FINEMETカタログ.indd

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1 FINEMET Nanocrystalline Components In addition to FT-3M and FT-3L series, three kinds of series are now available. FT-3K50T FT-8K50D FT-3TL Improved high frequency characteristics Improved DC superposed characteristics Reduced core loss

FINEMET FINEMET Nanocrystalline Fe-based Soft Magnetic Material with High Saturation Flux Density, High Relative Permeability and Low Core Loss What is FINEMET The precursor of FINEMET is amorphous

2 FINEMET FINEMET Nanocrystalline Fe-based Soft Magnetic Material with High Saturation Flux Density, High Relative Permeability and Low Core Loss What is FINEMET The precursor of FINEMET is amorphous ribbonnoncrystallineobtained by rapid quenching at one million / second from the molten metal consisting of Fe, Si, B and small amounts of Cu and Nb. These crystallized alloys have grains which are extremely uniform and small, about ten nanometers in size. Amorphous metals which contain certain alloy elements show superior soft magnetic properties through crystallization. It was commonly known that the characteristics of soft magnetic materials are larger crystal grains yield better soft magnetic properties. Contrary to this common belief, soft magnetic material consisting of a small, nano-order, crystal grains have excellent soft magnetic properties. Features Satisfy both high saturation magnetic flux density and high permeability High saturation magnetic flux density comparable to Fe-based amorphous metal. High permeability comparable to Co-based amorphous metal. 2. Low core Loss /5th the core loss of Fe-based amorphous metal and approximately the same core loss as Co-based amorphous metal. 3. Low magnetostriction Less affected by mechanical stress. Very low audio noise emission. 4. Excellent temperature characteristics and small aging effects Small permeability variationless than ±%at a temperature range of Unlike Co-based amorphous metals, aging effects are very small. 5. Excellent characteristics over wide frequency range High permeability and low core loss over wide frequency range, which is equivalent to Co-based amorphous metal. 6. Flexibility to control magnetic properties B-H curve shape during annealing Three types of B-H curve squareness, high, middle and low remanence ratio, corresponding to various applications 2

Superior to Conventional Material Relationship between relative permeability and saturation flux density of various soft

produces various types of soft magnetic materials, such as Permalloy, soft ferrite, amorphous metal, and FINEMET, and we use

We continually improve our material technology and develop new applications by taking advantage of the unique characteristics

Technology Rapid quenching Nano structure control Annealing Measurement INDEX 2 About FINEMET 4 FINEMET FT-3K50T 5 FT-3K50T F

3 Superior to Conventional Material Relationship between relative permeability and saturation flux density of various soft magnetic materials Typical Applications of FINEMET Hitachi Metals, Ltd. produces various types of soft magnetic materials, such as Permalloy, soft ferrite, amorphous metal, and FINEMET, and we use these materials in our products applications. We continually improve our material technology and develop new applications by taking advantage of the unique characteristics these materials provide. FINEMET is a good example. It is our hope, FINEMET will be the best solution for your application. Technology Rapid quenching Nano structure control Annealing Measurement INDEX 2 About FINEMET 4 FINEMET FT-3K50T 5 FT-3K50T F Series 6 FM-C Series 7 FM-V Series 8 FINEMET FT-8 9 FT-8K50D F Series Electromagnetic circuit designing Electromagnetic and electro circuit designing Picture of FINEMET through a transmission electron microscope FINEMET FT-3TL FT-3TL F/RT Series

FINEMET FT-3K50T FINEMET FT-3K50T realizes common mode choke coil and core with high impedance characteristics at MHz band, that contributes to effective noise reduction of AM radio band and make

