F E R R I T E S
December 2014
Mn-Zn Ferrite
Material Characteristics
Ferrite for Switching Power Supplies
Ferrite for Telecommunication
Large Size Ferrite for High Power
(2/24)
F E R R I T E S
REMINDERS FOR USING THESE PRODUCTS
Please be sure to read this manual thoroughly before using the products.
The products Listed on this catalog are intended for use in general electronic equipment (AV equipment, telecommunications equipment,
home appliances, amusement equipment, computer equipment, personal equipment, office equipment, measurement equipment,
industrial robots) under a normal operation and use condition.
The products are not designed or warranted to meet the requirements of the applications listed below, whose performance and/or quality
require a more stringent level of safety or reliability, or whose failure, malfunction or trouble could cause serious damage to society, person
or property.
When using the products for specific purposes, please first make confirmations in areas such as safety, reliability, and quality.
Please understand that we are not in a position to be held responsible for any damage or the like caused by any use exceeding the range
or conditions of this specification sheet or by any use in the specific applications.
(1) Aerospace/Aviation equipment
(8) Public information-processing equipment
(2) Transportation equipment (electric trains, ships, etc.)
(9) Military equipment
(3) Medical equipment
(10) Electric heating apparatus, burning equipment
(4) Power-generation control equipment
(11) Disaster prevention/crime prevention equipment
(5) Atomic energy-related equipment
(12) Safety equipment
(6) Seabed equipment
(13) Other applications that are not considered general-purpose
(7) Transportation control equipment
applications
When using this product in general-purpose standard applications, you are kindly requested to take into consideration securing protection
circuit/equipment or providing backup circuits, etc to ensure higher safety.
20141203 / ferrite_mn-zn_material_characteristics_en.fm
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F E R R I T E S
Contents
Ferrite for Switching Power Supplies
Material List ........................................................................................................................................ 4
PC47..................................................................................................................................................... 5
PC90..................................................................................................................................................... 6
PC95..................................................................................................................................................... 7
HS72..................................................................................................................................................... 8
HS10..................................................................................................................................................... 9
HS12................................................................................................................................................... 10
Ferrite for Telecommunication
Material List ...................................................................................................................................... 11
H5A ..................................................................................................................................................... 12
H5B2................................................................................................................................................... 13
H5C2 .................................................................................................................................................. 14
H5C3 .................................................................................................................................................. 15
HP5 ..................................................................................................................................................... 16
DNW45 .............................................................................................................................................. 17
Large Size Ferrite for High Power
Material List ...................................................................................................................................... 18
PE22 ................................................................................................................................................... 19
PC40................................................................................................................................................... 21
PE90 ................................................................................................................................................... 23
Please be sure to request delivery specifications that provide further details on the features and specifications of the products for proper and safe use.
Please note that the contents may change without any prior notice due to reasons such as upgrading.
20141203 / ferrite_mn-zn_material_characteristics_en.fm
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F E R R I T E S
Mn-Zn Material List of Ferrite for Switching Power Supplies
MATERIAL CHARACTERISTICS
Material
Initial
permeability
Pi
Core loss volume
density
(Core loss)*
Pcv
Saturation magnetic
flux density*
Remanent flux
density*
Coercive force*
Curie
temperature
Density*
Electrical
resistivity*
(kW/m3)
B=200mT
100kHz
sine wave
Bs
Br
Hc
Tc
db
Uv
(mT)
H=1194A/m
(mT)
H=1194A/m
(A/m)
H=1194A/m
(°C)
(kg/m3)
u103
(: • m)
25°C 60°C 100°C 120°C 25°C 60°C 100°C 120°C 25°C 60°C 100°C 120°C 25°C 60°C 100°C 120°C
PC47
2500±25%
600 400 250
360
530 480 420
390
180 100 60
60
13
9
6
7
>230
4.9
4
PC90
2200±25%
680 470 320
460
540 500 450
420
170 95
60
65
13
9
6.5
7
>250
4.9
4
PC95
3300±25%
350
350
530 480 410
380
85
60
55
9.5
7.5
6.5
6
>215
4.9
6
Initial
permeability
Pi
Relative loss factor
Curie
temperature
Tc
Density*
Electrical
resistivity*
Uv
70
Typ.
Material
290
Saturation magnetic
flux density*
Bs
Remanent flux
density*
Br
Coercive force*
(mT)
H=1194A/m
25°C
(A/m)
H=1194A/m
25°C
(°C)
(kg/m3)
u103
(: • m)
u10–6
(mT)
H=1194A/m
25°C
tanG/Pi
Hc
db
HS72
7500±25%
(2000min.
at 500kHz)
30(100kHz)
410
80
6
>130
4.9
0.2
HS10
10000±25%
30(100kHz)
380
120
5
>120
4.9
0.2
HS12
12000±25%
(at 150kHz)
20(100kHz)
430
80
6
>130
4.9
0.5
Typ.
Please be sure to request delivery specifications that provide further details on the features and specifications of the products for proper and safe use.
Please note that the contents may change without any prior notice due to reasons such as upgrading.
