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Part Manufacturer Description Datasheet Download Buy Part
PQ40/40-3F36 Ferroxcube International Holding BV FERRITE CORE
PLT64/50/5-3C95 Ferroxcube International Holding BV FERRITE CORE
B65807PR97 TDK Epcos FERRITE CORE
B66367G3000X127 TDK Epcos FERRITE CORE
B66341GX27 TDK Epcos FERRITE CORES
B66417GX195 TDK Epcos FERRITE CORE

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2014 - smd code r17

Abstract: SMC1007
Text: 2.54± 0.30 2.30± 0.20 G 2.79 Ref. 4.32 Ref. 3. SCHEMATIC : 4. MATERIALS : a) Core : Ferrite Core U e b) Core : Ferrite Core I b d c) Clip : Tinned Copper c d) Adhesive : Epoxy


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PDF SMC1007 smd code r17
2014 - Not Available

Abstract: No abstract text available
Text: ) Core : Ferrite Core U e b) Core : Ferrite Core I b d c) Clip : CAR0120801P200 c d) Adhesive


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PDF SMC1208R23MAF
2013 - Not Available

Abstract: No abstract text available
Text: . 4.32 Ref. 3. SCHEMATIC : 4. MATERIALS : a) Core : Ferrite Core U b) Core : Ferrite Core I c


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PDF SMC1008 CAR0100801P200
TDK Ferrite Core PC40

Abstract: ups transformer winding formula tdk ferrite pc40 tdk ferrite pe22 PC40 ferrite FERRITE core TRANSFORMER ups with ferrite core transformer ferrite pc40 TDK pc40 INVERTER TRANSFORMER 101
Text: PRECAUTIONS WHEN USING FERRITE CORE · When selecting the material/form of the ferrite core , while , close to that of the ferrite as possible. · When laying out the case, bobbin, coil and the ferrite core , Please handle with care, since a ferrite core is susceptible to shock. · The outward appearance is , . · Do not reprocess the ferrite core as it can cause problems, such as injury. · All , Large Size Ferrite Cores for High Power Summary Issue date: November 2007 · All


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PDF 2002/95/EC, TDK Ferrite Core PC40 ups transformer winding formula tdk ferrite pc40 tdk ferrite pe22 PC40 ferrite FERRITE core TRANSFORMER ups with ferrite core transformer ferrite pc40 TDK pc40 INVERTER TRANSFORMER 101
2006 - IEC 60205

Abstract: ferrite eddy current hysteresis loss ferrite TRANSFORMER calculation Vickers soft ferrites Epcos N87 ferrite ferrite core geometry ferrite n48 FAL0569-H FAL0759-M
Text: . 2.3 Apparent permeability µapp L inductance with core µ app = - = , , the inductance of a slim-line ring core coil is defined as: A L = µ r µ 0 N 2 -l Due to their , losses. 5.1 Core losses PV The losses of a ferrite core or core set PV is proportional to the area , the initial permeability is dependent on the stress state of the core . With 1 µ i , relationship between B and H : B = µ0 µr ( H ) H µ 0 = Magnetic field constant Vs µ 0 = 1.257 10 ­6


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2000 - IEC 60205

Abstract: Epcos N87 Br Vickers IEC 60205 calculation transformer "Remanent flux density" N87 siferrit hv15 am 1 N87 material data soft ferrites COIL VICKERS
Text: µapp L inductance with core µ app = - = , arrangement. 2.4 Complex permeability µ To enable a better comparison of ferrite materials and their , be calculated: Z = j µ L0 where L0 represents the inductance of a core of permeability µr = 1, but , , the inductance of a slim-line ring core coil is defined as: A L = µ r µ 0 N 2 -l Due to their , section 2.4), the loss factor of the core in conjunction with the complex permeability µ is defined as Rs


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2007 - EER FERRITE transformer

Abstract: No abstract text available
Text: MnZn ferrite core ,MnZn power core ,transformer core ,EER cores,RM cores, U cores,EPC core ,EP cores Page 1 print version MnZn Ferrite Core Introduction MnZn power ferrite core are used mainly for compact transformers and MnZn high-permeability ferrite core for digital communication pulse transformers , MnZn ferrite cores manufacturing , and produce and supply various (MnZn power magnets)Mnzn power core , MnZn Ferrite Core We produce MnZn power by a ferrite small in magnetic loss and power loss, the


