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Part Manufacturer Description Datasheet Download Buy Part
166F12B Hammond Manufacturing Split Bobbin Power Transformer,
166K12B Hammond Manufacturing Split Bobbin Power Transformer,
166G16 Hammond Manufacturing Split Bobbin Power Transformer,
166J28 Hammond Manufacturing Split Bobbin Power Transformer,
166L24 Hammond Manufacturing Split Bobbin Power Transformer,
166P18 Hammond Manufacturing Split Bobbin Power Transformer,

EE 20 bobbin Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
STK 442 130

Abstract:
Text: .162 .74 .856 1.48 2.77 6.34 (1) Product of printed circuit bobbin window area and core area , both. Data taken using full bobbin and includes fringing flux. PLAIN BOBBINS Figure 2 Figure , -82. MAGNETICS · BUTLER, PA Nominal Winding Area cm² in² .316 This bobbin has no standoff. 11.3 , 41808-EC · EE -12.5 41810-EC E1187 Dbl. Stk. 42211-EC 42510-EC · 42515-EC EL2425 1A , -EC E-E E-E E-E E-E 270 770 440 460 370 1,100 630 660 405 1,200 685 710 650 1,950


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PDF -41203-EC E2829 -41707-EC E3233 -41808-EC El187 -42510-EC E2425 -43009-EC E2627 STK 442 130 STK 412 770 stk 432 070 STK 795 820 stk 412 -770 STK 442 070 stk 432 050 ic stk 432 050 stk 795 821 STK 442 - 130
2007 - EE-43007

Abstract:
Text: Differential Mode Inductor L1 Bobbin : Vertical 8-Pin Core: EE -42211 J Core Gap: none , Transformer T1 Bobbin : Vertical 8-Pin Core: EE -43007 P Core Gap: TBD Inductance , Mode Inductor L2 Bobbin : none Core: T 2/1.3/0.6 Core Gap: none Inductance , Description: Schematic Ref. Des: 4 Cell Charger For Ni-Cd, Ni-MH Output filter Inductor L3 Bobbin


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PDF DN06023/D MBT3906 MC33340 NCP1055 NIS6111 EE-43007 EE 23 bobbin vertical MBT3906 diode W1 NCP1055 core EE 25 transformer EE-42211 EE 25 bobbin vertical W1 diode MC33340
1998 - Audible

Abstract:
Text: into the surrounding air. They include, but are not limited to · · Bobbin Motion Displacement of the core pieces may be transmitted and amplified through the bobbin . · Coil Motion , flyback converters below 10 watts tend to resonate between 10 kHz and 20 kHz. The motion can become , . Bending A gap in only the center leg of an EE or an EI structure can allow the core pieces to bend or , material should occupy the space between all mating surfaces of the two core pieces. In EE core


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EE 20 bobbin

Abstract:
Text: A COM PANY OF MODELS xxxA and 203PA W irewound Bobbin Resistors M ilitary, E-Rel, M IL-R , vailab le in h erm etica lly sealed. S ee p ag e 18. RBR75 CONSTRUCTION All W elded Construction: The , wire) is butt welded to the lead and m olded deep into the resistor bobbin . This design param eter assures the least possible D.C. transients due to therm al EMF and galvanic action. Bobbin Design: The ratio of the height of the Pi wall to the width of the Pi and to the diam eter of the bobbin m andrel


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PDF 203PA IL-R-39005 MIL-R-93, RBR52 EE 20 bobbin marking 1c ULTRONIX 205A 65-2K mark 207A marking 205a RB56 RB57 RESISTOR
EI type bobbin area

Abstract:
Text: 2.27 2.27 11 54 0.48 1.09 46409-EC E-E - 11,500 12,500 20 ,000 22 , COVER AL VALUES MH/1000 Turns PART NUMBER COMBINATION 41434-EC 41434-E&I E-E E-I , ) 1.5 1.2 BOBBIN WINDOW AREA (cm²) 0.128 0.064 WaAc (cm 4 ) (Note 1) 0.019 0.009 41805-EC E-E 1,750 2,520 2,740 4,380 5,470 2.42 0.401 0.399 0.972 4.9 , 0.813 4.1 0.08 0.064 0.032 42216-EC E-E 2,520 3,590 3,905 6,250 8,640


