ferrite - UNP

1 ferrite Cores Products Summary BALUN / CHOKE COILS / ANTENNA RHH, R4H, RID, R Series FLYBACK TRANSFORMERS UR,URS Series HIGH POWER INDUCTORS T, UU, EC, EIC, PQ, EE, EI, DT, SP Series EE, EF Series EER Series EER Series EL Series ETD, EC Series LP Series POWER SUPPLY (APPLICATION) PQ Series EE, ER, EEM Series (Low Profile) EP Series EPC Series Mini. Pot Series Pot Series RM Series POWER SUPPLY and SIGNAL TRANSFORMERS (APPLICATION) T Series VARIOUS NDUCTORS DR, THP, P(CUP), TH Series HIGH B's and HIGH PERMEABILITY MATERIAL DN50 Series HIGH PERMEABILITY MATERIAL H5C4 Series HIGH PERFORMANCE MATERIAL PC45, 46 Series MATERIAL CHARACTERISTICS All Material Table Specifications which provide more details for the proper and safe use of the described product are available upon specifications are subject to change without notice.

2 ferrite Cores Material Characteristics TableFerrite Material Characteristics MATERIAL CHARACTERISTICS Average value The values were obtained with toroidal cores at room temperature unless otherwise shown. FOR TRANSFORMER AND CHOKE 1 Average value 2 500kHz, 50mT The values were obtained with toroidal cores at room temperature unless otherwise permeability i3300+40, 0% 7500 25%10000 30%15000 30%12000 25%(25 C)9000( 20 C)5000 20%Relative loss factortan / i 10 6 < (10kHz)<10(100kHz)< (10kHz)<7(10kHz)<7(10kHz)<8(10kHz)< (10kHz)Temperature factor ofinitial permeability 30 to +20 C0 to +20 C+20 to +70 C ir 10 6 to 2 to 2 0 to 0 to to to to to 4 to to 3 temperatureT c C>130>130>120>105>110>140 Saturation magneticflux density H=1194A/mB s mT410420400360380400 Remanent flux density B r mT100409010010065 Coercive force H c loss factor[ to 3mT] B10 6 < <1< < <1< factor[1 to 10min]D F 10 6 <3<3<2<2<3<3 Electrical resistivity v d b kg/m 3 10 3 10 3 10 3 10 3 10 3 10 3 MaterialPC40PC44PC50 Initial permeability i2300 25%2400 25%1400 25%Amplitude permeability loss [B=200mT]

3 P cv kW/m 3 25kHz sine wave25 C12060 C80100 C70120 C85100kHz sine wave25 C600600130 2 60 C45040080 2 100 C41030080 2 120 C500380 Saturation magnetic flux density 1 [H=1194A/m]B s mT25 C51051047060 C450450440100 C390390380120 C350350 Remanent flux density 1 B r mT25 C9511014060 C6570110100 C556098120 C5055 Coercive force 1 H c A/m25 C86 Curie temperature 1 T c C>215>215>240 Electrical resistivity 1 v 1 d b kg/m 3 10 3 10 3 10 3 111980706 Specifications which provide more details for the proper and safe use of the described product are available upon specifications are subject to change without notice. ferrite Cores Material Characteristics TableFerrite Material Characteristics FOR EMC PREVENTION COMMON-MODE CHOKE Average value The values were obtained with toroidal cores at room temperature unless otherwise permeability i5500 25%7500 25%(2000min.)

4 At 500kHz)10000 25%Relative loss factortan / i 10 -6 10(100kHz)30(100kHz)30(100kHz)Saturation magnetic flux density [H=1194A/m]B s mT410410380 Remanent flux density B r mT7080120 Coercive force H c A/m665 Curie temperature T c C>130>130>120 Electrical resistivity v d b kg/m 3 10 3 10 3 10 3 Specifications which provide more details for the proper and safe use of the described product are available upon specifications are subject to change without notice. ferrite Cores ER, EPC, EEM, EE, RM, EP, T SeriesHigh Permeability MaterialH5C4 Material As ISDN, PHS, etc. quickly become widespread in the data com- munication market, communication devices are increasingly beinginstalled outdoors. TDK developed wide temperature range, highpermeability H5C4 material by taking full advantage of TDK s fer-rite materials experience and precise manufacturing process con-trol technology.

