European Sales Offices

AMS Technologies AG 
Phone: +49 (0)89 895 77-0
E-mail: de_info(at)amstechnologies.com

AMS Technologies Ltd.  
Phone: +44 (0)1455 556360
E-mail: uk_info(at)amstechnologies.com

AMS Technologies S.A.R.L. 
Phone: +33 (0)1 64 86 46 00
E-mail: fr_info(at)amstechnologies.com

AMS Technologies S.r.l. 
Phone: +39 0331 596 693
E-mail: it_info(at)amstechnologies.com

AMS Technologies S.L. 
Phone: +34 93 380 8420
E-mail: es_info(at)amstechnologies.com

AMS Technologies Nordic 
Phone: + 46 (0)8 55 44 24 80
E-mail: nordic_info(at)amstechnologies.com

You are here:   » Products » Power Technologies » Low Voltage Components (<1kV) » Wound Components » Inductors (axial, radial, toroidal, common mode)

Wound Components

Inductors (axial, radial, toroidal, common mode)

Key Features

  • High current capability
  • Choice from high flux density ferrite & iron powder material
  • Custom & non standard parts available
  • Radial low cost construction
  • Efficient high Q values
  • Tolerances down to ± 1%
  • Stable core at high frequency
  • Shrink tube or lacquered insulation options
  • High saturation flux density at high temperatures

Description

Wire wound inductive products supplied in various standard and non standard formats. Adaptable to fit both on and off board applications from 0.03Amps up to 25Amps + and inductance from 0.05µH to 47mH.

Custom designed to meet specific requirements and environmental conditions.

Applications

  • Power supplies
  • Industrial & process control
  • Lighting
  • Wireless communications
  • Automotive and automation
NEWS
16.05.2012
High Power Single Mode Near-IR VCSEL Devices at OPTATEC...
read more
16.05.2012
OZ Optics V-Groove array assemblies assist in developing...
read more
16.05.2012
Survive at Higher Temperatures: Mode Stripping SMA Cables...
read more
16.05.2012
Designed for Life Sciences Instrumentation: New Polarized...
read more
16.05.2012
The new precision LED spotlight from Mightex consists of a...
read more
EVENTS
OPTATEC 2012
22-25 May Frankfurt Germany, Hall 3.0 D22
read more