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PDF 41434-EC 41434-IC 41805-EC 41805-IC 44008-EC 44008-IC 44308-EC 44308-IC 46409-EC EI type bobbin area EI type bobbin 42216 e core 45810-EC 443-10 IC 0R-41425-EC 43208-EC 49938-EC EE 2520 core 43618-EC
1999 - EE16 transformer

Abstract:
Text: excitation. · Bobbin Motion Displacement of the core pieces may be transmitted and amplified through the bobbin . · Coil Motion Current in the coil produces attractive and repulsive forces that tend to move , often in offline flyback converters below 10 watts tend to resonate between 10 kHz and 20 kHz. The , noise from multiple mechanisms. · Bending A gap in only the center leg of an EE or an EI structure , and the bobbin . A secondary purpose is to damp mechanical resonance of the transformer structure


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PDF AN-24 EE16 transformer core EEL16 transformer EPORITE 2066 ee13 ferrite transformer EE16 NC-2H NC-2H eel16 Eporite 2089 FERRITE core ee TRANSFORMER EPORITE 2066 DATASHEET eporite 2095
2001 - EE16 TRANSFORMER

Abstract:
Text: excitation. · Bobbin Motion Displacement of the core pieces may be transmitted and amplified through the bobbin . · Coil Motion Current in the coil produces attractive and repulsive forces that tend to move , often in offline flyback converters below 10 watts tend to resonate between 10 kHz and 20 kHz. The , noise from multiple mechanisms. · Bending A gap in only the center leg of an EE or an EI structure , and the bobbin . A secondary purpose is to damp mechanical resonance of the transformer structure


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PDF AN-24 EE16 TRANSFORMER Eporite 2089 core EEL16 transformer ferrite material 3c85 EPORITE 2066 ferrite core transformer construction eel19 EEL19 transformer eporite 2095 EEL-19
2007 - EE 16 bobbin vertical

Abstract:
Text: Bobbin : Horizontal 10-Pin Core: EE -4 2530 P Core Gap: Approx. 2 mm Inductance , / Customer Description: Schematic Ref. Des: 40 Watt Adapter Differential Mode Inductor L1 Bobbin , Description: Schematic Ref. Des: 40 Watt Adapter Common Mode Inductor L2 Bobbin : none Core , Inductor L3 Bobbin : none Core: T44C Core Gap: none Inductance Magnetizing: 1 uH , ) Layer Winding MicroMetals Turns Size No of Wires Material 4 20 awg 5


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PDF DN06024/D NCP1217 EE 16 bobbin vertical EE 16 bobbin horizontal EE-42211 EE 20 bobbin T44C NCP1217 EE4-2211 Bobbin EE 16 EE 23 bobbin vertical T44D
rectifier diode 230V AC input and 230V DC output

Abstract:
Text: , 1/2W R2 13k, 1/4W T1 TDK 501Y 1002 PTC thermistor L Core: TDK # PC 30 EE 30Z Bobbin : TDK ft BE , EE 22Z Bobbin : TDK # BE-22-118CP Wind: 80T # 26AWG HAPT L = 1.6mH with 0.005 inch Gap Spacer , electrode wear so that lamp life is maximized ( 20 ,000 hours). l The actual striking voltage of fluorescent


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PDF IR2155 230VAC 320VDC IRF710 rectifier diode 230V AC input and 230V DC output PTC thermistor 501Y 1002 PTC THERMISTOR TDK ir2155 design tips BE30-1110CP SIMPLE ELECTRONIC BALLAST thermistor ptc IR2155 electronic ballast ballast Self-Oscillating
2009 - Not Available

Abstract:
Text: base ( bobbin ), cracks may occur within the glue. To ensure not to occur this situation, it's important , ¼‹12V We use manganese core ( EE type) and nickel core (drum & ring type). As manganese core is better , conductivity, we can't wind directly around the core. Thus the plastic bobbin is required. It will increase , ○ ○ △ Drum+Ring +B Core material EE Ni-Zn △ △ ○ Winding , . 38 EE core Drum + Ring core EE core type is completely shielded magnetically. Drum and ring


