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B66365G200X127 TDK Epcos FERRITE CORE ETD N27 1PC visit Digikey Buy
B66397GX127 TDK Epcos FERRITE CORE ETD N27 1PC visit Digikey Buy
B66395GX127 TDK Epcos FERRITE CORE ETD N27 1PC visit Digikey Buy
B66368W1020T1 TDK Epcos BOBBIN COIL FORMER ETD 49X25X16 visit Digikey Buy
B66358G100X127 TDK Epcos FERRITE CORE ETD N27 1PC visit Digikey Buy
B66395G2000X187 TDK Epcos FERRITE CORE ETD N87 1PC visit Digikey Buy

ETD 39 x 20 x 13

Catalog Datasheet MFG & Type PDF Document Tags

Philips Electrolytic Capacitor 824k 400v

Abstract: ETD4916A R25 10K 5% Trasformer T1: core: ETD 39 x 20 x 13 / gap 1.8mm. Primary Inductance =0.25mH 44 , for this design is an ETD geometry ferrite core set with the following characteristics: 7/20 , soft start current generator 11/20 AN827 APPLICATION NOTE Pin 13 Vva-out (Error amplifier , f Pi Vrms (Hz) (W) 88 60 560 110 60 220 270 PF 13/20 AN827 , NTC2 ISENSE Q3 STK2N50 ROSC R26 1.1M 5% C8 1µF 63V 14 20 3 13 C7 1µF
STMicroelectronics
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Philips Electrolytic Capacitor 824k 400v ETD4916A ETD 39 x 20 x 13 ferrite core geometry siemens zener diode 100V DO-35 3kw smps pfc L4981A L4981

89F1949

Abstract: philips carbon film 2W resistors -406 R24 680 2W C5 12nF 50V D95IN284B - Trasformer T1: core: ETD 39 x 20 x 13 / gap 1.8mm , % + Figure 4: 400W/230V; Vin =110V ±20%. C3 470nF 250VAC R7 PUVLO VFEED 14 13 7 4 D3 1N4148 2 8 , T1: core: ETD 44 x 22 x 14 / gap =2mm. Primary Inductance =0.43mH 53 Turns 10 x 0.36mm Secondary = 5 , : Volume 468 0.5 10-3 [8.92 (8.92+ 2.5)]= 23.8cm3. The core chosen for this design is an ETD geometry , Np = 59T Ns = 5T The ETD geometry has the following advantages: 1. Round center post for ease of
STMicroelectronics
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89F1949 philips carbon film 2W resistors 500watts amplifier pcb layout F127-ND 3kw pfc using l4981 application note 3kw pfc IEC555-2

ETD4916A

Abstract: ferrite core geometry 7 16 CAOUT MOUT IPK IAC VRMS S/FM R25 10K 5% Trasformer T1: core: ETD 39 x 20 x 13 / gap 1.8mm. Primary Inductance =0.25mH 44 Turns 15 x AWG29. Secondary = 5 Turns C3 , C4 1nF 50V 12 C8 1µF 63V D7 20 3 13 C7 1µF 63V T1 C10 220nF 100V , R1 200K 1% C8 1µF 63V 14 20 3 13 C7 1µF 63V T1 C10 120nF 100V D10 , 220Vac (fig. 5) are shown below. Figure 4: 400W/230V; Vin =110V ±20%. 13/16 - D1 BRIDGE -
STMicroelectronics
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diode BYW 200 400W pwm smps schematic r4849-a 0.5mh l4981 AN628 etd 39 core smps 3kw