4 FINEMET FT-3K50T FINEMET FT-3K50T realizes common mode choke coil and core with high impedance characteristics at MHz band, that contributes to effective noise reduction of AM radio band and make smaller and lighter products than conventional Mn-Zn ferrite. Benefit. 2.. Excellent Characteristics Three time higher impedance at 3MHz than that of Mn-Zn ferrite. 2. Small and Light Weight 47% lighter weight and 45% smaller size of Mn-Zn ferrite. (spec: rated current 20A, L=3mH at 0kHz) Outline and Features higher impedance characteristics 0 FT-3KM FT-3K50T Mn-ZnFerrite(μ'5k) Mn-ZnFerrite(μ'k) 3 times FT-3K50T Mn-Zn Volume 24cm 3 (55% of Mn-Zn) 44cm 3 Weight 55g (53% of Mn-Zn) 4g Spec.; Rated Current 20A, 3mH at 0kHz Ω CoreSize OD:25mm, ID:5mm, HT2.5mm Cu wire φ.5mm - 3ts FINEMET Mn-Zn Ferrite Application PHEV, EV, Traction Inverter, Charger,etc. 4

Common Mode Chock Core For DC/AC Power Lines Common mode chock core, F series with FINEMET FT-3K50T, with higher impedance at MHz band than that of FT-3KM, realizes effective noise reduction at AM

5 Common Mode Chock Core For DC/AC Power Lines Common mode chock core, F series with FINEMET FT-3K50T, with higher impedance at MHz band than that of FT-3KM, realizes effective noise reduction at AM radio band. Finished dimension (mm) Ae Lm Weight AL value (μh/n 2 ) Product code A B C (mm 2 ) (mm) (g) khz 0kHz MIN. TYP. TYP. TYP. +50%,-30% +/-30% FAH57 FT-3K50T F63YS FAH8 FT-3K50T F27DS FAH82 FT-3K50T F255DS FAH83 FT-3K50T F3020CS FAH7 FT-3K50T F3320ES FAH8 FT-3K50T F3724ES FAH84 FT-3K50T F4032ES FAH85 FT-3K50T F4424GS FAH9 FT-3K50T F4535GS FAH86 FT-3K50T F4627HS FAH87 FT-3K50T F5040GS FAH FT-3K50T F6045GS FAH FT-3K50T F7555GS FAH2 FT-3K50T F080GS FAH3 FT-3K50T F400PS , Insulation grade: class B (30 C) - No Ozone Layer Depleting Chemicals are used in these products or their manufacturing process. - Ae: effective cross-section area, Lm: mean magnetic path length vs. Frequency (Ω) (Ω) For safety and proper usage, you are requested to approve our product specifi cation or to transact the approval sheet for product specifi cations before ordering. This catalog and its contents are subject to change without notice. 5

Common Mode Chock Coil For DC and Single-phase AC Power Line Common mode chock coil, FM-C series using FT-3K50T core, realizes higher impedance at MHz band and that contributes to effective noise

6 Common Mode Chock Coil For DC and Single-phase AC Power Line Common mode chock coil, FM-C series using FT-3K50T core, realizes higher impedance at MHz band and that contributes to effective noise reduction at AM radio band. Product code Rated current (A) L (mh) 0kHz TYP. Wire diameter (mm) A Standard Specification Rated voltage : AC250V or DC250V Insulation voltage rating : AC2kV for min. Or AC2.4kV for 3sec.(line-line) Insulation resistance : Over 0MΩ after applying DC500V for min.(line-line) Insulation grade : Class B (30 ) Temperature rise : Refer to each specification Operating temperature range : (including temperature rise of core) Finished dimensions (mm) FAH74 FM-C5V92BPF-50T FAH75 FM-C57V2BPF-50T FAH76 FM-C53V62BPF-50T FAH77 FM-C203V52BPF-50T FAH78 FM-C253V32BPF-50T FAH79 FM-C304V62BPF-50T FAH80 FM-C405V42BPF-50T B C F REF. G REF. DCR (mω) Temp rise ( ) REF FM-C5V92BPF-50T FM-C203V52BPF-50T FM-C405V42BPF-50T FM-C572BPF-50T FM-C253V32BPF-50T FM-C53V62BPF-50T FM-C304V62BPF-50T