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EE10 bobbin

Abstract:
Text: Sketch with main dimensions For applications with enlarged creepage distances. ST with molded-in wires 0,5 mm Standard material: Ultramid A3X2G7, natural o Temp. Class B (130 C) UL 94-V0 Creepage distances: at long bobbin side = 12,00 mm at short bobbin side = 2,05 mm X = Additional Pin b1 b2 b3 h1 h2 k l1 l2 l3 l5 n1 t X1 X2 X3 ± 0,1 ± 0 , 0,5 4,5 3x3 13,0 2x4 Type EE 10/5/1 ST Wz 2579/1 ST 7114 Notes: X3 = max


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PDF 94-V0 EE10-K-V-8P-SS-WZ2579 EE10 bobbin EE type bobbin EE bobbin a3x2g7 ultramid a3x2g7 BOBBIN a3x2g7 UL-94-V0 ultramid
ef25 bobbin 12 pins

Abstract:
Text: Sketch with main dimensions For applications with enlarged creepage distances. ST with molded-in wires 0,75 mm Standard material: Ultramid A3X2G7, natural Temp. Class B (130 o C) UL 94-V0 Creepage distances: at long bobbin side = 12,00 mm at short bobbin side = 5,90 mm X = Additional Pin b1 b2 b3 b4 h1 h2 k n1 l1 l2 l5 t X1 X2 X4 ± 0,1 ± 0 , 15,5 17,2 33,4 1x4 3,3 2x5,25 2x4 Type 26,0 5x3,75 EE 25/11/1 ST Wz 2589/1 ST


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PDF 94-V0 EF25/11-K-H-13P-WZ2589 ef25 bobbin 12 pins EE 25 bobbin EF25 bobbin a3x2g7 EE type bobbin EF25 bobbin UL-94-V0
how to calculate ferrite core transformer

Abstract:
Text: SEE16 EF16 EPC17 EE19 EF(D) 20 EPC25 EF(D)25 10-20W EE19 EPC19 EF(D) 20 EE or EI22 EF(D)25 , is to calculate the available bobbin width (BWA) from the actual bobbin width (BW), the number of , width of the bobbin , as this will provide the best coupling. OD = BW A NP Using either the , alternative is to use stacked secondary windings, which reduces the number of pins required on the bobbin by , secondary, the secondary winding should fill the entire bobbin width. This could be achieved by using


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PDF AN-1024 IRIS40xx AN1024a how to calculate ferrite core transformer how to calculate turn ratio for ferrite core transformer "EI CORE" TDK Ferrite Core PC40 PHILIPS pot core 3f3 cma 00124 step down transformer winding ratio ETD 34 3c85 TDK Ferrite Core PC44 etd34 EE19 TDK Ferrite Core PC40
EE 25 bobbin

Abstract:
Text: Sketch with main dimensions For applications with enlarged creepage distances. ST with molded-in wires 0,75 mm Standard material: Ultramid A3X2G7, natural Temp. Class B (130 o C) UL 94-V0 Creepage distances: at long bobbin side = 12,00 mm at short bobbin side = 5,90 mm X = Additional Pin b1 b2 b3 b4 h1 h2 k n1 l1 l2 l5 t X1 X2 X4 ± 0,1 ± 0 , 15,5 17,2 33,4 1x4 3,3 2x5,25 2x4 Type 26,0 5x3,75 EE 25/11/1 ST X3 = max. number


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PDF 94-V0 EF25/11plications EF25/11-K-H-13P EE 25 bobbin EF25 bobbin ef25 bobbin 12 pins EE type bobbin EF25 a3x2g7 ultramid a3x2g7 EE type 17 bobbin bobbin st x3
cma 00124

Abstract:
Text: SEE16 EF16 EPC17 EE19 EF(D) 20 EPC25 EF(D)25 10-20W EE19 EPC19 EF(D) 20 EE or EI22 EF(D)25 , is to calculate the available bobbin width (BWA) from the actual bobbin width (BW), the number of , width of the bobbin , as this will provide the best coupling. OD = BW A NP Using either the , alternative is to use stacked secondary windings, which reduces the number of pins required on the bobbin by , secondary, the secondary winding should fill the entire bobbin width. This could be achieved by using


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PDF AN-1024a IRIS40xx AN1024a cma 00124 ETD34 PC40 AN1024a EE19 TDK Ferrite Core PC40 EE 25 bobbin epcos make EPC25 bobbin philips 3C85 ferrite material Transformer and Inductor Design Handbook, flyback transformer design CMA 00105
2001 - DIODE ON SEMICONDUCTOR B34

