Heynen

Heynen works for innovators.

MXI-HV Series: High Voltage & Low Losses Multi-Gap Toroidal Inductors

MXI-HV Series: High Voltage & Low Losses Multi-Gap Toroidal Inductors

Features

  • For resonant inductors and input/output chokes
  • Nominal inductance from 35 µH to 96 µH
  • Nominal current from 8 to 30 A
  • Low loss design, suitable for high frequency ripple current applications (i.e. resonant converters and interleaved PFCs)
  • Multigap ferrite core design, minimizing fringing losses
  • Two inductors in same component (series/parallel connection alternative)
  • High working voltage up to 2.0 kVpeak between each inductor
  • Full potted component with silicone resin. 
  • High performance triple insulated litz wire windings
  • Suitable for highest demanding environments
  • Flat inductance vs current performance
  • Design adaptability: Rac and core loss vs frequency definition
  • Isolation between windings over 3.5kV.
  • Plastic housing and potting resin UL94-V0 approved
  • Typical frequency ranges from 75 to 300 kHz
  • Operating temperature: -40ºC to 155ºC

  • Share:

Our expert(s):

Johan De Ceuster Johan De Ceuster
Please contact Johan with any questions or business opportunities relating to Electronic Components and RF. We love to be involved in developing new solutions and bringing these to the Belgian and Luxembourg market. Contact form johan.de.ceuster@heynen.be
+32 (0)11 60 09 10

Marcel van Venrooij Marcel van Venrooij
Please contact Marcel with any questions or business opportunities relating to Electronic Components. We love to be involved in developing new solutions and bringing these to the Dutch market. Contact form marcel.vanvenrooij@heynen.nl
+31 (0)485 55 09 18

Heynen is proud to work for

Events

Compamed 2024, Düsseldorf

Event date: 11 November 2024 / 14 November 2024
Read more

#
Electronica 2024, Messe München

Event date: 12 November 2024 / 15 November 2024
Read more

#
Medische Elektronica event 2025

Event date: 30 January 2025
Read more

#

Heynen is proud to work with