7 Common Mode Chock Coil For DC and Single-phase AC Power Lines for automotive applications Common mode chock coil, FM-V series using FT-3K50T core with design for vibration, suits for automobile application. Product code Rated current (A) L (mh) 0kHz TYP. Wire diameter (mm) A Finished dimensions (mm) B C F REF. G REF. DCR (mω) Temp rise () REF. FAH89 FM-V63V202BPF-50T A FAH90 FM-V64V42BPF-50T A FAH9 FM-V65V3BPF-50T A FAH92 FM-V254V82YBPF-50T B FAH93 FM-V325V342YBPF-50T B Shape Standard Specification Rated voltage : AC400V or DC400V Insulation voltage rating : AC2kV for min. Or AC2.4kV for 3sec.(line-line) Insulation resistance : Over 0MΩ after applying DC500V for min.(line-line) Insulation grade : Class B (30 ) Temperature rise : Refer to each specification Operating temperature range : (including temperature rise of core) 0 FM-V63V202BPF-50T Frequency(kHz) 0 FM-V64V42BPF-50T Frequency(kHz) 0 FM-V65V3BPF-50T Frequency(kHz) 0 FM-V254V82YBPF-50T FM-V325V342YBPF-50T For safety and proper usage, you are requested to approve our product specifi cation or to transact the approval sheet for product specifi cations before ordering. This catalog and its contents are subject to change without notice. 7

FINEMET FT-8 FINEMET FT-8 series, with high DC superposed characteristics, effectively suppresses large common mode current from high load inverters without magnetic saturation. Benefit. 2. 3.

8 FINEMET FT-8 FINEMET FT-8 series, with high DC superposed characteristics, effectively suppresses large common mode current from high load inverters without magnetic saturation. Benefit Excellent DC supreposed characteristics Three times higher DC superposed characteristics of Mn-Zn ferrite with μ Excellent frequency characteristics 2.5 times higher impedance of Mn-Zn ferrite with μ Oval-shaped core with low height 20%lower height compared with ring core Outline and Features High DC superposed characteristics Excellent frequency characteristics BT DC B-H FT-3KM FT-8 Mn-Zn Ferrite Material B(T) μr FT-8.3 5K FT-3KM.23 70K Mn-Zn Ferrite K HA/m 00 0 vs. Frequency Core Size OD:25mm, ID:5mm, HT:2.5mm FrequencykHz FT-3KM FT-8 Mn-Zn Ferrite at 0kHz 0 vs. DC bias Field FT-3KM FT-8 Mn-Zn Ferrite Core Size OD:25mm, ID:5mm, HT:2.5mm Oval - shaped core with low height Bus bar DC Bias FieldA/m FINEMET CORE Application HEV, EV, Traction Inverter, Charger, etc. 8

Common Mode Chock Core For Large Current DC/AC Power Lines Common mode chock core, F series with FINEMET FT- 8K50D, realizes higher impedance at MHz band and high DC superposed characteristics

9 Common Mode Chock Core For Large Current DC/AC Power Lines Common mode chock core, F series with FINEMET FT- 8K50D, realizes higher impedance at MHz band and high DC superposed characteristics effectively suppress larger commom mode current without magnetic saturation. Finished dimension (mm) Ae Lm Weight AL value (μh/n 2 ) Product code A B C (mm 2 ) (mm) (g) khz 0kHz Max. Max. Min. TYP. TYP. TYP. +/-30% +/-30% FAH2 FT-8K50D F4535G FAH22 FT-8K50D F6045G FAH23 FT-8K50D F7555G FAH24 FT-8K50D F080G FAH25 FT-8K50D F400P , FAH64 FT-8K50D F6030H , FAH26 FT-8K50D F20060P , Insulation grade: class B (30 C) - No Ozone Layer Depleting Chemicals are used in these products or their manufacturing process. - Ae: effective cross-section area, Lm: mean magnetic path length DC B-H Permeability vs. Frequency 00 μ' μ" 500 B (mt) Permeability H (A/m) vs. DC bias current 00 vs. Frequency AL (μh/n 2 ) at 0kHz 4 FT-8K50D F4535G FT-8K50D F6045G 2 FT-8K50D F7555G FT-8K50D F080G FT-8K50D F400P FT-8K50D F6030H 8 FT-8K50D F20060P Idc (A) (L vs. DC bias currenctis typical value, not guaranteed) (Ω) FT-8K50D F4535G FT-8K50D F6045G FT-8K50D F7555G FT-8K50D F080G FT-8K50D F400P FT-8K50D F6030H FT-8K50D F20060P For safety and proper usage, you are requested to approve our product specifi cation or to transact the approval sheet for product specifi cations before ordering. This catalog and its contents are subject to change without notice. 9