Abstract:
Text: to 0.5 Tesla. Enter this value in cell B58. Step 7: Enter Bobbin Usage Factor In a transformer bobbin , not all cross sectional area is available to accommodate the windings. A bobbin usage factor is , : EBNCP1200/D EBNCP1200/D Step 8: Enter Magnetic Core and Bobbin Data without excessive hysteresis , magnetic cores and bobbins ready. Recommended core types are EE , EI, EF and ETD made of material that can , Explanation Bobbin window area in Remarks mm2 Property of the bobbin , some vendors provide


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PDF EBNCP1200/D NCP1200 r14525 EBCNP1200/D DIODE ON SEMICONDUCTOR B34 NCP1200 CROSS REFERENCE transformer bobbin sectional bobbin LLC mosfet b38 N67 transformer core EE 80 bobbin EI TRANSFORMER LIST EI type bobbin EE CORE
3SK260

Abstract:
Text: CHARACTERISTICS (Ta = 25°C) m m 00 USQ Unit in mm 2.1 ±0.1 3 4 - EE ] 1.25 ±0.1 13 2 1. GATE 1 2 , 500 fn = 45MHz vgl( = 1.35v) vq2 ( = 5.5v) vdd ( = 10v) Ll L2 L3 l4 RFC 956.5mm BOBBIN WITH FERRITE CORE, 950.7mm UEW, 2T 6.5mm BOBBIN WITH FERRITE CORE, 0.7mm UEW, 2T 3mm ID, 950.5mm UEW, 4T 958mm BOBBIN WITH FERRITE CORE, 950.35mm UEW, 7T 100/aH ID - Vds id - VDS COMMON SOURCE , DRAIN-SOURCE VOLTAGE VDS (V) 10 60 50 40 30 20 10 common SOURCE Ta = 25°C VGis = 3V


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PDF 3SK260 200MHz 245MHz 3SK260 EE 16 bobbin EE 20 bobbin EE 45 bobbin EE 55 bobbin ei ferrite core KY transistor
2000 - 28BYJ48

Abstract:
Text: 1-11 Time 1 minute 1 mA 电机绕阻温升(Temperature rise of motor bobbin coilï , Temperature rise of motor bobbin coil shall not exceed 60 deg K when operated in 温升应不大于 60K。 no load condition at 5 VDC and 100pps (pulse per sec)until temperature rise of. motor bobbin coil , connector more than 1kgf/strand. é½¿è ½®è¿è¡Œå¼ºåº¦ï¼ˆGear post strength) 30 个循环耐久è , 三个方向分别进行振动, 历 Motor shall withstand vibration test when subjected to a vibration of 1000 时 20 分钟 .


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PDF 28BYJ48 800-2500gf 800gf 2500gf 28BYJ48 28BYJ-48
2007 - TN0023

Abstract:
Text: input voltage from the minimum AC voltage minus about 20 V of ripple voltage. Choose a flyback voltage , = V min min = V AC min 2 ­ 20 (V) Calculate the duty cycle which is 50% or less for , is an E-E type core with a gap in the center leg. It is basically an inductor where the energy is , with an Ae which works better with the application. The bobbin area for the selected core is also , safety requirements such as creepage and clearance, and bobbin pin spacing. A core size starting points


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PDF TN0023 TN0023 EF20 core Ae mathcad flyback design ST 2936 VIPer22ADIP-E mathcad flyback VIPER53 EF20 TRANSFORMER core EE 25 transformer EE type CORE
pc40 core

Abstract:
Text: 0.04695 703 232 162900 815 e(mm) Weight (g) Ve(mm3) EE CORE BOBBIN Dimensions (mm , Large Size Ferrite Cores for High Power T/UU/UI/EC/EIC/ EE /EI/DT/PQ/PM/SP series Issue date , % Spacer gap AL-value(nH/N2) Nl limit(AT) 102 20 % 103 102 101 Temp. : 100°C 100 , ALvalue, show each NI value when decreased 20 % and 40% from initial AL-value. Temp. : 23°C Hm : 0.4A , % 102 Nl limit(AT) 20 % Spacer gap 103 102 101 Temp. : 100°C 100 0.44605