20141203 / ferrite_mn-zn_material_characteristics_en.fm
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F E R R I T E S
Mn-Zn Ferrite for Switching Power Supplies Material List of PC47
MATERIAL CHARACTERISTICS
Initial
permeability
Pi
2500±25%
Core loss volume density
(Core loss)*
Pcv
Saturation magnetic flux
density*
Bs
Remanent flux
density*
Br
Coercive force*
(kW/m3)
B=200mT
100kHz
sine wave
(mT)
H=1194A/m
(mT)
H=1194A/m
(A/m)
H=1194A/m
Hc
25°C
60°C
100°C
120°C
25°C
60°C
100°C
120°C
25°C
60°C
100°C
120°C
25°C
60°C
100°C
120°C
600
400
250
360
530
480
420
390
180
100
60
60
13
9
6
7
Curie
Density*
temperature
Tc
db
Electrical
resistivity*
Uv
(°C)
(kg/m3)
u103
(: • m)
>230
4.9
4
Typ.
Pi frequency characteristics(Typ.)
Pi temperature characteristics(Typ.)
8000
10 5
7000
6000
10 4
μi
μi
5000
4000
3000
10 3
2000
1000
10 2
1
10 2
Frequency (kHz)
10
10 3
0
–80 –40
10 4
0
40
80 120 160 200 240 280 320 360
Temperature (°C)
Core Loss(Typ.)
(Sine wave data)
Core loss Pcv (kW/m 3)
10 5
10 4
300kHz
200kHz
100kHz
10 3
10 2
10 1
60°C
100°C
10 0
50
100
200
300
Flux density Bm (mT)
500
B-H temperature characteristics(Typ.)
1000
400
Core loss Pcv (kW/m3)
25°C
60°C
80°C
100°C
120°C
500
Flux density B(mT)
Temperature Dependence of Core Loss(Typ.)
300
200
100
0
0
200
400
600
800
Magnetic field H(A/m)
1000
1200
100kHz/200mT
800
600
400
200
0
0
20
40
60
80
Temperature (°C)
100
120
140
Please be sure to request delivery specifications that provide further details on the features and specifications of the products for proper and safe use.
Please note that the contents may change without any prior notice due to reasons such as upgrading.
20141203 / ferrite_mn-zn_material_characteristics_en.fm
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F E R R I T E S
Mn-Zn Ferrite for Switching Power Supplies Material List of PC90
MATERIAL CHARACTERISTICS
Initial
permeability
Pi
2200±25%
Core loss volume density
(Core loss)*
Pcv
Saturation magnetic flux
density*
Bs
Remanent flux
density*
Br
Coercive force*
(kW/m3)
B=200mT
100kHz
sine wave
(mT)
H=1194A/m
(mT)
H=1194A/m
(A/m)
H=1194A/m
Hc
25°C
60°C
100°C
120°C
25°C
60°C
100°C
120°C
25°C
60°C
100°C
120°C
25°C
60°C
100°C
120°C
680
470
320
460
540
500
450
420
170
95
60
65
13
9
6.5
7
Curie
Density*
temperature
Tc
db
Electrical
resistivity*
Uv
(°C)
(kg/m3)
u103
(: • m)
>250
4.9
4
Typ.
Pi frequency characteristics(Typ.)
Pi temperature characteristics(Typ.)
6000
10 5
5000
4000
μi
μi
10 4
3000
2000
10 3
1000
10 2
10
10 2
10 3
0
–80 –40
10 4
0
40
Frequency (kHz)
80 120 160 200 240 280 320 360
Temperature (°C)
B-H temperature characteristics(Typ.)
25°C
60°C
Flux density B(mT)
500
400
120°C
100°C
300
200
100
0
0
200
400
600
800
1000
1200
Magnetic field H(A/m)
Core Loss(Typ.)
Temperature Dependence of Core Loss(Typ.)
(Sine wave data)
300kHz
10 4
200kHz
100kHz
50kHz
10 3
10 2
10 1
10 0
50
60°C
100°C
100
200
300
Flux density Bm (mT)
1000
Core loss Pcv (kW/m3)
Core loss Pcv (kW/m 3)
10 5
500
100kHz/200mT
800
600
400
200
0
0
20
40
60
80
Temperature (°C)
100
120
140
Please be sure to request delivery specifications that provide further details on the features and specifications of the products for proper and safe use.
Please note that the contents may change without any prior notice due to reasons such as upgrading.
20141203 / ferrite_mn-zn_material_characteristics_en.fm
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F E R R I T E S
Mn-Zn Ferrite for Switching Power Supplies Material List of PC95
MATERIAL CHARACTERISTICS
Initial
permeability
Pi
Core loss volume density
(Core loss)*
Pcv
Saturation magnetic flux
density*
Bs
Remanent flux
density*
Br
Coercive force*
(kW/m3)
B=200mT
100kHz
sine wave
(mT)
H=1194A/m
(mT)
H=1194A/m
(A/m)
H=1194A/m
25°C
3300±25%
60°C
350
Hc
100°C
120°C
25°C
60°C
100°C
120°C
25°C
60°C
100°C
120°C
25°C
60°C
100°C
120°C
290
350
530
480
410
380
85
70
60
55
9.5
7.5
6.5
6
Curie
Density*
temperature
Tc
db
Electrical
resistivity*
Uv
(°C)
(kg/m3)
u103
(: • m)
>215
4.9
6
Typ.
Pi frequency characteristics(Typ.)
Pi temperature characteristics(Typ.)
