REC-26
Abstract: REC-18B
Text: 1/1 001-01 / 20010903 / e341.fm Magnets REC Series Rare Earth Cobalt Magnets MAGNETIC CHARACTERISTICS Press method Axial press Transverse press Material Remanent flux density Br(T) Coercive force HcB(kA/m) HcJ(kA/m) REC-32A REC-30 REC-26 REC-26E REC-22B
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REC-32A
REC-30
REC-26
REC-26E
REC-22B
REC-20
REC-26A
REC-24
REC-22
REC-22E
REC-26
REC-18B
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HS10
Abstract: HS52
Text: Ferrite Cores FT Series For Common-Mode Filter Square Closed-Magnetic Circuit Cores MATERIAL CHARACTERISTICS Material HS52 Initial permeability µi Relative loss factor Saturation magnetic flux density∗ Remanent flux density∗ Coercive force∗ Curie temperature∗
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194A/m]
100kHz]
2000min.
500kHz]
35min.
HS10
HS52
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HS10
Abstract: HS52 HS72ET28 2915 Ferrite HS52
Text: Ferrite Cores ET Series For Common-Mode Filter Double Closed-Magnetic Circuit Cores MATERIAL CHARACTERISTICS Material HS52 Initial permeability µi Relative loss factor Saturation magnetic flux density∗ Remanent flux density∗ Coercive force∗ Curie temperature∗
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2000min.
500kHz]
100kHz]
194A/m]
HS10
HS52
HS72ET28
2915
Ferrite HS52
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energy meter ppt
Abstract: sptt relays datasheets iron bh curve SR-30 magnetic flux pickup Accident avoiding system with a small electric shock yoke coil magnetic particle Demagnetized Flux Density Rotary Sensors MAGNETIC CHUCK
Text: MARUWA GENERAL CATALOG FERRITE MAGNETS Ferrite Magnet, which is featuring high coercive force, is used in wide range of applications including speakers, communication equipments, motors, relays, sensors, etc. a Standard a Standard Material Characteristics
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UL-510
Abstract: UL510 VHB4926 Flux Density UL polymide film UL746C COERCIVE nickel zinc
Text: API Materials Properties and Characteristics Loss Factor tan/µι API Material 1 Material Initial Permeability Saturation Flux Density (BS) Residual Flux Density (BR) Coercive Force (HC) Curie Temperature (TC) Volume Resistivity (p) Recommended Frequency Range
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10x10
60x10
UL94V-0,
UL-510
UL-746C
2000e
VHB4926
UL510
Flux Density
UL polymide film
UL746C
COERCIVE
nickel zinc
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PZT5A
Abstract: 3203HD PZT-5A 3195STD PZT-5 kt3 162 3195HD SD33
Text: Everywhere. Every Day. PZT5A & 5H Materials Technical Data Typical Values Property Dielectric Constant (1KHz) Dielectric Loss Factor (1KHz) Density Curie Point Mechanical Quality Factor Coercive Field (Measured < 1 Hz) Remanent Polarization Coupling Coefficients
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tokin ohd
Abstract: MAGNETIC card HEAD tokin mdcs Tokin* gyro magnet head MAGNETIC HEAD MAGNETIC HEAD recording TOKIN OHD- 90 01HL
Text: Tokin Sensors Magnetic Recording Heads For Super High Hc Media Outline These products feature newly developed high-performance Hi-B head cores . The high-density recording magnet head with excellent recording ability is also developed for ultra-high coercive media Hc = 3000 to 4000 Oe and
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HS72UU15
Abstract: uu 10.5 uu ferrite core HS10 HS52 uu ferrite
Text: Ferrite Cores UU Series For Common-Mode Filter U Type Cores MATERIAL CHARACTERISTICS Material HS52 Initial permeability µi Relative loss factor Saturation magnetic flux density∗ Remanent flux density∗ Coercive force∗ Curie temperature∗ Electrical resistivity∗
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2000min.