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PDF 2002/95/EC, SP135 SP185 SP255 pc40 core HM 8350 core pc40 PC40 ferrite EE 70 bobbin pq78 EE 16 bobbin 5 5 ferrite pc40 "EI CORE" Bobbin EE 16
pq78

Abstract:
Text: _2.fm (19/31) B1 A1 EE CORE BOBBIN B2 C A2 Z Bobbin is optional parts. EE CORE , Large Size Ferrite Cores for High Power T/UU/UI/EC/EIC/ EE /EI/DT/PQ/PM/SP series Issue date , % Spacer gap AL-value(nH/N2) Nl limit(AT) 102 20 % 103 102 101 Temp. : 100°C 100 , ALvalue, show each NI value when decreased 20 % and 40% from initial AL-value. Temp. : 23°C Hm : 0.4A , % 102 Nl limit(AT) 20 % Spacer gap 103 102 101 Temp. : 100°C 100 0.44605


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PDF 2002/95/EC, SP135 SP185 SP255 pq78 PQ107 ee70 core EE80 bobbin EiC90 core EI70 PC40 ferrite EC90 core core EC90 E16 bobbin
Bobbin EE 19

Abstract:
Text: . 19 High L / Low Current T oroids. . L -113X X . . 19 Common M ode Inductors ( EE ) . . L -140X X . . 20 Common M ode Inductors ( EE ) . . L-160X X . . 21 , .1. 371 OX . RF Toroid Mini Thru-H ole. .L-117XX . High Q ( Bobbin Type , Profile ER Inductors - SM D . . L-312XX . EE Style Low Profile - SM D .


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PDF L-150XX L-312XX L-151XX L153XX. CONT-5/97 Bobbin EE 19 112xx toroidal transformers
2012 - D13003

Abstract:
Text: ; P1,P2 and P3 are Primary, ( Bobbin : EE -16, Vertical). Copyright © 2012 Active-Semi, Inc. - 20 , are Primary, S1 is Secondary ( Bobbin : EE -10 Horizontal). Copyright © 2012 Active-Semi, Inc , VIN I0 85-264VAC 300-350mA LED(s) 1 or 2 Note: P1,P2 ,and P3 are Primary ( Bobbin : EE , 85-264VAC 650-750mA LED(s) 1 P1 and P2 are Primary, S1 is Secondary ( Bobbin : EE -10 Vertical , ( Bobbin : EE -10; Vertical). Copyright © 2012 Active-Semi, Inc. - 12 - www.active-semi.com


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PDF ACT364 ACT801 120VAC) 350mA 700mA G/16V, D13003 ic 6 pin smd for power supply led transistor D13003 X
1999 - 2046X

Abstract:
Text: -133XX . 19 High L / Low Current Toroids . L-113XX . 19 Common Mode Inductors ( EE ) . L-140XX . 20 Common Mode Inductors ( EE ) . L-160XX . 21 New z New z New z High Q ( Bobbin Type) - SMD . L-112XX . 30 Radial Lead Mini Inductors , -312XX . 34 EE Style Low Profile - SMD . L-311XX . 36 Circular Pkg. Inductors -


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PDF L-312XX L-311XX L-151XX L153XX CONT-5/97 2046X 3710X EE 19 bobbin efd 12-pin smps transformers
2014 - LED lighting

Abstract:
Text: Secondary ( Bobbin : EE -10 Horizontal). Copyright © 2014 Active-Semi International, Inc. -4- , VIN I0 85-264VAC 300-350mA LED(s) 1 or 2 Note: P1,P2 ,and P3 are Primary ( Bobbin : EE , Secondary ( Bobbin : EE -10 Vertical) Copyright © 2014 Active-Semi International, Inc. -8- , Primary ( Bobbin : EE -10; Vertical). Copyright © 2014 Active-Semi International, Inc. - 10 - , are Primary, S1 is Secondary ( Bobbin : EE -10 Vertical). Copyright © 2014 Active-Semi International


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PDF ACT364 350mA 700mA ACT364e 01uF/50V 100pF/25V LED lighting transistor D13003 X D13003X 12V 1A Transformer specification 12v transformer winding formula 23/10V 3W LED DRIVER
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