8000
10 5
7000
6000
10 4
μi
μi
5000
4000
3000
10 3
2000
1000
10 2
1
10 2
Frequency (kHz)
10
10 3
0
–80 –40
10 4
0
40
80 120 160 200 240 280 320 360
Temperature (°C)
Flux density B(mT)
B-H temperature characteristics(Typ.)
500
25°C
60°C
400
100°C
120°C
300
200
100
0
0
800
1600
Magnetic field H(A/m)
Core Loss(Typ.)
Temperature Dependence of Core Loss(Typ.)
Core loss Pcv (kW/m 3)
10 4
300kHz
200kHz
100kHz
50kHz
10 3
10 2
10 1
10 0
50
60°C
100°C
100
200
300
Flux density Bm (mT)
1000
Core loss Pcv (kW/m3)
(Sine wave data)
10 5
500
100kHz/200mT
800
600
400
200
0
0
20
40
60
80
Temperature (°C)
100
120
140
Please be sure to request delivery specifications that provide further details on the features and specifications of the products for proper and safe use.
Please note that the contents may change without any prior notice due to reasons such as upgrading.
20141203 / ferrite_mn-zn_material_characteristics_en.fm
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F E R R I T E S
Mn-Zn Ferrite for Switching Power Supplies Material List of HS72
MATERIAL CHARACTERISTICS
Initial permeability
Pi
7500±25%
(2000min.
at 500kHz)
Relative loss factor Saturation
magnetic flux
density*
tanG/Pi
Bs
Remanent flux
density*
Br
Coercive force*
Curie temperature
Tc
Hc
Density*
Electrical
resistivity*
Uv
db
(mT)
H=1194A/m
25°C
(mT)
H=1194A/m
25°C
(A/m)
H=1194A/m
25°C
(°C)
(kg/m3)
u103
(: • m)
u10–6
30(100kHz)
410
80
6
>130
4.9
0.2
Typ.
Pi frequency characteristics(Typ.)
Pi temperature characteristics(Typ.)
16000
10 5
14000
12000
10 4
μi
μi
10000
8000
6000
10 3
4000
2000
10 2
1
10
10 2
Frequency (kHz)
10 3
500
20
40 60 80 100 120 140 160 180
Temperature (°C)
10 –3
25°C
400
60°C
300
100°C
200
100
0
500
Magnetic field H(A/m)
Test core
OD: 31mm
TH: 8mm
ID: 19mm
1000
10 –4
tan δ /μ i
Flux density B(mT)
0
tanG/ Pi frequency characteristics(Typ.)
B-H temperature characteristics(Typ.)
0
0
–40 –20
10 4
10 –5
10 –6
1
10
10 2
Frequency (kHz)
10 3
10 4
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Please note that the contents may change without any prior notice due to reasons such as upgrading.
20141203 / ferrite_mn-zn_material_characteristics_en.fm
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F E R R I T E S
Mn-Zn Ferrite for Switching Power Supplies Material List of HS10
MATERIAL CHARACTERISTICS
Initial permeability
Pi
10000±25%
Relative loss factor Saturation
magnetic flux
density*
tanG/Pi
Bs
Remanent flux
density*
Br
Coercive force*
Curie temperature
Tc
Hc
Density*
Electrical
resistivity*
Uv
db
(mT)
H=1194A/m
25°C
(mT)
H=1194A/m
25°C
(A/m)
H=1194A/m
25°C
(°C)
(kg/m3)
u103
(: • m)
u10–6
30(100kHz)
380
120
5
>120
4.9
0.2
Typ.
Pi frequency characteristics(Typ.)
Pi temperature characteristics(Typ.)
30000
10 5
25000
20000
μi
10 4
μi
15000
10000
10 3
5000
10 2
1
10
10 2
Frequency (kHz)
10 3
0
–40 –20
10 4
0
20
40 60 80 100 120 140 160 180
Temperature (°C)
tanG/ Pi frequency characteristics(Typ.)
B-H temperature characteristics(Typ.)
500
10 –3
400
60°C
10 –4
300
100°C
200
100
0
0
500
Magnetic field H(A/m)
Test core
OD: 31mm
TH: 8mm
ID: 19mm
1000
tan δ /μ i
Flux density B(mT)
25°C
10 –5
10 –6
1
10
10 2
Frequency (kHz)
10 3
10 4
Please be sure to request delivery specifications that provide further details on the features and specifications of the products for proper and safe use.
Please note that the contents may change without any prior notice due to reasons such as upgrading.
20141203 / ferrite_mn-zn_material_characteristics_en.fm
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F E R R I T E S
Mn-Zn Ferrite for Switching Power Supplies Material List of HS12
MATERIAL CHARACTERISTICS
Initial permeability
Pi
12000±25%
(at 150kHz)
Relative loss factor Saturation
magnetic flux
density*
tanG/Pi
Bs
Remanent flux
density*
Br
Coercive force*
Curie temperature
Tc
Hc
Density*
Electrical
resistivity*
Uv
db
(mT)
H=1194A/m
25°C
(mT)
H=1194A/m
25°C
(A/m)
H=1194A/m
25°C
(°C)
(kg/m3)
u103
(: • m)
u10–6
20(100kHz)
430
80
6
>130
4.9
0.5
Typ.
Pi frequency characteristics(Typ.)
Pi temperature characteristics(Typ.)
