Transformer Cores

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B65541D0000R048, EPCOS

EPCOS B65541 P14/8 Ferrite cores EPCOS B65541 P14/8 Ferrite cores can be used in various applications to over 100 MHz. The wound coil is enclosed by the ferrite core, P cores feature low magnetic leakage. They can be easily and precisely adjusted to the most manifold inductor requirements. IEC 62317-9 Applications High resonant circuit inductors Low distortion broadband For transformers featuring high inductance and low overall height Power applications EPCOS Ferrite Cores

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B65811J0000R097, EPCOS

RM 6, 8 & 10 Cores Cores without centre hole for transformer applications Delivered as sets Dimensions (mm) Core Type a ød 1 ød 2 ød 3 h 1 h 2 RM6 14.7-0.6 12.4+0.5 6.4-0.2 3.0+0.1 12.5-0.2 8.0+0.4 RM8 19.7-0.8 17+0.6 8.55-0.3 4.4+0.2 16.5-0.2 10.8+0.4 RM10 24.7-1.1 21.2+0.9 10.9-0.4 5.4+0.2 18.7-0.2 12.4+0.6 Ferrite Core Sets Core Type A L standard value (nH) Material Type RM 6 2400 N87 B65807JR87 RM 8 3300 N87 B65811JR87 RM 10 4200 N87 B65813JR87 Coil Former Core Type A N mm 2 Pins Type RM 6 15 6 B65808E1508T1 RM 8 30 12 B65812C1512T1 RM 10 41.5 12 B65814C1512T1 Magnetic Form Characteristics Core Type ΣI/A mm -1 I e mm A e mm 2 V e mm 3 Fixing Thread RM6 0.86 26.9 31.3 840 M2 RM8 0.67 35.1 52 1840 M2 RM10 0.50 42.0 83 3470 M3 EPCOS Ferrite Cores

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B65877B0000R097, EPCOS

EPCOS B65877 PQ26/20 Ferrite Cores EPCOS B65877 PQ26/20 Ferrite cores have optimised round leg and wider outer surface to conventional cores. The round leg on these ferrite cores reduces winding length and the wider surface area lowers the thermal resistance by offering a larger area for heat dissipation. The shape also produces better shielding to the winding. To IEC 62317-13 EPCOS Ferrite Cores

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B66295G0000X187, EPCOS

EPCOS ELP Ferrite Cores EPCOS ELP ferrite cores enable the design of flat transformers and feature excellent thermal performance due to the large core surface. Planar E shape transformer cores offer an attractive alternative to conventional core shapes, ideal for when low profile magnetic devices are required. To IEC 62917-9. EPCOS Ferrite Cores

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B66317G0000X187, EPCOS

EPCOS B66317 E25/13/7 Ferrite Cores EPCOS B66317 E25/13/7 ferrite cores have a rectangular centre leg with compact mounting dimensions and wide openings on each side. Suitable for power applications in the frequency range up to 100 KHz. The materials used in the cores N27, N87 feature a high saturation flux density and low-power loss. To IEC 61246. EPCOS Ferrite Cores

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B66361G0000X187, EPCOS

ETD 34 ferrite Cores Cores ETD conform to IEC 51(CO)276 Cores made from material N87 or N27 with CECC quality certification Magnetic Form Characteristics Core Type ΣI/A I e A e A min V e mm -1 mm mm mm mm ETD 34 0.81 78.6 97.1 91.6 7630 Technical specification Dimension "g" (mm) A L Standard Value (nH) Material Type ETD 34 1.0 ± 0.05 153 N87 B66361G1000X187 ETD 34 - 2600 N87 B66361GX187 ETD 34 - 2400 N27 B66361GX127 Coil made from Duroplast GV (UL 94 V-0) Chambers A N (mm) Pins Type ETD 34 1 122 14 B66362B1014T1 ETD 34 1 122 14 B66362L1014T1 ETD 34 1 122 14 B66362X1014T1 1) The corresponding core without air gap (Dimension "g"=0) must be ordered for the core with air gap (Dimension "g"). Both cores then yield the AL standard value indicated. EPCOS Ferrite Cores