500 WATT smps

Abstract: smps 800W 7 16 CAOUT MOUT IPK IAC VRMS S/FM R25 10K 5% Trasformer T1: core: ETD 39 x 20 x 13 / gap 1.8mm. Primary Inductance =0.25mH 44 Turns 15 x AWG29. Secondary = 5 Turns C3 , C4 1nF 50V SSC 12 C8 1µF 63V D7 20 3 13 C7 1µF 63V T1 C10 220nF , R1 200K 1% C8 1µF 63V 14 20 3 13 C7 1µF 63V T1 C10 120nF 100V D10 , 220Vac (fig. 5) are shown below. Figure 4: 400W/230V; Vin =110V ±20%. 13/16 - D1 BRIDGE -
STMicroelectronics
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500 WATT smps smps 800W integrated byw100 smps 500w 5V 2 PHASE 220V AC to 220V DC regulated switching ETD-39

etd 35

Abstract: ETD 41 sowie ein optimiertes Zubehör aus. Typ Type ETD 29 ETD 34 ETD 39 ETD 44 ETD 49 ETD 54 ETD 59 , 7630 11500 17800 24100 35600 51200 ETD 39 ETD 29 ETD 34 ETD 39 ETD 44 ETD 49 ETD 54 ETD 59 ETD , 25,5 24 x 35,5 x 41,2 N 87 2200+30/-20% 1 1 14 14 B66362-A2000 43 x 40 x 35 27,5 x 40 x 46 2600+30/-20% 1 16 B66364-A2000 48 x 45 x 38 2700+30/-20% 1 18 B66366-A1018-T1 B66366-A2000 53 x 50 x 41 3500+30/-20% 1 20 B66368-A1020-T1 B66368-A2000
EPCOS
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B66365-G-X167 B66367-G-X167 B66359-J1014-T1 B66362-L1014-T1 etd 35 ETD 41 b66364-a1016-t1 B66367GX167 B66365gx167 B66363-G B66365-G-X127 B66365-G-X187 B66365-G B66367-G-X127

Epcos n67 material

Abstract: etd 34 ETD 34 43,0 x 40,0 x 35,0 27,5 x 40,0 x 46,0 Coil former with horizontal magnetic axis Coil former with vertical magnetic axis ETD 39 48,0 x 45,0 x 38,0 ETD 44 53,0 x 50,0 x 41,0 ETD 49 58,0 x 55,0 x 43,5 ETD 54 62,0 x 62,0 x 47,0 ETD 59 67,0 x 71,0 x 50,0 1) Height , 20 ETD 39 0,74 125 123 ! 11 500 30 ETD 44 0,60 103 173 172 ! 17 , ) Core type Length x width x height1 5 Special features ETD 29 35,5 x 35,5 x 25,5 24,0 x 35
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Epcos n67 material etd 34 B66398-A 1024-T1

siemens ETD44

Abstract: ETD 41 the assem bly set (mm) Core type ETD 29 ETD 34 ETD 39 ETD 44 ETD 49 ETD 54 ETD 59 Length x width x , (mm) Core type ETD 29 ETD 34 ETD 39 ETD 44 ETD 49 ETD 54 ETD 59 a 30,6 - 1,6 34,0 + 1 ,0 /-0 ,6 38,9 , 34. ETD 39 ETD 44 ETD 49 ETD 54 ETD 59 0,93 0.81 0,74 0,60 0,54 0,45 0,38 mm 70.4 78.6 92,2 103 114 , 101 ETD 39 Cores in accordance with IEC 51 (CO) 276 N 27 cores with CECC quality approval , ,90 25,30 j 24,20 2 3 ,- 121,40 ETD 59 core in accordance with IEC 51 (CO) 276 Dimen
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siemens ETD44 B66358G1000X167 367 al CORE N27 ETD44 siemens ETD ETD 34 24 V B66395-G-X167 W6396-A1022-T1 B66396-A2000 B66397-G-X167 B66398-A1024-T1 B66398-A2000