25000
10 5
20000
10 4
μi
μi
15000
10000
10 3
5000
10 2
1
10
10 2
Frequency (kHz)
10 3
0
–40 –20
10 4
0
20
40 60 80 100 120 140 160 180
Temperature (°C)
tanG/ Pi frequency characteristics(Typ.)
B-H temperature characteristics(Typ.)
500
10 –3
400
60°C
10 –4
300
100°C
200
100
0
0
500
Magnetic field H(A/m)
Test core
OD: 31mm
TH: 8mm
ID: 19mm
1000
tan δ /μ i
Flux density B(mT)
25°C
10 –5
10 –6
1
10
10 2
Frequency (kHz)
10 3
10 4
Please be sure to request delivery specifications that provide further details on the features and specifications of the products for proper and safe use.
Please note that the contents may change without any prior notice due to reasons such as upgrading.
20141203 / ferrite_mn-zn_material_characteristics_en.fm
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F E R R I T E S
Mn-Zn Material List of Ferrite Core for Telecommunication
MATERIAL CHARACTERISTICS
Material
Initial
Relative loss Temperature Saturation
permeability factor
factor of
magnetic
initial
flux density
permeability
DPir
Pi
tanG/Pi
Bs
(mT)
–6
–6
H=1194A/m
u10
u10
–30 to +20°C 25°C
0 to 20°C
20 to 70°C
Remanent
Coercive
flux density force
Curie
Hysteresis
temperature material
constan
Br
(mT)
H=1194A/m
25°C
Hc
(A/m)
H=1194A/m
25°C
Tc
(°C)
KB
10–6
Disaccomm Density
odation
factor
Electrical
resistivity
DF
db
(kg/m3)
u103
Uv
(: • m)
u10–6
mT
H5A
3300 –0%
<2.5(10kHz)
<10(100kHz)
–0.5 to 2.0
—
–0.5 to 2.0
410
100
8.0
>130
<0.8
<3
4.8
1
H5B2
7500±25%
<6.5(10kHz)
0 to 1.8
—
0 to 1.8
420
40
5.6
>130
<1.0
<3
4.9
0.1
H5C2
10000±30% <7.0(10kHz)
–0.5 to 1.5
—
–0.5 to 1.5
400
90
7.2
>120
<1.4
<2
4.9
0.15
H5C3
15000±30% <7.0(10kHz)
–0.5 to 1.5
—
–0.5 to 1.5
360
105
4.4
>105
<0.5
<2
4.95
0.15
HP5
5000±20%
<3.5
400
65
7.2
>140
<0.4
<3
4.8
0.15
DNW45
4200±25%
<3.5
450
50
6.5
>150
<0.8
<3
4.85
0.65
+40%
—
±12.5%
±12.5%
—
—
—
Typ.
Please be sure to request delivery specifications that provide further details on the features and specifications of the products for proper and safe use.
Please note that the contents may change without any prior notice due to reasons such as upgrading.
20141203 / ferrite_mn-zn_material_characteristics_en.fm
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F E R R I T E S
Mn-Zn Ferrite for Telecommunication Material List of H5A
MATERIAL CHARACTERISTICS
Initial
permeability
Relative loss
factor
Pi
tanG/Pi
Temperature
factor of
initial
permeability
DPir
u10–6
u10–6
–30 to +20°C
0 to 20°C
20 to 70°C
+40%
3300 –0%
<2.5(10kHz)
<10(100kHz)
–0.5 to 2.0
—
–0.5 to 2.0
Saturation
Remanent
magnetic flux flux density
density
Coercive
force
Curie
temperature
Hysteresis
material
constan
Disaccommo Density
dation factor
Electrical
resistivity
Bs
(mT)
H=1194A/m
25°C
Br
(mT)
H=1194A/m
25°C
Hc
(A/m)
H=1194A/m
25°C
Tc
(°C)
KB
DF
410
100
8.0
>130
10–6
db
(kg/m3)
u103
Uv
(: • m)
u10–6
<3
4.8
1
mT
<0.8
Typ.
Pi frequency characteristics(Typ.)
Pi temperature characteristics(Typ.)
10 4
5
×10 3
10
9
8
7
6
5
4
3
2
1
0
μi
Initial permeability μi
3
10 3
5
10
5
10 2
5
10 3
Frequency (kHz)
5
10 4
40
80
Temperature (°C)
120
10 – 4
20°C
400
50°C
300
80°C
200
Test core: Toroidal
OD=31mm
ID=19mm
TH=8mm
100
0
800
Magnetic field H(A/m)
1600
Relative loss factor tanδ/μi
500
Flux density B(mT)
0
tanG/ Pi frequency characteristics(Typ.)
B-H temperature characteristics(Typ.)
0
– 40
5
10 – 5
5
10 – 6
5
1
5
10
5 10 2
Frequency (kHz)
5
10 3
5
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Please note that the contents may change without any prior notice due to reasons such as upgrading.