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2001 - Using Magnetic Cores at High Temperatures

Abstract: nickel bh curve baking insulating varnish Mn-Zn Ferrites supermendur MAGNESIL - N TOROIDS Design Considerations FERRITE TOROIDAL CORE DATA supermalloy bh curve MAGNESIL - O
Text: . 4 MAGNETICS · BUTLER, PA FERRITE CORE TEMPERATURE PROPERTIES MAGNETICS produces a complete , testing of a bare wound core . Coatings Ferrite toroids are available in three standard coatings, X, Z , losses, but high enough to use a suitably small core . If a good power ferrite is used, the resulting B , in a ferrite inductor, saturation with bias must be considered differently than with a powder core , distributed air gap in a powder core , the inductance shift with temperature change is relatively small


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PDF CG-06 Using Magnetic Cores at High Temperatures nickel bh curve baking insulating varnish Mn-Zn Ferrites supermendur MAGNESIL - N TOROIDS Design Considerations FERRITE TOROIDAL CORE DATA supermalloy bh curve MAGNESIL - O
1998 - siemens r10 core

Abstract: IEC 60205 ferrite eddy current hysteresis loss ferrite core transformer siemens matsua siemens R10 K1 IEC60205
Text: ring core coil is defined as: A L = µ r µ 0 N 2 -l Due to their geometry, soft magnetic ferrite , inductance with core µ app = - = -L0 , arrangement. 2.4 Complex permeability µ To enable a better comparison of ferrite materials and their , be calculated: Z = j µ L0 where L0 represents the inductance of a core of permeability µr = 1, but , section 2.4), the loss factor of the core in conjunction with the complex permeability µ is defined as µs


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ferrite core transformer calculation formula

Abstract: TDK Ferrite Core PC40 ferrite core tdk h5c2 TDK H5C2 material TDK Ferrite Core PC44 TDK Ferrite Core PC40 ei SC12N TDK H5C2 TDK H5C2 CORE MATERIAL tdk ferrite H5A
Text: : µ app = L L0 where, L = inductance of test coil with core (H) L0 = inductance of test coil , factor refers to the loss coefficient of a coil complete with a ferrite core , and is the reciprocal of , Qe Q0 where, Qe = coil with core Qo = coil without core µi = µ i2 ­ µ i1 1 · µ i1 T2 , coefficient of a practical core , the following formula is used. µ = F× µ e 4.3 CURIE TEMPERATURE Tc The , . INTRODUCTION 1.1 CORES WITHOUT AIR GAP TDK manufactures various ferrite core shapes, such as Pot cores, RM


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PDF 2002/95/EC, ferrite core transformer calculation formula TDK Ferrite Core PC40 ferrite core tdk h5c2 TDK H5C2 material TDK Ferrite Core PC44 TDK Ferrite Core PC40 ei SC12N TDK H5C2 TDK H5C2 CORE MATERIAL tdk ferrite H5A
copper permittivity

Abstract: airgap Vs Al Value in Ferrite Core relative permittivity of nickel ferrite core transformer calculation formula Magnetic Products, Soft Ferrites, Data Handbook M relative permittivity copper Mn-Zn Ferrites nickel bh curve Mg-Zn Ferrites application Mg-Zn Ferrites
Text: reflected in the overall cost. FINISHING After sintering, the ferrite core has the required magnetic , permeability - µ incremental permeability - resistivity m (l/A) core factor (C1 , ferrite core avoids a large difference between Ae and Amin. Narrow parts of the core could saturate or , be: le - µ × Ae The value is calculated using the core factor and the effective , between B and H in the ferrite core of a transformer. Consequently the induced output voltage, which is


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ntc 0806 varistor

Abstract: piezo disc transducer piezo DMT-1206-I varistor 472 N 472 varistor toroidal ring core choke 2 mH VARISTOR NTC 106 LEM 543 varistor 502 MFCN08
Text: , (4V), 0201, 0805 case sizes Capacitor, ceramic, tubular, "Cerachip", (12V) Ferrite Bead, multi-layer, high impedance,0402/0603/0805 Ferrite Bead Array, 0804,1206 case sizes Ferrite Core , flat cable,oblong , ), 0805/1206 case size Ferrite Core ,round cable,rectangular type Ferrite Core , flat cable, rectangular , Core , cup type Ferrite Core , pot type Ferrite Core , balun type Ferrite Core , multi-hole type Ferrite Core , bead type Ferrite Core , toroidal type, Ni-Zn Ferrite Core , threaded type Ferrite Core , drum type