bayer Pocan B4235

Abstract: VALOX 420 30 GF ETD 29/16/10 B66359-J1014-T1 ETD 34/17/11 B66362-B1014-T1 ETD 34/17/11 B66362-L1014-T1 ETD 39/20/13 , Core type EP 13 EP 13 EP 13 EP 13 EPO 13 EPO 13 EPO 13 EPO 13 EP 17 EP 20 Ordering code , 18 x 11 P 22 x 13 P 22 x 13 P 22 x 13 P 26 x 16 P 26 x 16 P 26 x 16 P 26 x 16 P 30 x 19 P 30 x 19 P , /6 (EF B66206-C101*-T1 20) E 20/10/6 (EF B66206-J1106-T* 20) E 25/13/7 (EF B66208-*1110-T1 25) E 25 , -B1008-D1 EFD 20/10/7B66418-W1008-D1 EFD 25/13/9B66422-B1010-D1 EFD 25/13/9B66422-W1010-D1 EFD 30/15/9B66424
EPCOS
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B66364-B1016-T1 bayer Pocan B4235 VALOX 420 30 GF pm9630 SUMITOMO PM-9630 BAYER* makrofol dupont rynite fr530 B65804-K100 B65804-A5000 B65804-C2005 B65804-R1006-D1 B65804-B6010-T1 B65806-K100

efd-25 transformer

Abstract: 2616P / ETD cores ETD 29/16/10 ETD 34/17/11 ETD 39/20/13 ETD 44/22/15 ETD 49/25/16 ETD 54/28/19 ETD 59/31/22 , ,90 20,0 x 10,0 x 7,00 22,1 x 13,7 x 6,35 22,1 x 13,7 x 7,90 22,1 x 13,7 x 12,5 22,6 x 14,7 x 9,20 25 , . (nH)1) M 33 EP-Kerne / EP cores EP 7 EP 10 EP 13 EP 17 EP 20 1100 1100 1400 2400 3500 2000 2000 , ) Material/AL values approx. (nH)1) N 30 E5 E 6,3 E 8,8 E 13/7/4 E 14/8/4 E 16/6/5 E 16/8/5 E 19/8/5 E 20/10 , EFD-/EPF-Kerne / EFD/EPF cores EPF 12 EFD 10/5/3 EFD 15/8/5 EFD 20/10/7 EFD 25/13/9 EFD 30/15/9
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efd-25 transformer 2616P 2213P EPCOS core PS 35 Xenon 7000 transformer ETD 52

ETD-39

Abstract: B66364B1016T001 ETD 39/20/13 Core B66363 20 _ 0,4 CECC 25 301-002 (material N27) I For SMPS transformers with optimum weight/performance ratio at small volume 14,2+0,8 g I In accordance with IEC 61185 I Quality assurance per UTE 83313-002/ I ETD cores are supplied as single units 12,8 _ 0,6 , ETD 39/20/13 Core B66363 Calculation factors (for formulas, see "E cores: general information , Validity range: K1, K2: 0,10 mm < s < 3,00 mm K3, K4: 90 nH < AL < 850 nH 486 08/01 ETD 39/20/13
EPCOS
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B66363-G-X127 B66363-G-X187 B66363-G-X197 B66364B1016T001 B66363-G 200 smps transformers epcos valox 420se0 ETD 39 FEK0053-8 B66363-G100-X1 B66363-G200-X1

epcos 350 00 o

Abstract: EPCOS 350 01 O ETD 29/16/10 Core ETD 29/16/10 through ETD 59/31/22 I In accordance with IEC 61185 I For SMPS transformers with optimum B66358 weight/performance ratio at small volume I ETD cores are supplied as , Ordering code 2000 + 30/­ 20 % 1470 1700 2200 + 30/­ 20 % 1610 1700 2250 + 30/­ 20 % 1670 1700 < 1,04 , mT, 100 kHz, 100 °C) Gapped Material g mm N27, N87 0,10 ± 0,02 0,20 ± 0,02 0,50 ± 0,05 1,00 ± 0,05 , (dimension g > 0). 1) Preliminary data 477 08/01 g ETD 29/16/10 Core Calculation factors (for
EPCOS
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epcos 350 00 o EPCOS 350 01 O FEK0044-8 B66358-G-X127 B66358-G-X187 B66358-G-X197 B66358-G100-X1 B66358-G200-X1