20141203 / ferrite_mn-zn_material_characteristics_en.fm
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F E R R I T E S
Mn-Zn Ferrite for Telecommunication Material List of H5B2
MATERIAL CHARACTERISTICS
Initial
permeability
Relative loss
factor
Pi
tanG/Pi
Temperature
factor of
initial
permeability
DPir
u10–6
u10–6
–30 to +20°C
0 to 20°C
20 to 70°C
7500±25%
0 to 1.8
—
0 to 1.8
<6.5(10kHz)
Saturation
Remanent
magnetic flux flux density
density
Coercive
force
Curie
temperature
Hysteresis
material
constan
Disaccommo Density
dation factor
Electrical
resistivity
Bs
(mT)
H=1194A/m
25°C
Br
(mT)
H=1194A/m
25°C
Hc
(A/m)
H=1194A/m
25°C
Tc
(°C)
KB
DF
420
40
5.6
>130
10–6
db
(kg/m3)
u103
Uv
(: • m)
u10–6
<3
4.9
0.1
mT
<1.0
Typ.
Pi frequency characteristics(Typ.)
B-H temperature characteristics(Typ.)
500
Flux density B(mT)
Initial permeability μi
3
10 4
5
10 3
5
10
5
10 2
5
10 3
Frequency (kHz)
5
Pi temperature characteristics(Typ.)
20°C
300
70°C
200
Test core: Toroidal
OD=6mm
ID=3mm
TH=1.5mm
100
0
10 4
0
800
Magnetic field H(A/m)
1600
tanG/ Pi frequency characteristics(Typ.)
Relative loss factor tanδ/μi
10 – 4
μi
×10 3
22
20
18
16
14
12
10
8
6
4
2
0
400
5
10 – 5
5
10 – 6
5
–40
0
40
80
Temperature (°C)
120
1
5
10
5 10 2
Frequency (kHz)
5
10 3
5
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20141203 / ferrite_mn-zn_material_characteristics_en.fm
(14/24)
F E R R I T E S
Mn-Zn Ferrite for Telecommunication Material List of H5C2
MATERIAL CHARACTERISTICS
Initial
permeability
Relative loss
factor
Pi
tanG/Pi
Temperature
factor of
initial
permeability
DPir
u10–6
u10–6
–30 to +20°C
0 to 20°C
20 to 70°C
10000±30%
<7.0(10kHz)
–0.5 to 1.5
—
–0.5 to 1.5
Saturation
Remanent
magnetic flux flux density
density
Coercive
force
Curie
temperature
Hysteresis
material
constan
Disaccommo Density
dation factor
Electrical
resistivity
Bs
(mT)
H=1194A/m
25°C
Br
(mT)
H=1194A/m
25°C
Hc
(A/m)
H=1194A/m
25°C
Tc
(°C)
KB
DF
400
90
7.2
>120
10–6
db
(kg/m3)
u103
Uv
(: • m)
u10–6
<2
4.9
0.15
mT
<1.4
Typ.
Pi frequency characteristics(Typ.)
Pi temperature characteristics(Typ.)
×10 3
20
10 4
15
5
μi
Initial permeability μi
3
10
5
10 3
5
10
5
10 2
5
10 3
Frequency (kHz)
5
0
10 4
40
80
Temperature (°C)
120
10 – 4
20°C
400
60°C
300
200
Test core: Toroidal
OD=31mm
ID=19mm
TH=8mm
100
0
800
Magnetic field H(A/m)
1600
Relative loss factor tanδ/μi
500
Flux density B(mT)
0
tanG/ Pi frequency characteristics(Typ.)
B-H temperature characteristics(Typ.)
0
– 40
5
10 – 5
5
10 – 6
5
1
5
10
5 10 2
Frequency (kHz)
5
10 3
5
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20141203 / ferrite_mn-zn_material_characteristics_en.fm
(15/24)
F E R R I T E S
Mn-Zn Ferrite for Telecommunication Material List of H5C3
MATERIAL CHARACTERISTICS
Initial
permeability
Pi
Relative loss
factor
tanG/Pi
Temperature
factor of
initial
permeability
DPir
u10–6
u10–6
–30 to +20°C
0 to 20°C
20 to 70°C
15000±30%
<7.0(10kHz)
–0.5 to 1.5
—
–0.5 to 1.5
Saturation
Remanent
magnetic flux flux density
density
Coercive
force
Curie
temperature
Hysteresis
material
constan
Bs
(mT)
H=1194A/m
25°C
Br
(mT)
H=1194A/m
25°C
Hc
(A/m)
H=1194A/m
25°C
Tc
(°C)
KB
360
105
4.4
>105
Disaccommo Density
dation factor
DF
Electrical
resistivity
u10–6
db
(kg/m3)
u103
Uv
(: • m)
<2
4.95
0.15
10–6
mT
<0.5
Typ.
Pi frequency characteristics(Typ.)
Pi temperature characteristics(Typ.)
×10 3
20
10 4
15
5
μi
Initial permeability μi
3
10
5
10 3
5
10
5
10 2
5
10 3
Frequency (kHz)
5
0
10 4
40
80
Temperature (°C)
120
10 – 4
400
25°C
300
60°C
200
Test core: Toroidal
OD=31mm
ID=19mm
TH=8mm
100
0
800
Magnetic field H(A/m)
1600
Relative loss factor tanδ/μi
500
Flux density B(mT)
0
tanG/ Pi frequency characteristics(Typ.)
B-H temperature characteristics(Typ.)
