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MSP430-3P-CORE-I2C-ANALYZER Texas Instruments CAS-1000-I2C visit Texas Instruments

E36/18/11 Core

Catalog Datasheet MFG & Type PDF Document Tags

E36 core

Abstract: 1 a250 ie 420 do FERROXCUBE DATA SHEET E36/21/12 E cores and accessories Supersedes data of November 2000 2002 Feb 01 Ferroxcube E cores and accessories E36/21/12 CORE SETS Effective core parameters SYMBOL PARAMETER VALUE (I/A) core factor (C1) 0.762 effective volume 12160 , -0.4 0 -0.6 CBW560 Dimensions in mm. Fig.1 E36/21/12 core half. Core halves AL , NUMBER E36/21/12-3C90 Note 1. Measured in combination with an equal gapped core half, clamping
Ferroxcube
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E36 core 1 a250 ie 420 do 3C90 E36/21/12 E36/21/12-3C90-E100 E36/21/12-3C90-E160 E36/21/12-3C90-A250 E36/21/12-3C90-A315 E36/21/12-3C90-A400

E16 bobbin

Abstract: E65 core bobbin /13/9 CBW001 8.0 E25/13/11 core size core type 4.8 E25/13/7 core material 4.8 , overview E cores CORE TYPE Ve (mm3) Ae (mm2) MASS (g) E5.3/2.7/2 33.3 2.66 40.6 , 1860 38.4 1930 37.0 2990 52.0 4500 78.4 11 E30/15/7 4000 60.0 5150 83.2 13 E32/16/9 6180 83.0 16 E34/14/9 5590 80.7 14 E35/18/10 8070 100 15 E36/21/12 12160 126 31 E41/17/12 11500 149 30 E42/21/15 17300
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CBW002 E16 bobbin E65 core bobbin E13 bobbin E55 core bobbin E71 coil former Ferroxcube E19 bobbin CBW616 E13/6/3 E13/6/6 E13/7/4 E16/8/5 E16/12/5

B81121 X2 mkt

Abstract: B81121 X2 mkp /4A; -12V/1A Core E36/18/11; N27; without gap; ALMIN = 2330nH; coil former vertical MAG PRIM 34 , Converter 150W / 100kHz Smoothing Choke of single ended forward converter Core E36/18/11; N27; total , PFC Core E36/18/11; N27; total gap = 2mm; AL = 100 nH; L = 1 mH; IPEAK = 3,5 A; coil former vertical , PWM C22 R35 18 C5 Q4 11 IC1 R34 R18 R35A C22A C21 R32 R23 , / 2A 1mH E36/11; N27; GAP 2mm 100turns, 0,6mm AUX 1: 8turns 0,33mm AUX 2: 5turns 0,33mm
Infineon Technologies
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AN-TDA16888-0-010323 B81121 X2 mkt B81121 X2 mkp ELKO capacitors MKT .22K 250V X2 EPCOS 230 00 O PL-03-821 RUS-125 S-164

AN-32

Abstract: Power Integrations WEI35 ETD34 E30/15/7 70 W EF32 EER28 ETD34 EI40 EI30 ETD29 E36/18/11 E36/18/11 E30/15/7 EI35 , - EER40 EER40 EF32 EI40 150 W E42/21/15 ETD34 E36/18/11 EER35 E42/21/15 E42/21/20 E36/18/11 ETD39 , Step 11 12. Determine LP 13. Choose Core & Bobbin Determine Ae, Le, AL, BW Y 22. NS, L , × Ae where units are gauss, amps, µH and cm2 Table 6. Transformer Core. C 7/04 11 AN , Step 23 10. Set ILIMIT Reduction Factor KI Calculate ILIMIT (min) & ILIMIT (max) N 11. IP
Power Integrations
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AN-32 Power Integrations UTV817A LTV702FB LTV703FB Transformer ei33

E36 core

Abstract: E36/11 Technical Data Sheet Customer: Part designation: Customer part no.: Kaschke Göttingen SP-E 36/11 SKOP248-30-100 max.37,5 d:/bv/067024.dwg 8 a.) EIII EIII 1 max.39 AI EI AIV EIV EII AII 35±0,3 AIII AIII 0,7 9 WS rechts 16 30±0,3 3,5±0,5 max.31 Core / material / air gap / AL Nominal inductance 6 WI ½ prim E36/11 / K2008 or equiv. / 0,9 LI+IV= 178µH ±10% maximum transmissible power 5 10 11 4 WIII 15V/4
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E36/11 kaschke Kaschke sp-e 13 4 067.039 kaschke SP-E 16 Kaschke K2008

top247

Abstract: E36 core Technical Data Sheet Customer: Part designation: Customer part no.: Kaschke Göttingen SP-E 36/11 STOP247-15V-67W max.37,5 d:/bv/067024.dwg 8 EIII EIII 1 max.39 AIII AIII 0,7 9 35±0,3 AI EI AIV EIV EII AII a.) WS rechts 16 30±0,3 3,5±0,5 max.31 Core / material / air gap / AL WI ½ prim E36/11 / K2006 or equiv. / 0,9 Nominal , strength (50Hz/2s) 10 11 3,75kV (WI/WII/WIV - WIII) Nominal Current Design in comp. with
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top247 067.043 TOP247-230V K2006 Kaschke MAX39 kaschke bv