5 An initial permeability i9000 is maintained attemperatures above 20 C. This material has the optimum char-acteristics for the design of ISDN pulse transformers, etc. used byoutdoor installations of communication equipment requiring themaintenance of characteristics down to low temperatures. MATERIAL CHARACTERISTICSINITIAL PERMEABILITY vs. TEMPERATURE CHARACTERISTICSSTANDARD SHAPES ER , ER11 , ER11/5, CORE:EPC10, EPC13 EEM CORE:EEM8/8, EEM10/10, , EEM13/13EE CORE:RM5, RM6EP CORE:EP7, EP10, EP13T , , T4, , T6 CHARACTERISTICSER CORE Measuring conditions: , ER11 , ER11/5:10kHz, 10mV, , :10kHz, 10mV, , 100ts. EPC CORE Measuring conditions:EPC10:10kHz, 10mV, , :10kHz, 10mV, , 100ts. MaterialH5C4 Initial permeability i[ 20 C][25 C]900012000 25%Relative loss factor[10kHz]tan / i 10 6 8 Saturation magnetic flux densityB S mT380 Remanent flux densityBrmT100 Coercive forceH C factor [1 to 10min, 10kHz] D F 10 6 3 Curie temperatureT C C110 400500010000150002000025000 20020406080100120 iTemperature( C)10kHzTest coreODIDTH: 31mm: 19mm: 8mm Part (nH/N 2 )BobbinFlange 20 C 25 C (nH/N 2 )BobbinFlange 20 C25 Specifications which provide more details for the proper and safe use of the described product are available upon specifications are subject to change without notice.

6 ferrite Cores ER, EPC, EEM, EE, RM, EP, T SeriesHigh Permeability MaterialH5C4 Material CHARACTERISTICSEEM CORE Measuring conditions:10kHz, 10mV, , 100ts. EE CORE Measuring conditions:EE5:10kHz, 10mV, , :10kHz, 10mV, , 100ts. RM CORE Measuring conditions:RM5:10kHz, 10mV, , :10kHz, 10mV, , 100ts. EP CORE Measuring conditions:EP7:10kHz, 10mV, , , EP13:10kHz, 10mV, , 100ts. T CORE Measuring , T4, , :10kHz, 10mV, , , :10kHz, 10mV, , (nH/N 2 )BobbinFlange 20 C25 H5C4 EEM10 H5C4 EEM13 Part (nH/N 2 )BobbinFlange 20 C25 Part (nH/N 2 )BobbinFlange 20 C25 (nH/N 2 )BobbinFlange 20 C25 (nH/N 2 ) 20 C25 25% 25% 25% 25% 25% 25% 121981019 Specifications which provide more details for the proper and safe use of the described product are available upon specifications are subject to change without notice.

7 ferrite Cores ER, EPC, EEM, EE, RM, EP, T SeriesHigh Permeability MaterialH5C4 Material MOUNTING DIMENSIONS Part dimensionsNumber of terminalsMounting Specifications which provide more details for the proper and safe use of the described product are available upon specifications are subject to change without notice. ferrite Cores C, EP, P, EPC, EEM, PQ, RM, ER, EE Series High Flux Density, High Permeability MaterialDN50 Material It has become an important issue to support global method ofISDN interfaces associated with the widespread use of ISDN net-works worldwide. TDK DN50 ferrite material, a high and high Bwith i=5500 and Bs500mT, has been developed to providestable magnetic characteristics to the global method(echo cancel-ler method) of the ultra-small gap specification for superpositiondirect current.