ETD 49 ferrite core

Abstract: Ferrites and accessories 399 RM 4 . . RM 14 PM 50/39 . PM 114/93 P 4,6 x 4.1 . P 36 x2 2 5,6 x 3,7 . 70 x 14,5 EP 7 . EP 20 ETD 29 . ETD 59 EFD 15 . EFD 30 EC 35 . EC 70 ER 9,5, ER 11.ER42 E 6,3 . E 70/33/32 U 15, U 20, U 25, U 93/76/30 I 93/28/30 R 2,5 . R 100 B 62 152 56 57 72 77 90 93 98 106 111 115 , Adjusting screw drivers RM cores PM cores P cores (pot cores) P core halves EP cores ETD cores EFD cores EC , , ER 9,5 and E 13 Cores made of material N 47 are planned to be changed to material N 49 during this
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ETD 49 ferrite core Ferrites and accessories etd 49 core B461-P6139-X-X-7600 B461-P6142-X-X-7400 B461-P6143-X-X-7400

EPCOS 90 04 0

Abstract: B66361-G-X127 39,6 max. 25 min. 13,4 max. 11,4 min. 33,1 max. _ 0,2 38 +0,5 41,8 max. 23,6 max. 20,9 , ETD 34/17/11 Core B66361 CECC 25 301-001 (material N27) I For SMPS transformers with , IEC 61185 I Quality assurance per UTE 83313-001/ I ETD cores are supplied as single units 11,1 , 20 % 1540 1940 < 1,48 B66361-G-X127 (200 mT, 25 kHz, 100 °C) N87 2600 + 30/­ 20 % 1670 1940 < 4,00 B66361-G-X187 (200 mT, 100 kHz, 100 °C) N97 1) 2650 + 30/­ 20 % 1710 1940 < 3
EPCOS
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B66361-G-X197 EPCOS 90 04 0 EPCOS 350 04 FEK0203-J EPCOS 350 110 ETD34 FEK0048-F B66361-G100-X1 B66361-G200-X1 B66361-G500-X1 B66361-G1000-X1

Vishay Roederstein EBR

Abstract: roederstein capacitor tantalum 13 3 1,8 1,4 0,7 1,6 0,3 0,5 13 0,06 TD0 474020 M 00 1 1 20 13 4,2 1,7 1,7 0,8 2,5 0,3 0,5 6,9 0,06 TD 1 105020 M00 2 2,2 20 13 4,2 2,4 1,7 0,8 2,5 0,5 0,5 4,2 0,06 TD 2 225020 M 00 3 3,3 20 13 5,5 2,4 1,7 1 3,2 0,8 0,7 2,4 0,06 TD3 335020 M 00 4 6,8 20 13 6 3,9 2,4 1,1±0,3 3,5±0,3 0,8 1,4 1,7 0,06 TD4 685020 M 00 5 15 20 13 7 3 3 1,1+0,3 4,5±0,3 0,8 3 1,2 0,06 TD 5 156020 M 00 6 22 20 13 7,8 , INTER/ ROEDERSTEIN b5E J> m ?fi21b24 OGOnfll â  ETD Diagram 13: ETD 6 Impedance (typical) versus
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Vishay Roederstein EBR roederstein capacitor tantalum 47402 roederstein tantalum 156025 TD5 capacitors 125-C

B66359-J1014-T1

Abstract: B66359-B1013-T1 ,2 8,1±0,3 FEK0327-3 30,48 0,7 Siemens Matsushita Components 20,32 3,2 _ 0,2 39 , ETD 29/16/10 Core B66358 q In accordance with IEC 61185 q For SMPS transformers with optimum weight/performance ratio at small volume q ETD cores are supplied as single units Magnetic , Approx. weight 28 g/set FEK0044-8 Ungapped µe Material AL value N27 2000 + 30/­ 20 % 1470 1700 1,04 B66358-G-X127 (200 mT, 25 kHz, 100 °C) N67 2100 + 30/­ 20 % 1530 1700 3,50
Siemens
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B66358-G-X167 B66358-G1000-X1 B66359-B1013-T1 B66359B1013T1 coil former iec 157 - 1b B66358GX167 B66358-G500-X1 B66359-A2000 FEK0326-U

