can compromise your power and connection cables, leading to poor performance and malfunction over time.  Our versatile selection of ferrite cable cores resist this noise, creating impedance for problematic circuits.  They can easily be fitted as a countermeasure without taking up too much space and compromising your product design and can reduce the cost and amount of overall shielding required to confine EMI within a product's enclosure.

Benefits of Our Cable Cores

Constructed from ultra-thin mixtures of iron, nickel and zinc oxides, our ferrite cable cores are characterized by their size, light weight, low cost, and high reliability.  They provide superb EMI reduction while remaining open to normal circuit operation.  Other benefits include:

  • Multiple sizes, materials, and customization available
  • Three different materials to select from: Low frequency (LF), High frequency(HF), and Broadband
  • Lowest cost supplier of Ohms of impedance
  • Excellent differential and common mode EMI suppression on flat cable assemblies.  
  • Can be used as a transformer or inductor
  • Available in cylinder, ribbon, split flat, and clamp-on shape
  • AEC-Q200 Passed
  • Provides tight tolerance control and EMI suppression
  • Can help fix issues during the design stage

 

Find or Design Your Ferrite Cable Core

Using Laird-manufactured parts, our team of global experts and engineers create a custom design experience that is unrivaled by our competitors.  Explore our robust line of ferrite products or contact an engineer through customer service to discuss your next EMI solution. 

 

 

 

 

Current Category: Ferrite Cable Cores

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29D3430-000 - Multi-Hole Ferrite Plates
29D3430-000 - Multi-Hole Ferrite Plates

The internal and external cables of electronic equipment are often sources of radiated...

Impedance
45
Dimensions
7.62 x 3.43 x 36.32 mm
29D0992-000 - Multi-Hole Ferrite Plates
29D0992-000 - Multi-Hole Ferrite Plates

The internal and external cables of electronic equipment are often sources of radiated...

Impedance
34
Dimensions
4.95 x 3.18 x 25.20 mm
N0136-10P - Two Hole Balun Cores
N0136-10P - Two Hole Balun Cores

Laird's family of two-hole "balun" cores offers a versatile, compact, and economical...

N0372-00P - Two Hole Balun Cores
N0372-00P - Two Hole Balun Cores

Laird's family of two-hole "balun" cores offers a versatile, compact, and economical...

28A0592-0A2 - Broadband Split / Snap-On Cores
28A0592-0A2 - Broadband Split / Snap-On Cores

For retrofit and post-assembly operations Laird'soffers a selection of "split" components...

Impedance
511
28A0640-0A0 - Broadband Split / Snap-On Cores
28A0640-0A0 - Broadband Split / Snap-On Cores

For retrofit and post-assembly operations Laird'soffers a selection of "split" components...

Impedance
240
28A0807-0A2 - Broadband Split / Snap-On Cores
28A0807-0A2 - Broadband Split / Snap-On Cores

For retrofit and post-assembly operations Laird'soffers a selection of "split" components...

Impedance
348
28A2029-0A2 - Broadband Split / Snap-On Cores
28A2029-0A2 - Broadband Split / Snap-On Cores

For retrofit and post-assembly operations Laird'soffers a selection of "split" components...

Impedance
250
28A2736-0A2 - Broadband Split / Snap-On Cores
28A2736-0A2 - Broadband Split / Snap-On Cores

For retrofit and post-assembly operations Laird'soffers a selection of "split" components...

Impedance
220
28A4155-0A2 - Broadband Split / Snap-On Cores
28A4155-0A2 - Broadband Split / Snap-On Cores

For retrofit and post-assembly operations Laird'soffers a selection of "split" components...

Impedance
120