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B65684A0000R027, EPCOS

PM 50-114 Ferrite Cores Applications for PM cores For power repeaters For storage coils in high-energy timed power supply devices In communications technology and industrial electronics Holder (clip & baseplate) Complete with nuts and washers For chassis assembly or PCBs For chassis assembly, the coil must be installed with the soldered connections uppermost Dimensions (mm) Core Type ød 1 ød 2 ød 3 d 4 h 1 h 2 Fitting Dims L x W x H (mm) PM 50//39 50-1.7 39.0+1.3 20.0-6 5.4+0.2 39-0.4 26.4+0.8 65 x 52 x 45 PM 62//49 62-2.0 48.8+1.5 25.5-0.8 5.4+0.2 49-0.4 33.4+0.8 76 x 64 x 55 PM 74//59 74-2.5 57.5+1.8 29.5-1.0 5.4+0.3 59-0.6 40.7+0.8 85.5 x 75 x 65 Core sets compliant with DIN 41989 A L nomimal value (nH) Material Type PM 50//39 250 N27 B65646A250A27 PM 50//39 7400 without air gap N27 B65646AR27 PM 62//49 9200 without air gap N27 B65684AR27 PM 62//49 315 N27 B65684A315A27 PM 62//49 9200 without air gap N87 B65684AR87 PM 74//59 10000 without air gap N27 B65686AR27 PM 74//59 315 N27 B65686A315A27 PM 74//59 10000 without air gap N87 B65686AR87 Coil former made from Polyterephthalate GV (UL94V-0) A N (mm 2 ) Soldered Contacts Type PM 50 154 14 B65647B1014T1 PM 62 270 16 B65685B1016T1 PM 62 270 - B65685A1000T1 PM 74 270 18 B65687A1018T1 Magnetic Form Characteristics Core Type ΣI/A mm -1 I e mm A e mm 2 A min mm 2 V e mm 3 PM 50//39 0.227 84 370 280 31 000 PM 62//49 0.191 109 570 470 62 000 PM 74//59 0.162 128 790 630 101 000 Transformer Ferrite Kits - Cores The A L value in the table applies to a core set consisting of two cores without air gap Cores ETD conform to IEC 51(CO)276

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New items

B65646A0250A027, EPCOS

PM 50-114 Ferrite Cores Applications for PM cores For power repeaters For storage coils in high-energy timed power supply devices In communications technology and industrial electronics Holder (clip & baseplate) Complete with nuts and washers For chassis assembly or PCBs For chassis assembly, the coil must be installed with the soldered connections uppermost Dimensions (mm) Core Type ød 1 ød 2 ød 3 d 4 h 1 h 2 Fitting Dims L x W x H (mm) PM 50//39 50-1.7 39.0+1.3 20.0-6 5.4+0.2 39-0.4 26.4+0.8 65 x 52 x 45 PM 62//49 62-2.0 48.8+1.5 25.5-0.8 5.4+0.2 49-0.4 33.4+0.8 76 x 64 x 55 PM 74//59 74-2.5 57.5+1.8 29.5-1.0 5.4+0.3 59-0.6 40.7+0.8 85.5 x 75 x 65 Core sets compliant with DIN 41989 A L nomimal value (nH) Material Type PM 50//39 250 N27 B65646A250A27 PM 50//39 7400 without air gap N27 B65646AR27 PM 62//49 9200 without air gap N27 B65684AR27 PM 62//49 315 N27 B65684A315A27 PM 62//49 9200 without air gap N87 B65684AR87 PM 74//59 10000 without air gap N27 B65686AR27 PM 74//59 315 N27 B65686A315A27 PM 74//59 10000 without air gap N87 B65686AR87 Coil former made from Polyterephthalate GV (UL94V-0) A N (mm 2 ) Soldered Contacts Type PM 50 154 14 B65647B1014T1 PM 62 270 16 B65685B1016T1 PM 62 270 - B65685A1000T1 PM 74 270 18 B65687A1018T1 Magnetic Form Characteristics Core Type ΣI/A mm -1 I e mm A e mm 2 A min mm 2 V e mm 3 PM 50//39 0.227 84 370 280 31 000 PM 62//49 0.191 109 570 470 62 000 PM 74//59 0.162 128 790 630 101 000 EPCOS Ferrite Cores