0
– 40
5
10 – 5
5
10 – 6
5
1
5
10
5 10 2
Frequency (kHz)
5
10 3
5
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20141203 / ferrite_mn-zn_material_characteristics_en.fm
(16/24)
F E R R I T E S
Mn-Zn Ferrite for Telecommunication Material List of HP5
MATERIAL CHARACTERISTICS
Initial
permeability
Relative loss
factor
Pi
tanG/Pi
Temperature
factor of
initial
permeability
DPir
u10–6
u10–6
–30 to +20°C
0 to 20°C
20 to 70°C
5000±20%
—
±12.5%
±12.5%
<3.5
Saturation
Remanent
magnetic flux flux density
density
Coercive
force
Curie
temperature
Hysteresis
material
constan
Disaccommo Density
dation factor
Electrical
resistivity
Bs
(mT)
H=1194A/m
25°C
Br
(mT)
H=1194A/m
25°C
Hc
(A/m)
H=1194A/m
25°C
Tc
(°C)
KB
DF
400
65
7.2
>140
10–6
db
(kg/m3)
u103
Uv
(: • m)
u10–6
<3
4.8
0.15
mT
<0.4
Typ.
Pi frequency characteristics(Typ.)
Pi temperature characteristics(Typ.)
10 4
5
×10 3
11
10
9
8
7
6
5
4
3
2
1
0
μi
Initial permeability μi
3
10 3
5
10
5
10 2
5
10 3
Frequency (kHz)
5
10 4
40
80
Temperature (°C)
120
10 – 4
20°C
40°C
400
70°C
300
200
Test
Test core:
core: Toroidal
Toroidal
OD=6mm
OD=31mm
ID=3mm
ID=19mm
TH=1.5mm
TH=8mm
100
0
800
Magnetic field H(A/m)
1600
Relative loss factor tanδ/μi
500
Flux density B(mT)
0
tanG/ Pi frequency characteristics(Typ.)
B-H temperature characteristics(Typ.)
0
– 40
5
10 – 5
5
10 – 6
5
1
5
10
5 10 2
Frequency (kHz)
5
10 3
5
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20141203 / ferrite_mn-zn_material_characteristics_en.fm
(17/24)
F E R R I T E S
Mn-Zn Ferrite for Telecommunication Material List of DNW45
MATERIAL CHARACTERISTICS
Initial
permeability
Relative loss
factor
Pi
tanG/Pi
Temperature
factor of
initial
permeability
DPir
u10–6
u10–6
–30 to +20°C
0 to 20°C
20 to 70°C
4200±25%
—
—
—
<3.5
Saturation
Remanent
magnetic flux flux density
density
Coercive
force
Curie
temperature
Hysteresis
material
constan
Disaccommo Density
dation factor
Electrical
resistivity
Bs
(mT)
H=1194A/m
25°C
Br
(mT)
H=1194A/m
25°C
Hc
(A/m)
H=1194A/m
25°C
Tc
(°C)
KB
DF
450
50
6.5
>150
10–6
db
(kg/m3)
u103
Uv
(: • m)
u10–6
<3
4.85
0.65
mT
<0.8
Typ.
Pi temperature characteristics(Typ.)
P' temperature characteristics(Typ.)
8000
5000
at 100kHz
H DC =30A/m
4000
6000
μΔ
μi
3000
4000
2000
2000
0
–60
1000
–20
20
60
100
Temperature(°C)
140
180
0
–40
–20
0
20
40
Temperature(°C)
60
80
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20141203 / ferrite_mn-zn_material_characteristics_en.fm
(18/24)
F E R R I T E S
Mn-Zn Material List of Large Size Ferrite for High Power
MATERIAL CHARACTERISTICS
Material Initial
Curie
Saturation
permeability temperature magnetic flux
density
Bs
Pi
Tc
(mT)
(°C)
H=1194A/m
Remanent
flux density
Coercive
force
Core loss
Br
(mT)
H=1194A/m
Hc
(A/m)
H=1194A/m
Pcv
(kW/m3)
B=200mT
25kHz
23°C
Electrical Approxi
resistivity mate
density
dapp
U
(: • m)
(kg/m3)
u103
Thermal
expansion
coefficient
D
(1/K)
u10–6
Thermal
Specific Bending Young’s Magneto
conductivity heat
strength modulus striction
N
(W/mK)
Cp
(J/kg • K)
Gb3
(N/m2)
u107
E
(N/m2)
u1011
Os
u10–6
100kHz
23°C
100°C
23°C
23°C
90°C
100°C
100°C
PE22
1800
>200
510
410
140
16
79
80
520
3.0
4.8
12
5
600
9
1.2
–0.6
PC40
2300
>200
500
380
125
15
64
70
420
6.5
4.8
12
5
600
9
1.2
–0.6
PE90
2200
>250
530
430
170
13
60
68
400
6.0
4.9
12
5
600
9
1.2
–0.6
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20141203 / ferrite_mn-zn_material_characteristics_en.fm
(19/24)
F E R R I T E S
Mn-Zn Large Size Ferrite for High Power Material List of PE22
MATERIAL CHARACTERISTICS
Initial
Curie
Saturation
permeability temperature magnetic flux
density
Bs
Pi
Tc
(mT)
(°C)
H=1194A/m
Remanent
flux density
Coercive
force
Core loss
Br
(mT)
H=1194A/m
Hc
(A/m)
H=1194A/m
Pcv
(kW/m3)
B=200mT
25kHz
23°C
1800
>200
Thermal
Specific
conductivity heat
Bending Young’s Magnetos
strength modulus triction
N
(W/mK)
Gb3
(N/m2)
u107
E
(N/m2)
u1011
Os
3.0
5
9
1.2
–0.6
Cp
(J/kg • K)
u10–6
100kHz
23°C
100°C
23°C
23°C
90°C
100°C
100°C
510
410
140
16
79
80
520
Core loss vs. temperature characteristics(Typ.)