TOP248

Abstract: 067.050 Technical Data Sheet Customer: Part designation: Customer part no.: SP-E 36/11 TOP248-24V-96W KASCHKE UK (GB) max.37,5 d:/bv/067024.dwg EII EI 1 30±0,3 0,7 EIII WS rechts EIV 16 3,5±0,5 max.31 Core / material / air gap / AL WI/WIV Prim E36/11 / K2008 or equiv. Nominal inductance 2/1 LI=LIV= 240 µH ±10% maximum transmissible power 7/8 15/16 WIII 24V 3 WII BIAS 9/10 Working frequency Transformation ratio dielctric strength (50Hz/2s
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TOP248 067.050 TOP248-24V-96W BV EI 303 sp-E 36/11 transistor k08

ARALDITE 103 hy 956

Abstract: ARALDITE D HY 956 . 18 Relationship between permeability µe and air gap s for an RM 4/T 38 ferrite core 150 Siemens , 1+2 sections (B66314) E16/50/6 1+1 sectionn (B66308) E70/21 E65/21 E55/21 E42/20 E42/15 E36/11 E32 , L values of ungapped cores practically equal the spread in ring core permeability (± 20 % . ± 30 % , residual air gap grows larger. The spreads in the A L value may also be increased by the mode of core , small-signal and power applications Winding design 2.1 For the most common core types the maximum number
Siemens
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ARALDITE 103 hy 956 ARALDITE D HY 956 ARALDITE D AY 103 ARALDITE standard epoxy adhesive ARALDITE ay 105 ARALDITE HY 956
Abstract: ) UNIT W V Veff VAC °C lb 10 /h g -9 MATERIAL SPECIFICATIONS CCF02 2.0 350 > 500 900 10 11 Element: Solderability: Core: Termination: Proprietary nickel-chrome film Satisfactory per MIL-STD , 1M00 = 1.0 M TOLERANCE CODE F=±1% J=±5% TEMPERATURE COEFFICIENT K = 100 ppm E36 = Lead Free, T , of their respective owners. Document Number: 91000 Revision: 18-Jul-08 www.vishay.com 1 Vishay Dale
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RS-325-A EIA-296-E MIL-STD-202 MIL-STD-1276

pyrometer

Abstract: ) UNIT W V Veff VAC °C lb 10 /h g -9 MATERIAL SPECIFICATIONS CCF02 2.0 350 >500 900 10 11 Element: Solderability: Core: Termination: Proprietary nickel-chrome film Satisfactory per MIL-STD , 1.0M TOLERANCE CODE F = ± 1% J = ± 5% TEMPERATURE COEFFICIENT K = 100ppm E36 = Lead Free, T/R
Vishay Dale
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pyrometer

pyrometer

Abstract: CCF02 -202, Method 208. Veff >500 Core: Fire-cleaned high purity ceramic VAC Dielectric Strength , weldable per MIL-STD-1276, Type C. 11 Insulation Resistance 10 Operating Temperature Range , E36 = Lead Free, T/R (2500 pcs) R36 = Tin/Lead, T/R (2500 pcs) Blank = Standard (Dash Number
Vishay Dale
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E19 CORE TRANSFORMER

