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FERROXCUBE 3 P1
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High saturation
Reduced losses
No thermal-aging
At a cost effective price
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Printed in Spain 9930 030 00011
Date of Release: March 2010
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3 P1
Among these green energy sources,
solar and wind are the ones that are
experiencing the biggest develop and
acceptance. Their main advantages
over traditional energy sources are
world famous; these are endless non-
contaminant energy power sources
that can generate the electricity next
to the cities where it is consumed.
The next goal for governments and
companies is the achievement of a
green energy generation cost highly
competitive with the one achieved
nowadays by nuclear and fossil power
plants. With regard to this, semicon-
ductors manufacturers and now also
FERROXCUBE with its 3P1 contribute
with power engineering in the devel-
opment of more efficient as well as
cost-concerned photovoltaic and wind
power systems.
With their great inductance under
load behavior, power inductors based
on 3P1 cores will be the perfect solu-
tion as input and output chokes not
only in solar and wind inverters but
also for Uninterruptible Power
Supplies (UPS) and systems based on
Fuel cells.
FERROXCUBE 3P1 keeps all key fea-
tures of conventional powdered iron
over laminated steel and other metal
alloys:
• High energy storage at low volume.
• Moderate-cost tooling.
• Inexpensive raw material (iron pow-
der).
• Ferroxcube´s pressing capabilities
make a wide range of sizes and shapes
possible.
And exceeds in these characteristics:
• Increased effective permeability
(µe=110).
• Lower losses than traditional iron
powder cores (50% less typically) with
optimal performance achieved at
10KHz although higher frequencies
are also possible.
• 3P1 cores are completely free of
organic binder after the annealing
process. Therefore, inductors based on
3P1 will not suffer any of the thermal
aging consequences associated with
traditional iron powder cores.
With FERROXCUBE 3P1 power
inductor manufacturers will be able to
produce low loss, compact, and light
chokes at more competitive prices
making at the same time the inverters
where they are used highly efficient.
3P1
Ferrite
Conventional
Iron Powder
Lowest
Sendust
Laminated
steel
High
Average
High
Low
Permeability
Average
Lowest
High
Low
Highest
Losses
High
Lowest
Average
Average
Highest
A new generation
material for the
future´s energy
solutions
Saturation
Low
High
Lowest
Average
Average
Cost
Table 1. Main features for various
magnetic core materials.
FERROXCUBE offers a new genera-
tion of iron powder cores, a true alter-
native to laminated steel and metal
alloys. Cores manufactured with 3P1
iron powder will offer the market´s
best cost - Tesla ratio for use in low
and medium frequency chokes and
inductors.
The 1.45 Tesla saturation level make
3P1 ideal as high energy choke, per-
fectly suited for renewable energy
industry.
The greatest part of the total electric-
ity demand in the world is nowadays
met by nuclear and fossil power plants
while only a small part is provided by
the so-called renewable energies.
Value
Density:
7.3 g/cc
Resistivity:
8000 µOhm x m
Permeability:
110
Bsat (10000 A/m):
1.45 T
Table 2. 3P1 characteristics
8
8
120
120
7
7
100
100
6
6
80
80
5
5
'
'
''
''
4
4
60
60
3
3
40
40
2
2
20
20
1
1
0
0
0
0
F
Freq (kHz)
re
q
(kH
z)
F
Freq (kHz)
q
re
z)
(kH
10
10
100
100
1000
1000
10
10
100
100
1000
1000
Figure1. Complex permeability as a function of frecuency
Figure 2. Loss factor as a function of frequency
10000
10000
1,6
1,6
1,4
1,4
1000
1000
1,2
1,2
1,0
1,0
1
1 kHz
5 kHz
10 kHz
50 kHz
100 kHz
kH
z
100
100
100
0,8
0,8
5
kH
z
0,6
0,6
1
kH
z
z
z
10
10
0,4
0,4
5
kH
z
0,2
0,2
1
kH
kH
z
1
1
0,0
0,0
0
0
1000
1000
2000
2000
3000
3000
4000
4000
4000
5000
5000
6000
6000
7000
7000
8000
8000
9000
9000
10000
10000
10
10
100
100
1000
1000
B
B
B (mT)
(mT
)
H
H (A/m)
(A/
m)
m)
Figure 3. Specific power loss as a function of peak
flux density with frequency as a parameter
Figure 4. Flux density as a function of magnetic field strength
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