Electrical Approximate Thermal
resistivity density
expansion
dapp
coefficient
U
D
(kg/m3)
(: • m)
(1/K)
u103
u10–6
4.8
12
600
Saturation magnetic flux density vs. temperature
characteristics(Typ.)
900
700
800
600
100kHz-200mT
600
500
Bs(mT )
Pcv(kW/m 3)
700
500
400
400
300
300
200
200
25kHz-200mT
100
0
0
20
40
60
80
Temperature(°C)
100
100
0
120
50
100
150
Temperature (°C)
Initial magnetic permeability vs. temperature
characteristics(Typ.)
Magnetic permeability vs. frequency characteristics(Typ.)
5000
4000
4000
Temp.: 23°C
Hm=0.4A/m
3000
μi
μ’, μ”
3000
2000
μ’
2000
μ”
1000
1000
0
0
0
f =1kHz
Hm=0.4A/m
100
200
Temperature (°C)
300
0
10
100
1000
10000
Frequency (kHz)
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20141203 / ferrite_mn-zn_material_characteristics_en.fm
(20/24)
F E R R I T E S
Mn-Zn Large Size Ferrite for High Power Material List of PE22
Core loss vs. temperature characteristics
10000
Temp.23°C
1
10
10000
100
1000
Frequency (kHz)
Pcv (kW/m3)
300mT
250mT
200mT
150mT
100mT
50mT
1
10
10000
Temp.60°C
100
1000
Frequency (kHz)
10000
Temp.80°C
1000
100
300mT
250mT
200mT
150mT
100mT
50mT
10
1
10
100
1000
Frequency (kHz)
100
1
10
10000
Temp.90°C
300mT
250mT
200mT
150mT
100mT
50mT
10
10000
1000
Pcv (kW/m3)
100
10
10000
1000
100
1000
Frequency (kHz)
10000
Temp.100°C
1000
100
300mT
250mT
200mT
150mT
100mT
50mT
10
1
10
10000
Pcv (kW/m3)
300mT
250mT
200mT
150mT
100mT
50mT
10
Pcv (kW/m3)
Pcv (kW/m3)
100
10000
Temp.40°C
1000
1000
100
1000
Frequency (kHz)
10000
Pcv (kW/m3)
10000
100
300mT
250mT
200mT
150mT
100mT
50mT
10
1
10
100
1000
Frequency (kHz)
10000
Temp.120°C
Pcv (kW/m3)
1000
100
300mT
250mT
200mT
150mT
100mT
50mT
10
1
10
100
1000
Frequency (kHz)
10000
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20141203 / ferrite_mn-zn_material_characteristics_en.fm
(21/24)
F E R R I T E S
Mn-Zn Large Size Ferrite for High Power Material List of PC40
MATERIAL CHARACTERISTICS
Initial
Curie
Saturation
permeability temperature magnetic flux
density
Bs
Pi
Tc
(mT)
(°C)
H=1194A/m
Remanent
flux density
Coercive
force
Core loss
Br
(mT)
H=1194A/m
Hc
(A/m)
H=1194A/m
Pcv
(kW/m3)
B=200mT
25kHz
23°C
2300
>200
Thermal
Specific
conductivity heat
Bending Young’s Magnetos
strength modulus triction
N
(W/mK)
Gb3
(N/m2)
u107
E
(N/m2)
u1011
Os
6.5
5
9
1.2
–0.6
Cp
(J/kg • K)
u10–6
100kHz
23°C
100°C
23°C
23°C
90°C
100°C
100°C
500
380
125
15
64
70
420
Core loss vs. temperature characteristics(Typ.)
Electrical Approximate Thermal
resistivity density
expansion
dapp
coefficient
U
D
(kg/m3)
(: • m)
(1/K)
u103
u10–6
4.8
12
600
Saturation magnetic flux density vs. temperature
characteristics(Typ.)
900
700
800
600
500
600
100kHz-200mT
500
Bs(mT )
Pcv(kW/m 3)
700
400
400
300
300
200
200
25kHz-200mT
100
0
0
20
40
60
80
Temperature(°C)
100
100
0
120
0
50
100
150
Temperature (°C)
Initial magnetic permeability vs. temperature
characteristics(Typ.)
Magnetic permeability vs. frequency characteristics(Typ.)