Siemens Ferrite B64290

Abstract: Siemens Ferrite n67 RM P 14 x 8 40 140 A R Y P 18 x 11 R 12600 Y P 22 x 13 Y 20 EPCOS AG Typ Type P 3,3 x 2,6 P 4,6 x 4,1 P 5,8 x 3,3 P7 x4 P9 x5 P 11 x 7 P 14 x 8 P 18 x 11 P 22 x 13 , ( 13,0) 1,0 (0,93) 20,8 (22,1) 20,8 ( 23,8) 0,86 (0,78) 26,9 (28,6) 31,3 ( 36,6) 0,74 (0,70) 29,8 (30,4 , + 0,2 5,4 + 0,2 ­ ­ h1 10,5­0,2 10,5­0,2 12,5­0,2 13,5­0,2 16,5­0,2 18,7­0,2 24,6­0,2 30,2­0,2 , 9,8­0,2 11,6­0,2 13,0­0,2 16,8­0,2 20,5­0,2 h2 4,3 + 0,4 3,6 + 0,4 4,5 + 0,4 4,7 + 0,5 5,9 + 0,4
EPCOS
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Siemens Ferrite B64290 Siemens Ferrite n67 RM B66206-A2010 B65931CX22 B65535-B2 Schalenkern

ETD-39

Abstract: ETD FERRITE transformer Ferrites and accessories ETD 39/20/13 Core and accessories Series/Type: Date: B66363, B66364 , /06 ETD 39/20/13 Core B66363 Calculation factors (for formulas, see "E cores: general , warnings and Important notes at the end of this document. 3 09/06 ETD 39/20/13 Accessories , sheet and the information contained therein without EPCOS' prior express consent is prohibited. ETD 39/20/13 Core B66363 20 _ 0,4 weight/performance ratio at small volume Delivery mode
EPCOS
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B66363G0000X127 B66363G0000X187 B66363G0000X197 ETD FERRITE transformer B66363G0100X1 B66363G0200X1 B66363G0500X1
Abstract: Ferrites and accessories ETD 39/20/13 Core and accessories Series/Type: B66363, B66364 7f , express consent is prohibited. ETD 39/20/13 Core B66363 20 _ 0,4 weight/performance ratio at small volume s Delivery mode: single units 14,2+0,8 g s To IEC 61185 s For SMPS transformers , and warnings and Important notes at the end of this document. 2 09/06 ETD 39/20/13 Core , at the end of this document. 3 09/06 K3 (100 ° C) K4 (100 ° C) ETD 39/20/13 EPCOS
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B66363G1000X1

smps transformers epcos

Abstract: ETD-39 Ferrites and accessories ETD 39/20/13 Core and accessories Series/Type: B66363, B66364 , express consent is prohibited. ETD 39/20/13 Core B66363 20 _ 0,4 weight/performance ratio at small volume Delivery mode: single units 14,2+0,8 g To IEC 61185 For SMPS transformers , Important notes at the end of this document. 2 09/06 ETD 39/20/13 Core B66363 Calculation , . 3 09/06 ETD 39/20/13 Accessories B66364 Coil former Material: GFR
EPCOS
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ferrite TRANSFORMER calculation FERRITE TRANSFORMER ETD RYNITE 530
Abstract: L a ±0,2 max. max. ±0,2 mm 0 0,47 20 13 3 1 1 20 13 4,2 2 2,2 20 13 3 3,3 20 13 4 6,8 20 5 15 6 mm mm mm Impe , 2,4 1,7 1 3,2 13 6 3,9 2,4 1,110,3 3,5±0,3 0,8 20 13 7 3 3 1,110,3 4,5+03 0,8 3 22 20 13 7,8 4,1 3,3 1,1±0,3 4,9±0,3 0,8 , Diagram 13: ETD 6 Impedance (typical) versus frequency Diagram 15: ETD 6 ESR (typical) versus frequency -
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