MICROLITE®
Toroidal Choke
Cores
are manufactured
with iron-based
METGLAS®
Amorphous
Alloy-SA1.
They offer
a unique combination
of high saturation
induction,
high permabiliity
and the lowest
core loss
available
for high frequency
choke cores
allowing the
use of significantly
smaller sizes
than possible
with conventional
materials.
Applications:
dc Output
Inductors;
Flyback Transformers;
Differential
Mode in Chokes;
PFC Boost
Chokes - Continuous
Mode.
MICROLITE®
100 µ
are gapped toroids
made from iron
based METGLAS
amorphous alloy
2605SA1. They
offer a unique
combination
of high saturation
induction (1.56T),
high permeability
and low core
loss. MICROLITE®
100 µ
cores
are suitable
in high frequency,
energy storage
applications.
As with all
other METGLAS
products, MICROLITE®
100 µ
allow
the use of significantly
smaller sizes
than other conventional
soft magnetic
materials.
Applications:UPS and SMPS Power Factor
Correction Chokes; UPS Harmonic
Inductors; High Power Outdoor
Industrial Ballasts; Welding
Power Supplies; High-Speed Power
Systems;
Medium Frequency and
High Power Inverters
POWERLITE®
C-Cores
are manufactured
with iron-based
METGLAS®
Amorphous Alloy-SA1.
Their unique
combination
of low loss
and high saturation
flux density
take advanced
power conditioning
aplications
to higher performance
levels than
previously possible
with conventional
ferromagnetic
materials.
Applications:
UPS and SMPS
Power Factor
Correction Chokes;
UPS Harmonic
Inductors; High
Power Outdoor
Industrial Ballasts;
Welding Power
Supplies; High-Speed
Power Systems.
Applications:
EMI Common Mode Filtering; Telecommunications
and Data Communications Interface
Transformers; High Accuracy
Current and Pulse Transformer
Ground Fault Protection Devices
Amorphous
Common
Mode Choke
Cores
MAGNAPERM®
High Permeability
Cores
are manufactured
with cobalt-based
METGLAS®
Amorphous
alloy
2714A
for high
frequency
applications.
Theses
flat loop
toroidalcores
offer
a unique
combiation
of high
permeability,
relatively
high saturation
flux density
and extremely
low core
loss for
electronic
component
designers.
Applications:
EMI Common
Mode Filtering;
Telecommunications
and Data
Communications
Interface
Transformers;
High Accuracy
Current
and Pulse
Transformer
Ground
Fault
Protection
Devices
FINEMET®,
the first
nanocrystalline
soft magnetic
material
in the
world
to meet
EMC requirements.
FINEMET®EMC
components
allow
superior
technical
solutions
(e.g.
excellent
electromagnetic
noise
suppression
performance
and size
reduction)
and low
energy
loss for
your application.
Applications:
EMI Common
Mode Filtering;
Telecommunications
and Data
Communications
Interface
Transformers;
High Accuracy
Current
and Pulse
Transformer
Ground
Fault
Protection
Devices.
Metglas®
Brazing Foils(MBF)
provide extensive manufacturing
and performance advantages over
conventional brazing filler metals.
For reliable metal joining, Metglas®
foils & preforms offer consistent
strength, flexibility, temperature,
and corrosion resistance. more
Information
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