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PDF AMK063 1005x1608, BP53RD# BU05MC BU08RA CM03MS CM04RC BU05RC ntc 0806 varistor piezo disc transducer piezo DMT-1206-I varistor 472 N 472 varistor toroidal ring core choke 2 mH VARISTOR NTC 106 LEM 543 varistor 502 MFCN08
2005 - Not Available

Abstract: No abstract text available
Text: IC RN RC IC Cable IC Circuit Board Size of ferrite core (30ø - 20ø - 6) yyyyy ; ; yyyy ; yyyyy ; yyyy ; yyyyy ; yyyy Pattern IC IC Plate Ferrite Core Plate Ferrite Core , Noise Suppression Products/EMI Suppression Filters > Ferrite Cores for EMI Suppression > Plate Cores Reference Data 1 Ferrite Cores for EMI Suppression FSSA Series I Impedance Frequency , Material Ferrite-RT 1000 1000 µ " Permeability Permeability µ " 100 100 µ ' µ ' 10 10


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Not Available

Abstract: No abstract text available
Text: A-A 12.4 6 Ferrite Core Frame or LCH 17 ( In a standard jack, this space is em pti l , PC B : ■- Ferrite core (In a standard jack, this space is empty) Reference mounting dimentions (PCB component side) (standard) TM11R-5L-88 C L222-2667-3 (With ferrite core , -5L-3232 CL222-2720-4 (With ferrite core ) TM11R-5LF-3232 CL222-2722-0 N o te : When preparing fram es or , L r ^ i — qn- _ or— i j (With ferrite core ) TM5RLF-3232 CL222-2711-3 Frame or


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PDF TM5RL-3232 CL222-2671-0 TM5RLF-3232 CL222-2711-3 TM5RL-88-JJ CL222-3798-7 TM5RLF-88-JJ CL222-3805-0 5RL-88
FSRH120285RT000T

Abstract: FSMA050020RLB00B FSRB300080RT000T FSRB190180RT000T FSRB120050RTB00T FSRC253120RT000T MURATA FSRC250120RT000T FSRB140140RNB00T FSRB090060RNB00B FSRB120060RTB00T
Text: Ferrite Cores (Global Part Number) FS RB 12 q w e r 1 060 RT B0 y u i o t 0 qProduct ID T yMaterial Code Ferrite wSeries Code Beads Core Ni-Zn µ , 01.10.15 Ferrite Cores for EMI Suppression 1 Beads Core s Features 1. Easy to use and excellent , 01.10.15 Ferrite Cores for EMI Suppression Ring Core 2 s Features 1. Easy to use and excellent , ordering. O63E4.pdf 01.10.15 Ferrite Cores for EMI Suppression Core for Flat Cables Thin Type s


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PDF O63E4 O63E-4 FSRH120285RT000T FSMA050020RLB00B FSRB300080RT000T FSRB190180RT000T FSRB120050RTB00T FSRC253120RT000T MURATA FSRC250120RT000T FSRB140140RNB00T FSRB090060RNB00B FSRB120060RTB00T
tdk ferrite H5A

Abstract: ferrite core tdk h5c2 TDK Ferrite Core PC40 h5a transformer TDK H5C2 CORE MATERIAL FERRITE TOROIDAL CORE DATA TDK H5C2 material PC44 ferrite materials ferrite core h5c2 pc40 core LOSS DATA
Text: Oe 3 Definitions and explanations Ferrite Materials 3. Core lo ss 3.1 Lo ss factor, tan , effective quality factor refers to the loss coefficient of a coil complete with a ferrite core , and is the , Temperature (#C) 12 Ferrite Materials S ta tic m ag n etizatio n c u rv e s H5A 600 600 500 400 , Ferrite Materials INTRODUCTION Ferrite is a polycrystal, sintered material with high electrical resistivity. The high resistance of ferrite makes eddy current losses extremely low at high frequencies