5000
4000
Temp.: 23°C
Hm=0.4A/m
4000
3000
μi
μ’, μ”
3000
2000
μ”
1000
1000
0
0
μ’
2000
f =1kHz
Hm=0.4A/m
100
200
Temperature (°C)
300
0
10
100
1000
10000
Frequency (kHz)
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20141203 / ferrite_mn-zn_material_characteristics_en.fm
(22/24)
F E R R I T E S
Mn-Zn Large Size Ferrite for High Power Material List of PC40
Core loss vs. temperature characteristics
10000
Temp.23°C
300mT
250mT
200mT
150mT
100mT
50mT
10
1
10
100
1000
Frequency (kHz)
Pcv (kW/m3)
1
10
100
1000
Frequency (kHz)
10000
Temp.40°C
1000
300mT
250mT
200mT
150mT
100mT
50mT
10
1
10
100
1000
Frequency (kHz)
100
1
10
10000
Temp.90°C
300mT
250mT
200mT
150mT
100mT
50mT
10
10000
1000
Pcv (kW/m3)
300mT
250mT
200mT
150mT
100mT
50mT
10
10000
Temp.60°C
100
100
1000
Frequency (kHz)
10000
Temp.100°C
1000
100
300mT
250mT
200mT
150mT
100mT
50mT
10
1
10
10000
100
10000
1000
10000
Pcv (kW/m3)
100
10000
Temp.40°C
1000
Pcv (kW/m3)
Pcv (kW/m3)
1000
100
1000
Frequency (kHz)
10000
Pcv (kW/m3)
10000
100
300mT
250mT
200mT
150mT
100mT
50mT
10
1
10
100
1000
Frequency (kHz)
10000
Temp.120°C
Pcv (kW/m3)
1000
100
300mT
250mT
200mT
150mT
100mT
50mT
10
1
10
100
1000
Frequency (kHz)
10000
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20141203 / ferrite_mn-zn_material_characteristics_en.fm
(23/24)
F E R R I T E S
Mn-Zn Large Size Ferrite for High Power Material List of PE90
MATERIAL CHARACTERISTICS
Initial
Curie
Saturation
permeability temperature magnetic flux
density
Bs
Pi
Tc
(mT)
(°C)
H=1194A/m
Remanent
flux density
Coercive
force
Core loss
Br
(mT)
H=1194A/m
Hc
(A/m)
H=1194A/m
Pcv
(kW/m3)
B=200mT
25kHz
23°C
2200
>250
Thermal
Specific
conductivity heat
Bending Young’s Magnetos
strength modulus triction
N
(W/mK)
Gb3
(N/m2)
u107
E
(N/m2)
u1011
Os
6.0
5
9
1.2
–0.6
Cp
(J/kg • K)
u10–6
100kHz
23°C
100°C
23°C
23°C
90°C
100°C
100°C
530
430
170
13
60
68
400
Core loss vs. temperature characteristics(Typ.)
Electrical Approximate Thermal
resistivity density
expansion
dapp
coefficient
U
D
(kg/m3)
(: • m)
(1/K)
u103
u10–6
4.9
12
600
Saturation magnetic flux density vs. temperature
characteristics(Typ.)
900
4000
Temp.: 23°C
Hm=0.4A/m
800
3000
100kHz-200mT
600
500
μ’, μ”
Pcv(kW/m 3)
700
400
μ’
2000
300
200
100
0
0
20
40
60
80
Temperature(°C)
100
μ”
1000
25kHz-200mT
0
10
120
100
1000
10000
Frequency (kHz)
Initial magnetic permeability vs. temperature
characteristics(Typ.)
Magnetic permeability vs. frequency characteristics(Typ.)
5000
4000
Temp.: 23°C
Hm=0.4A/m
4000
3000
μ’
μi
μ’, μ”
3000
2000
μ”
1000
1000
0
0
2000
f =1kHz
Hm=0.4A/m
100
200
Temperature (°C)
300
0
10
100
1000
10000
Frequency (kHz)
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Please note that the contents may change without any prior notice due to reasons such as upgrading.
20141203 / ferrite_mn-zn_material_characteristics_en.fm
(24/24)
F E R R I T E S
Mn-Zn Large Size Ferrite for High Power Material List of PE90
Core loss vs. temperature characteristics
10000
Temp.23°C
300mT
250mT
200mT
150mT
100mT
50mT
10
1
10
100
1000
Frequency (kHz)
Pcv (kW/m3)
1
10
100
1000
Frequency (kHz)
10000
Temp.80°C
1000
300mT
250mT
200mT
150mT
100mT
50mT
10
1
10
100
1000
Frequency (kHz)
100
1
10
10000
Temp.90°C
300mT
250mT
200mT
150mT
100mT
50mT
10
10000
1000
Pcv (kW/m3)
300mT
250mT
200mT
150mT
100mT
50mT
10
10000
Temp.60°C
100
100
1000
Frequency (kHz)
10000
Temp.100°C
1000
100
300mT
250mT
200mT
150mT
100mT
50mT
10
1
10
10000
100
10000
1000
10000
Pcv (kW/m3)
100
10000
Temp.40°C
1000
Pcv (kW/m3)
Pcv (kW/m3)
1000
100
1000
Frequency (kHz)
10000
Pcv (kW/m3)
10000
100
300mT
250mT
200mT
150mT
100mT
50mT
10
1
10
100
1000
Frequency (kHz)
10000
Temp.120°C
Pcv (kW/m3)
1000
100
300mT
250mT
200mT
150mT
100mT
50mT
10
1
10
100
1000
Frequency (kHz)
10000
Please be sure to request delivery specifications that provide further details on the features and specifications of the products for proper and safe use.
Please note that the contents may change without any prior notice due to reasons such as upgrading.
20141203 / ferrite_mn-zn_material_characteristics_en.fm