FINEMET FT-3TL FINEMET FT-3TL have much lower core loss and have high satulation flux density. Benefit. 2.. Lower Loss Compared to conventional cut core.

10 FINEMET FT-3TL FINEMET FT-3TL have much lower core loss and have high satulation flux density. Benefit. 2.. Lower Loss Compared to conventional cut core. -Toroidal core has /7 smaller core loss -Square core has /5 smaller core loss 2. High Satulation Flux density. 4 times more higher flux density compared to Mn-Zn Ferrite (Bs 0.3T:.2T) Outline and Features Low Core Loss 0 Bm=0.T Core loss (W/kg ) 0. 0 High Satulation Flux Density DC B-H 500 Excellent frequency characteristic 0,000 Permeability vs. Frequency 00 μ' μ'' 500,000 B (mt) Permeability, H (A/m) 0 0,000,000 0,000 Application High frequency SW transformer Welding machine, Power supply for Electrostatic Precipitator Insulation transformer for Solar power conditioner

Cores for Power Transformers For High Frequecy SW Transformer Cores for power transformer with FINEMET FT-3TL, with low core loss and high saturation flux density, realizes effective power

T FAH65 FT-3TL F5040GS 52.3 22.8 37. 70.8 4.8 80 4.4 0.03 FAH66 FT-3TL F6045GS 64.7 26.0 40.3 4.4 66.0 62 8.2 0.07 FAH67 FT-3TL F7555GS 79.7 25.7 50.3 42.4 205.0 267 20. 0. FAH68 FT-3TL F080GS 4.7 25.7 75.

11 Cores for Power Transformers For High Frequecy SW Transformer Cores for power transformer with FINEMET FT-3TL, with low core loss and high saturation flux density, realizes effective power transforming. Toroidal Cores Finished dimension (mm) Ae Lm Weight AL value (μh/n 2 ) Pc* (W Max) Product code A B C (mm2) (mm) (g) khz 20kHz Max. Max. Min. TYP. TYP. TYP. +/-30% 0.T FAH65 FT-3TL F5040GS FAH66 FT-3TL F6045GS FAH67 FT-3TL F7555GS FAH68 FT-3TL F080GS FAH69 FT-3TL F400PS , FAH70 FT-3TL F20060PS , Insulation grade: class B (30 C) - No Ozone Layer Depleting Chemicals are used in these products or their manufacturing process. - Ae: effective cross-section area, Lm: mean magnetic path length *:Core loss is refference value Square Cores Finished dimension (mm) Product code A B C D E F FAH7 FT-3TL RT S FAH72 FT-3TL RT S FAH73 FT-3TL RT S Ae Lm Weight AL value (μh/n 2 ) Pc* (W Max) Product code (mm2) (mm) (kg) khz 20kHz TYP. TYP. TYP. +/-30% 0.T FAH7 FT-3TL RT S, FAH72 FT-3TL RT S FAH73 FT-3TL RT S,875, For safety and proper usage, you are requested to approve our product specifi cation or to transact the approval sheet for product specifi cations before ordering. This catalog and its contents are subject to change without notice.