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Not Available

Abstract: No abstract text available
Text: 93 90 87 85 79 76 72 69 68 66 62 58 57 56 54 53 CORE M A TE R IA L Ferrite , Ferrite Core Core Core Core Core Core Core Core Core Core Core Core Core Core Core Core , -272K 10 Unshielded RF Inductors IN D U C T A N C E HH .10 ±1 0 % .11 ± 5 % .1 2 + 1 0 % .13 , 274 269 269 264 255 251 248 244 240 CORE M A TE R IA L Phenolic Core Phenolic Core Phenolic Core Phenolic Core Phenolic Core Phenolic Core Phenolic Core Phenolic Core Phenolic Core


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PDF SMRF301 SMRF3013-100K SMRF3013-110J SMRF3013-120K SMRF3013-130J SMHF3013-150K SMRF3013-160J SMRF3013-180K SMRF3013-200J SMRF3013-220K
1998 - ups transformer winding formula

Abstract: ferrite core transformer siemens matsua ups with ferrite core transformer induction heating oscillator circuit ferrite n67 N30 transformer core sensor x-ray resonant converter for induction heating siemens locomotive n30 transformer
Text: focused by a ferrite core . The effective range of the sensor is thus concentrated on the active area. If , ferrite core focuses the magnetic field of the coil in the resonant circuit and concentrates the sensor , made around the ferrite core to absorb interference. At the same time, high inductances must be , conditions call for oversize U cores made of highpower ferrite materials N27, N67 or N87. Heating with , workpiece by ferrite cores. In this arrangement, the geometry of the coil should match that of the core as


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nickel bh curve

Abstract: HZ0805E601R-00 applications of ferrites CM3032 Ferrite Core for EMI Suppression CM4545Z131R-00 common mode power line dc filter for emi suppression
Text: force H to a ferrite will result in a corresponding increase in magnetic flux density B in the core , , the impedance of a given ferrite bead or core can be expressed as: Z = R(f) + jwL(f) The frequency , ) Z = R(f) + jwL(f) where: µ '(f) = 108 The loss tangent (tan d) of a ferrite material can be , increasing magnetomotive force input. To illustrate, saturation may occur if a ferrite core is placed , applications requiring operation under large DC bias and/or low frequency AC bias. FIGURE 14: Ferrite core


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1995 - N30 transformer core

Abstract: ferrite core geometry ferrite core transformer design FERRITES T44 n30 transformer ferrite N30 hysteresis magnetic loops N26 core transformer material n26
Text: Jürgen Hess New ferrite materials and core shapes for broadband transformer design Broadband , - A (6) where µ is the relative permeability of the ferrite material and I /A represents , here as well. A minimum hysteresis material constant is necessary in selecting the ferrite core or , 1989, Mr. Hess (35) has been in charge of development of ferrite core shapes, instrumentation and , handle sinusoidal signals with a broad energy distribution over a wide frequency range. Special ferrite


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ferroxcube 3C90 ferrite material specification

Abstract: Toroid 3F3 toroidal transformer 4c65 4c65 FERRITE TOROIDAL CORE DATA TN23/14/7-4a11 ferroxcube toroid ferroxcube handbook Ferroxcube Ferrite ferroxcube 3R1
Text: FERROXCUBE DATA SHEET TN23/14/7 Ferrite toroids Supersedes data of November 2000 2002 Feb 01 Ferroxcube Ferrite toroids TN23/14/7 RING CORES (TOROIDS) Effective core parameters SYMBOL PARAMETER VALUE UNIT (I/A) core factor (C1) 1.81 mm-1 Ve , mm2 m mass of core 8.4 23.7 ±0.7 handbook, halfpage g ; ; 13.1 ±0.6 , isolation voltage: 2000 V. Contacts are applied on the edge of the ring core , which is also the critical


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PDF TN23/14/7 CBW307 ferroxcube 3C90 ferrite material specification Toroid 3F3 toroidal transformer 4c65 4c65 FERRITE TOROIDAL CORE DATA TN23/14/7-4a11 ferroxcube toroid ferroxcube handbook Ferroxcube Ferrite ferroxcube 3R1
3C80 ferrite