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B65887E0160A041, EPCOS

RM 12 & RM 14 Ferrite Cores TDK Ferrite cores Incorporate optimised core cross section with increased thickness of base for power applications. Magnetic Form Characteristics Core Type ΣI/A mm -1 I e mm A e mm 2 A min mm 2 V e mm 3 RM12 0.39 57 146 125 8340 RM14 0.35 70 200 170 14000 Ferrite Core Sets Core Type A L standard value (nH) Material Type RM 12 160 N41 B65815E160A41 RM 12 250 N41 B65815E250A41 RM 12 1000 N41 B65815E1000J41 RM 12 5600 N67 B65815ER67 RM 12 5300 N87 B65815ER87 RM 12 6000 N41 B65815ER41 RM 14 160 N41 B65887E160A41 RM 14 400 N41 B65887E400A41 RM 14 6000 N87 B65887ER87 Coil Former Core Type A N mm 2 Pins Type a) Made from Duroplast GV (UL94V-0) RM 12 73 12 B65816N1012D1 b) Made from Polyterephthalate GV (UL94V-0) for power applications RM 12 72 12 B65816C1512T1 RM 14 106 12 B65888C1512T1 Dimensions (mm) Core Type a ød 1 ød 2 h 1 h 2 RM12 29.8-1.2 24.9+1.1 12.8-0.4 24.6-0.2 16.8+0.6 RM14 34.8-1.3 29.0+1.0 15.0-0.5 30.2-0.2 20.8+0.6 EPCOS Ferrite Cores

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B67345B0001X087, EPCOS

U & I Cores EPCOS U cores are of rectangular cross section and I Cores are made of SIFERRIT Materials N27 and N87. Owing to their high saturation flux density, high curie temperature and low dissapation losses they are suitable for power, pulse and high-voltage transformers.U and I cores are supplied separately. Applications Storage chokes and transformers Building power transformers Core Type A L nomimal value (nH) Material Type UU 93/152/30 1 5400 N27 B67345-B1-X27 UU 93/152/30 1 5700 N87 B67345-B1-X87 UI 93/104/30 2 7400 N27 B67345-B2-X27 UI 93/104/30 2 7900 N87 B67345-B2-X87 Dimensions (mm) Core Type a b c d e UU 93/76/30 93.0±1.8 76.0±0.5 30.0±0.5 34.6min 48.0±0.9 UI 93/28/30 93.0±1.8 28.0±0.5 30.0±0.5 n/a n/a Magnetic Form Characteristics Core type ΣI/A mm -1 I e mm A e mm 2 V e mm 3 UU 93/152/30 0.42 354 840 297000 UI 93/104/30 0.31 258 840 217000 Note 1) The AL value in the table applies for a U core set consisting of two cores (combination UI 93/152/30) without an air gap. 2) The AL value in the table applies for a core set consisting of one U core and one I core (combination UI 93/104/30) without an air gap.

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New items

B66295K0000X187, EPCOS

EPCOS ELP Ferrite Cores EPCOS ELP ferrite cores enable the design of flat transformers and feature excellent thermal performance due to the large core surface. Planar E shape transformer cores offer an attractive alternative to conventional core shapes, ideal for when low profile magnetic devices are required. To IEC 62917-9. EPCOS Ferrite Cores

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New items

B66395G0000X187, EPCOS

ETD 54 Ferrite Cores Cores ETD conform to IEC 51(CO)276 Cores made from material N27 with CECC quality certification Ferrite core supplied without air-gap Magnetic Form Characteristics Core Type ΣI/A I e A e A min V e mm -1 mm mm mm mm ETD 54 0.45 127 280 280 35600 Technical specification Dimension "g" (mm) A L Standard Value (nH) Material Type ETD 54 - 4450 N87 B66395GX187 Coil made from Duroplast GV (UL 94 V-0) Chambers A N (mm) Pins Type ETD 54 1 315,6 22 B66396A1022T1 ETD 54 1 315,6 22 B66396W1022T1 1) The corresponding core without air gap (Dimension g"=0) must be ordered for the core with air gap (Dimension "g"). Both cores then yield the AL standard value indicated. EPCOS Ferrite Cores

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New Items

B65541D0000R048, EPCOS

B65811J0000R097, EPCOS

B65877B0000R097, EPCOS

B66295G0000X187, EPCOS

B66317G0000X187, EPCOS

B66361G0000X187, EPCOS

B65684A0000R027, EPCOS

B65646A0250A027, EPCOS

B65887E0160A041, EPCOS

B67345B0001X087, EPCOS

B66295K0000X187, EPCOS

B66395G0000X187, EPCOS

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