12 . When designing a component using this product and applying the designed components in any system, use this product only in the guaranteed range specified by Hitachi Metals, Ltd. Do not use the product beyond guaranteed values specified by Hitachi Metals, Ltd. Hitachi Metals, Ltd. will not be responsible for any damage or accident when this product is used beyond guaranteed values specified by Hitachi Metals, Ltd. Even when the product is used within the specification given by Hitachi Metals, take appropriate measures for system, such as failsafe, to avoid any accident resulting in any bodily injury and/or property damage. It is the responsibility of a user to take such measures. 2. These products are designed to be used for general electronic devises (e.g. office machinery, communication devices, measurement devices, household appliances, etc.). Performance and safety of this product for applications in the special fields which require particularly high reliability and quality, and whose application is potentially life threatening or could lead to physical harm in the event of malfunction is not confirmed. Such fields may include: space science, aviation, nuclear energy, combustion control, transportation, safety devices and medical equipment. Be sure to examine the performance and safety when the product is used for these applications, and take appropriate measures for system, such as failsafe, to avoid any accident resulting in any bodily injury and/or property damage. It is the responsibility of a user to take such measures. 3. Take appropriate measures, such as using an overvoltage protective device to prevent high voltage surge from being applied to the product if direct lightning surge, inductive lightning surge, switching surge, etc. is likely to applied to this product. This product may deteriorate in function when high-voltage surge is applied. It is the responsibility of the user to take such measures. 4. The user is responsible for checking the fitness of the production in radiation environment. 5. In no event shall Hitachi Metals, Ltd. be responsible for any claim, loss or damages caused by defect in design by the user. 6. The products and their specifications are subject to change without notice. Please check the latest catalog, technical documents or specifications before your final design, procurement or use of the products. 7. No warranty, right or license in connection with any patent, trademark, copyright, or any other intellectual property right shall be, expressly or impliedly, given or granted to any party by Hitachi Metals, Ltd. under this catalog. 8. Please contact with Soft Magnetic Materials and Components Business Unit, Hitachi Metals, Ltd., for any inquiry. High-Grade Metals Company Soft Magnetic Materials and Components Business Unit North America Hitachi Metals America, LLC Chicago Office 85W. Algonquin Road Suite 499 Arlington Heights, IL , U.S.A. Tel: Fax: Hitachi Metals Hong Kong, Ltd. Suites /F, Tower 6 The Gateway, Harbour City, Tsimshatsui, Kowloon, Hong Kong Tel: Fax: Hitachi Metals Taiwan, Ltd. Taipei Branch Office F, No.9 Xiangyang Road, Zhongzheng Dist., Taipei, Taiwan Tel: Fax: Asia Head Office Shinagawa Season Terrace 2-70, Konan -chome, Minato-ku, Tokyo , Japan Tel: Fax: Europe Hitachi Metals Europe GmbH Head Office Immermannstrasse 4-6, 402 Duesseldorf, Germany Tel: Fax: Mirano Branch Office Via Modigliani 45, Segrate, Milano, Italy Tel: /753263/ Fax: Hitachi Metals (China), Ltd. F, Chong Hing Finance Center, No.288 Nan jing Road (W), Shanghai, China Tel: Hitachi Metals (Thailand) Ltd. Bangkok Sales Office Unit 3B, 3th Floor, Ploenchit Tower, 898 Ploenchit Road, Lumpini, Pathumwan, Bangkok 330, Thailand Tel: ~0890Fax: If you cannot reach the number above please contact Hitachi Metals, Ltd. in Tokyo below. Toll-free (in Japan), Tel HL-FM30- Do not duplicate any part of this catalog without written permission from Hitachi Metals, Ltd.

チョークコイル・リアクタ

チョークコイル・リアクタ THIN TRNSORMRS (MPT TYP) OMSTI(JPN) U S I TYP MPT MPT series are available for the thinner-sized sets and suit to I standard. H MPT I KS5535 KS6435 KS7235 KS7250 KS7270 KS9640 KS9660 KS9680 KS00 75.0 67.0