Abstract: philips 3h1 ferrite material 3c80 material Philips Components, Soft Ferrites Data Handbook M 3h1 ferrite material PHILIPS toroidal core 3c90 PHILIPS toroidal core 4a11 philips 3C85 ferrite material PHILIPS ferrite transformer cores PHILIPS toroidal core 3c85
Text: measure of the power throughput that a ferrite core can handle at a loss level of 300 mW/cm3. This level , power density a high operating frequency and a better ferrite should be chosen. Each of the core , usually a pair of U cores or a ring core . Since the noise signal is mainly common mode, current , interfering signals. Soft ferrite cores are used wherever effective coupling between an electric current , material performs may be one or more of the following: FILTERING handbook, halfpage U U2 1


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PDF MBW422 3C80 ferrite philips 3h1 ferrite material 3c80 material Philips Components, Soft Ferrites Data Handbook M 3h1 ferrite material PHILIPS toroidal core 3c90 PHILIPS toroidal core 4a11 philips 3C85 ferrite material PHILIPS ferrite transformer cores PHILIPS toroidal core 3c85
ferrite antenna 125 khz

Abstract: PCB Antenna 125KHz 125 khz keyless go antenna ferrite antenna mhz ferrite antenna RF pcb antenna 125khz Ferrite Core ferrite winding KGEA-WT680703-B-0240J 0400J
Text: ) - High reading distance depending of the size ferrite core - Designed for a range of working , shrink tube to avoid handling problems. Dimensions: width TJ 25 512 TINNED L= Length ferrite core W-Wrath ferrite core . H-Height ferrite core . All dimensions are in mm 72 PREMO KGEA-WT Keyless go , Frequency @ 125 kHz ; dimensions ferrite core =68x7x3mm. P/N L(mH) Q SRF (MHz) Ipp mix (Amp)C , Operating Frequency @ 134,2 kHz ; dimensions ferrite core =68x7x3. P/N L(mH) Q SRF (MHz) Ipp mix (Amp


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PDF 500mm) 20kHz, 125kHz --A-0345J KGEA-WT601904-A-0470J KGEA-WT601904-A-0500J 20khz 40x19x4mm. KGEA-WT401904-A-0161J KGEA-WT401904-A-0345J ferrite antenna 125 khz PCB Antenna 125KHz 125 khz keyless go antenna ferrite antenna mhz ferrite antenna RF pcb antenna 125khz Ferrite Core ferrite winding KGEA-WT680703-B-0240J 0400J
2000 - Epcos n67 material

Abstract: ferrite n67 epcos ferrite permeability ee series ferrite transformer rm series ferrite core N67 ferrite Epcos n67 Ferrite ee series ferrite core
Text: tan h tan /µi U Û Ve Z Zn K/W mm °C K °C s V V mm3 /mm Ferrite and Accessories , , symmetric air gap AL value - - - U A W P E F E-E E-E E - I (ELP cores) I core (plate f. ELP cores , Ferrite and Accessories Symbols and Terms Symbols and terms Symbol A Ae AL A L1 A min AN AR B B ^ , Minimum inductance at defined high saturation ( µa) Minimum core cross section Winding cross section , Saturation magnetization Winding capacitance Core distortion factor Relative disaccommodation coefficient DF


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ferroxcube 3E5 material characteristics

Abstract: IE transformer core ferroxcube TX36 violet colour ferroxcube handbook TN36/23/15 ferroxcube 3e27 ferroxcube E 40 core toroidal transformer 4c65 ferrite transformers FERRITE TOROIDAL CORE DATA
Text: FERROXCUBE DATA SHEET TN36/23/15 Ferrite toroids Supersedes data of November 2000 2003 July 24 Ferroxcube Ferrite toroids TN36/23/15 RING CORES (TOROIDS) Effective core parameters 36.9 ±0.9 handbook, halfpage SYMBOL PARAMETER VALUE UNIT (I/A) core factor , mm Ae effective area 95.9 mm2 m mass of core 42 g ; ; 21.9 ±0.7 , isolation voltage: 2000 V. Contacts are applied on the edge of the ring core , which is also the critical


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PDF TN36/23/15 CBW300 ferroxcube 3E5 material characteristics IE transformer core ferroxcube TX36 violet colour ferroxcube handbook TN36/23/15 ferroxcube 3e27 ferroxcube E 40 core toroidal transformer 4c65 ferrite transformers FERRITE TOROIDAL CORE DATA
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