Abstract: 50CS400 E32 CD 1.2 9 18 27 5 15 25 1.5 25 26.9 E32 E36 E42 E42 1.4 10 , COILFORMER DIMENSIONS mm TYPE A B C D U10.5 18 16.5 22 U15/11/6 15.8 18.8 , 28250366 Fax:+86 22 28306117 www.huigao-magnetics.com High Frequency Transformers Ferrite Core The selection of the ferrite core type for a specific transformer depends on the design parameters and the designer's personal preferences. The indicative power capacity for different core types (chart below
Tianjin Huigao Magnetics
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ETD54 EI114 50CS400 E19 CORE TRANSFORMER transformer ETD34 design CORE N67 ETD49 E55 ferrite core FERRITE TRANSFORMER etd34 P11/7 P14/8 EFD15 EFD20 EFD25 ETD44
Abstract: + 031 + 062 +.031 s +.005 AWG. 16 1.1 2 A H TM -5 .4 9 0 .0 7 8 .4 4 4 , 7 .7 ) ( 3 . 18) ( 1 4 .2 ) ( 7 . 14) (2 .3 9 ) (2 . 16) 2 .7 8 .8 4 4 .1 8 , ) ( 15.0) ( 1 0 .7 ) ( 2 9 .3 ) ( 3 . 18) ( 1 5 .8 ) ( 7 .9 2 ) (2 .39) (2 . 16) 5 , -10 Core: RE 80 250 120 0.01 - 700K Notes: For non-inductive windings add â'Nlâ' to , ) 765-8300 â'¢ Toll Free (800) 827-7422 â'¢ Fax (818) 765-2387 E36 D 11F â  DSlbDb? â¡â¡â -
OCR Scan
AHTM-250 AHTM-100 AHTM-50 AHTM-25 AHTM-10
Abstract: Standard E36 = Lead(Pb)-free, T/R (full) (Dash Number) EE6 = Lead (Pb)-free, (Up to 3 digits) T/R (1000 , technical questions, contact: ff2aresistors@vishay.com Document Number: 31021 Revision: 11-Mar-10 CPF , AMBIENT TEMP. IN °C THERMAL RESISTANCE MATERIAL SPECIFICATIONS Element Core Coating Proprietary , Strength Dielectric Withstanding Voltage Life Document Number: 31021 Revision: 11-Mar-10 MAX. R (Typical , trademarks of their respective owners. Document Number: 91000 Revision: 18-Jul-08 www.vishay.com 1 Vishay Dale
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2002/95/EC
Abstract: Technical Information PrimeSTACK 2PS1350R12KE4-3WH-V 24#18;#30;E+36{#30;| 1000 10000 , :18 Supply DC GND X1:5 +15V DC/50mA Out X1:17 +15V DC/50mA Ï' Power supply er X1:16 , isolation between high voltage area and low voltage area NC X1:11 NC X1:12 NC X1:24 , 25pole male X1:1 True earth/shield female thread UNC4/40 Temp. Pin 3 Error Driver Core X -
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BBC35 4C6524 1231423567896AB3C736DCEF32 4112BF3567896 2EF326 DC/50
Abstract: MAX E36.000M E=Ecliptek Designator M=MHz 13.30 MAX 0.50 MIN (x2) 4.88 ±0.20 4.85 , Subject to Change Without Notice | Rev F 8/11/2010 | Page 1 of 5 E1SAD12-36.000M TR Suggested Solder , Tolerances are ±0.1 www.ecliptek.com | Specification Subject to Change Without Notice | Rev F 8/11/2010 , slot in Core for Tape Start 24.4 +2.0/-0.0 www.ecliptek.com | Specification Subject to Change Without Notice | Rev F 8/11/2010 | Page 3 of 5 E1SAD12-36.000M TR Recommended Solder Reflow Methods Ecliptek
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HC-49/UP 000MH MIL-STD-883

pyrometer

Abstract: CPF-3 200ppm R 3 6 PACKAGING SPECIAL E14 = Lead Free, Bulk Blank = Standard E36 = Lead Free , TEMPERATURE VS POWER MATERIAL SPECIFICATIONS Element: Proprietary nickel - chrome alloy. Core , trademarks of their respective owners. Document Number: 91000 Revision: 18-Jul-08 www.vishay.com 1
Vishay Dale
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CPF-3 cpf2 CPF3 31021 pyrometer ceramic CPF1 DALE
Abstract: E2SDB18-36.000M TR RoHS Pb E2S D B 18 -36.000M TR Series RoHS Compliant (Pb-free) Resistance Welded HC-49/UP SMD Crystal Packaging Options Tape & Reel Nominal Frequency 36.000MHz Frequency Tolerance/Stability ±30ppm at 25°C, ±50ppm over 0°C to +70°C Load Capacitance 18pF , MARKING 1 4.50 MAX E36.000M E=Ecliptek Designator M=MHz 13.30 MAX 0.50 MIN (x2) 4.88  , Depth Tape slot in Core for Tape Start 24.4 +2.0/-0.0 www.ecliptek.com | Specification Subject to Ecliptek
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pyrometer

Abstract: E36 core Satisfactory per MIL-STD-202, Method 208. Core: 350 Proprietary nickel-chrome film Solderability , COEFFICIENT K = 100 ppm 6 PACKAGING SPECIAL E36 = Lead (Pb)-free, T/R (2500 pieces) R36 = Tin , trademarks of their respective owners. Document Number: 91000 Revision: 18-Jul-08 www.vishay.com 1
Vishay Dale
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Abstract: E1SAD18-36.000M TR RoHS Pb E1S A D 18 -36.000M TR Series RoHS Compliant (Pb-free) Resistance Welded Short HC-49/UP SMD Crystal Packaging Options Tape & Reel Nominal Frequency 36.000MHz Frequency Tolerance/Stability ±50ppm at 25°C, ±100ppm over 0°C to +70°C Mode of Operation BT-Cut , MAX E36.000M E=Ecliptek Designator M=MHz 13.30 MAX 0.50 MIN (x2) 4.88 ±0.20 4.85 , slot in Core for Tape Start 24.4 +2.0/-0.0 www.ecliptek.com | Specification Subject to Change Ecliptek
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