500kHz]
100kHz]
194A/m]
HS72UU10
HS10UU10
HS72UU15
uu 10.5
uu ferrite core
HS10
HS52
uu ferrite
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Tesla
Abstract: tesla diode
Text: FORM AE043 ISS1 PRODUCT DATA SHEET Comus Group of Companies Supplied by 12.5 .492 40.0 (1.574) Drawings not to scale All dimensions in mm (inches) SPECIFICATION Magnet material Remanence Coercive force (jHc) Surface pole flux Operating temperature Cast Alcomax
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AE043
Tesla
tesla diode
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Untitled
Abstract: No abstract text available
Text: API Materials Properties and Characteristics Loss Factor tan/µι API Material 1 Material Initial Permeability Saturation Flux Density (BS) Residual Flux Density (BR) Coercive Force (HC) Curie Temperature (TC) Volume Resistivity (p) Recommended Frequency Range
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10x10â
60x10â
UL94V-0,
UL-510
UL-746C
VHB4926
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Untitled
Abstract: No abstract text available
Text: Magnetic Recording Heads For Super High Hc Media Outline These products feature newly developed high-performance Hi-B head cores . The high-density recording magnet head with excellent recording ability is also developed for ultra-high coercive media Hc = 3000 to 4000 Oe and
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Untitled
Abstract: No abstract text available
Text: ＨＩＴＡＣＨＩ ＭＥＴＡＬＳ，ＬＴＤ． ＨＳ−５５ＡＨ ＳＩ 保 磁 力 Coercive Force Ｂｒ １.４８ ~ １.５２ Ｔ １４.８∼ １５．２ ｋＧ ｂＨｃ ９９４∼１１７８ ｋＡ/ｍ １２.５ ∼ １４．８ ｋＯｅ
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7414
Abstract: HS10 HS52 ferrite cores 1194A
Text: Ferrite Cores FTR Series For Common-Mode Filter Square Closed-Magnetic Circuit Cores MATERIAL CHARACTERISTICS Material HS52 Initial permeability µi Relative loss factor Saturation magnetic flux density∗ Remanent flux density∗ Coercive force∗ Curie temperature∗
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194A/m]
100kHz]
2000min.
500kHz]
7414
HS10
HS52
ferrite cores
1194A
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NEOREC-41
Abstract: NEOREC-32H NEOREC-35SH NEOREC 1035 transistor NEOREC-31SH NEOREC-40 Nd-Fe-B NEOREC-34SH NEOREC-44H
Text: 1/1 001-01 / 20010903 / e331.fm Magnets NEOREC Series NdFeB Type Rare Earth Magnets MAGNETIC CHARACTERISTICS Press method Axial press Transverse press ∗ Material Remanent flux density Br(T) Coercive force HcB(kA/m) HcJ(kA/m) NEOREC-50 NEOREC-47B NEOREC-45
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NEOREC-50
NEOREC-47B
NEOREC-45
NEOREC-44H
NEOREC-41
NEOREC-41H
NEOREC-38H
NEOREC-38SH
NEOREC-35SH
NEOREC-35UH
NEOREC-41
NEOREC-32H
NEOREC-35SH
NEOREC
1035 transistor
NEOREC-31SH
NEOREC-40
Nd-Fe-B
NEOREC-34SH
NEOREC-44H
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FB9H
Abstract: FB1A TDK FB6B FB9B ka 2919 FB6N FB4A TDK
Text: 1/1 001-01 / 20010903 / e321.fm Magnets FB Series Ferrite Magnets MAGNETIC CHARACTERISTICS Magnetization Wet-anisotropy Wet-anisotropy Wet-anisotropy Wet-anisotropy Dry-anisotropy Dry-isotropy ∗TDK Material Remanent flux density Coercive force Br(T) HcB(kA/m)
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T22 ferrite
Abstract: T22 ferrite datasheet HS10 HS52 HS721 1194a HS-7 HC 415 ferrite HS52 T38
Text: Ferrite Cores T Series For Cable Toroidal MATERIAL CHARACTERISTICS Material HS52 Initial permeability µi 5500±25% tanδ/µi Bs Br Hc Tc ρv db Relative loss factor Saturation magnetic flux density∗ Remanent flux density∗ Coercive force∗ Curie temperature∗
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2000min.