8 Beside its high and high B characteristics, its coreloss value at high B level is controlled to provide optimal use forback light transformers driven at high B level of ultra-small gapspecifications. MATERIAL CHARACTERISTICSSTANDARD SHAPES C CORE: C23/11, C23/18EP CORE: EP17, EP20P CORE: , , P7/4 EPC CORE: EPC10, EPC13 EEM CORE: EEM8/8, EEM10/10, , EEM13/13PQ CORE: PQ26/20, PQ26/25RM CORE: RM8, RM10ER CORE: , ER11 , ER11/5, CORE: EE5, INITIAL PERMEABILITY vs. TEMPERATURE CHARACTERISTICS CORE LOSS vs. TEMPERATURE CHARACTERISTICSCHARACTERISTICSFOR INTERFACEC CORE Measuring conditions:1kHz, , , 100ts. MaterialDN50 Initial permeability i5500 20%Relative loss factor[10kHz]tan / i 10 6 15 Power loss[100kHz, 200mT]PcvkW/m 3 [25 C]550[40 C]450[100 C]1000 Saturation magnetic flux densityBsmT[25 C]550[100 C]380 Remanent flux densityBrmT[25 C]95[100 C]55 Coercive force[1194A/m]HcA/m[25 C]7[100 C] factor[1 to 10min, 10kHz]D F 10 6 10 Curie temperatureTc C210 Part (nH/N 2 )BobbinFlangeDN50C23/11Z-526830 25%BC23/11-5110NP DN50C23/11A250-52250 3%DN50C23/11A400-52400 3%DN50C23/18Z-525890 25%BC23/18-5110NP DN50C23/18A250-52250 3%DN50C23/18A400-52400 3%02000400060008000100001200023021019017 01501301109070503010 10 30 iTemperature( C)10kHz202004006008001000120030405060708 090100 Core loss(kW/m3)Temperature( C)

9 100kHz, 200mT Specifications which provide more details for the proper and safe use of the described product are available upon specifications are subject to change without notice. ferrite Cores C, EP, P, EPC, EEM, PQ, RM, ER, EE Series High Flux Density, High Permeability MaterialDN50 Material CHARACTERISTICSFOR INTERFACEPQ CORE Measuring conditions:1kHz, , , 100ts. EP CORE Measuring conditionsEP17:1kHz, , , :1kHz, , , 100ts. RM CORE Measuring conditions:1kHz, , , 100ts. FOR BACK LIGHT TRANSFORMERP CORE Measuring :1kHz, , , :1kHz, , , :1kHz, , , 100ts. ER CORE Measuring , ER11 , ER11/5:1kHz, , , :1kHz, , , (nH/N 2 )BobbinFlangeDN50PQ26/20Z-1210500 25%BPQ26/20-1112 CPFPQ26/20-ADN50PQ26/20A315-22315 5%DN50PQ26/20A630-22630 10%DN50PQ26/25Z-129250 25%BPQ26/25-1112 CPFPQ26/25-ADN50PQ26/25A315-22315 5%DN50PQ26/25A630-22630 10% Part (nH/N 2 ) (nH/N 2 )BobbinFlangeDN50RM8Z-128860 25%BRM-8-718 CPFRM-8-ADN50RM8A400-22400 3%DN50RM8A630-22630 3%DN50RM10Z-2212200 25%BRM-10-7112 SDFRM-10-ADN50RM10A400-22400 3%DN50RM10A630-12630 3%Part (nH/N 2 ) 30% 25% DN50P7/4Z-52S1230 25%BP7/4-612 Part (nH/N 2 ) 5% 7%DN50ER11 5%DN50ER11 7%DN50ER11 5%DN50ER11/5A100100 7% 5% 7% Specifications which provide more details for the proper and safe use of the described product are available upon specifications are subject to change without notice.

10 ferrite Cores C, EP, P, EPC, EEM, PQ, RM, ER, EE Series High Flux Density, High Permeability MaterialDN50 Material FOR BACK LIGHT TRANSFORMEREPC CORE Measuring conditionsEPC10:1kHz, , , :1kHz, , , 100ts. EEM CORE Measuring conditions:1kHz, , , 100ts. EE CORE Measuring conditionsEE5:1kHz, , , :1kHz, , , (nH/N 2 )BobbinFlangeDN50 EPC10-Z1450 25%BEPC-10-118 GAFEPC-10-ADN50 EPC10A4040 7%DN50 EPC10A6363 10%DN50 EPC13-Z1400 25%BEPC-13-1110 GAFEPC-13-ADN50 EPC13A4040 4%DN50 EPC13A6363 5% Part (nH/N 2 ) 25% 5% 7%DN50 EEM8 DN50 EEM8/8A2525 10%DN50 EEM8/8A4040 15%DN50 EEM10 DN50 EEM10/10A2525 7%DN50 EEM10/10A4040 10%DN50 EEM13 DN50 EEM13/13A4040 8%DN50 EEM13/13A6363 12%Part (nH/N 2 ) 15% 25% 8% 13% 122981019 Specifications which provide more details for the proper and safe use of the described product are available upon specifications are subject to change without notice.