500kHz]
100kHz]
194A/m]
1100kHz,
100mV,
210kHz,
T22 ferrite
T22 ferrite datasheet
HS10
HS52
HS721
1194a
HS-7
HC 415 ferrite
HS52 T38
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neodymium
Abstract: bpm16 neodymium magnet BPL18 RARE
Text: 1/1 001-01 / 20010903 / e351.fm Magnets CM, BR, BP, BQ Series Composite Magnets Neodymium-Plastic, Rare Earth-Plastic, Ferrite-Plastic and Ferrite-Rubber Bonded MAGNETIC CHARACTERISTICS Composition Material Remanent flux density Br(mT) Coercive force HcB(kA/m)
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CM11B
BRA90
BPB12
BPL20
BPL18
BPK20
BPK18
BPM12
BPM16
BQJ05
neodymium
bpm16
neodymium magnet
BPL18
RARE
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Untitled
Abstract: No abstract text available
Text: Magnetic Recording Heads For Super High Hc Media Outline These products feature newly developed high-performance Hi-B head cores . The high-density recording magnet head with excellent recording ability is also developed for ultra-high coercive media Hc = 3000 to 4000 Oe and
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NRS-603W
NRS-700
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smd diode ab2
Abstract: spike killer smd diode WB amobead AB3X2X3 smd 5DY WB 3 mosfet AB3X2X3SM snubber circuit for mosfet
Text: 2． Noise Suppression Devices AMOBEADS An amorphous noise suppression device is unique and completely different from conventional noise filters. Conventional noise prevention products focus on somehow minimizing the noise after it's been created, by typically trying to absorb the noise, and so their effectiveness in noise reduction is directly
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20mv/div
Frequency150kHz
00V/div
Frequency250kHz
50mv/div
smd diode ab2
spike killer
smd diode WB
amobead
AB3X2X3
smd 5DY
WB 3 mosfet
AB3X2X3SM
snubber circuit for mosfet
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Untitled
Abstract: No abstract text available
Text: Datasheet AC/DC Drivers Power Factor Correction and Quasi-Resonant DC/DC converter IC BM1C001F PFC Output level setting function PFC ON/OFF level setting QR low power when load is light Burst operation and frequency decrease function QR maximum frequency control (120kHz)
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BM1C001F
120kHz)
BM1C001F
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Untitled
Abstract: No abstract text available
Text: EPCOS SIFERRIT Materials Material properties Preferred application Material Base material Color code adjuster Symbol Initial permeability (7 = 2 5 °C) Meas. field strength Flux density (near saturation) (7=10 kHz) Coercive field strength ( f = 10 kHz) Optimum
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UL746C
Abstract: No abstract text available
Text: API Materials Properties and Characteristics API Material 1 Loss Factor tan/pi Material Initial Permeability Saturation Flux Density (BS) Residual Flux Density (BR) Coercive Force (HC) Curie Temperature (TC) Volume Resistivity (p) Recommended Frequency Range
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10x10-6
60x10-6
UL94V-0,
UL-510
UL-746C
650pi
10x10-6
60x10-6
VHB4926
UL746C
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vane air flow sensor
Abstract: alnico alnico 9
Text: APPLICATIONS INFORMATION THE HALL-EFFECT SENSOR The basic Hall sensor is simply a small sheet of sem iconductor m aterial. A constant voltage source forces a constant bias current to flow in the sem iconductor sheet. The output, a voltage m easured across the width of the sheet, reads near zero if a magnetic field is not
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BL02RN2-R62
Abstract: BL01RN1-A62 BL01RN1-A62B1 BL01RN1-A62T5 BL02RN2-R62T4 BL03RN2-R62T4 BL03RN2-R62 BL01 bead axial
Text: FERRITE BEAD INDUCTORS BL01, BL02, & BL03 Series I «i I f! f f f II TT ï I II i t n f i IT Ferrite beads are used for noise suppression in car radios, digital control equipment and for the prevention of spurious oscillation in radio frequency amplifiers. These ferrite bead
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BL02RN2
BL03RN2
BL02/BL03
BL02RN1-R62T4
BL02RN2-R62T4/BL03RN2-R62T4
BL02RN2-R62
BL01RN1-A62
BL01RN1-A62B1
BL01RN1-A62T5
BL02RN2-R62T4
BL03RN2-R62T4
BL03RN2-R62
BL01
bead axial
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