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

core EE16

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: '¢ SMPS IC manufacturers support Typical Core Power Handling Capabilities CEP Core CEP10 shown EE Core EE16 shown EFD Core EFDD15 shown EP Core EP13 shown NOTES: 1. Values shown are typical and can be modified depending upon core material, wire gauge, and cooling method(s) used , @ 250kHz for an approximate core loss of 100mW/cm3. 3. Current density used is 300 cma (circular mils per Amp). Values shown are intended to be used as a guideline for initial core size/geometry Tyco Electronics
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EE16 bobbin

Abstract: ee16 bobbin specification HIGH FREQUENCY TRANSFORMER SEEB6VTF-50458 1. CONFIGURATION & DIMENSIONS : B F C A 3 2 1 1 6 H E 2 1 D 3 4 5 6 Unit:m/m A B C D E F H 14.00 Max. 13.00 Max. 13.00 Max. 8.50±0.30 2.50±0.30 5.00±0.50 Ø0.60 Ref. 2. SCHEMATIC : 4 1 6 2 3. SCHEMATIC : a) Bobbin : Phenolic b) Core : EE16 c) Wire : Polyurethane DD (2UEW) d) Tape : Polyester Film e) Varnish : Synthite AC-43 NOTE : Specifications subject to change
Superworld Electronics
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EE16 bobbin ee16 bobbin specification EE16 transformer EE16 core transformer core EE16 transformer ee16 transformer specification

Power Transformer EE-16

Abstract: Bobbin EE 16 other windings open, measured at 1kHz, 0.4VRMS Bobbin EE-16 Core EE-16 2.1mH, ±5% PC40 , 0805, 4.7 M 1 Q1 APT13003 1 T1 Transformer EE16 1 R1 12 ohm/0.5W 1 U2
BCD Semiconductor
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AP3706 Power Transformer EE-16 Bobbin EE 16 EE-16 6 pin bobbin EE16 core pc40 EE16 5V890 EN55022 F/400V F/10V F/50V
Abstract: 3/4T S: 0 .0 8 ^ 1390T CORE: EE16 l 360 £0 30 < 2O 0S > 5? â  p o 200 -
OCR Scan
EN538E 2SD826 5277KI/3115KI/5244KI H707L 0RA03E

LNK623P

Abstract: LNK623PG : EE16 horizontal 5x5 pins with extended creepage Magnet Wire: #35 AWG double coated Magnet Wire: #34 AWG double coated Triple insulated Wire: #25 AWG Varnish 2 Core: EE16 gapped for ALG of 194 nH/T , EE16 Core EE16 EE16 AE PC40EE16-Z EE16_BOB BIN Bobbin P/N: P/N: BE , CRF253-4 5T 8R2 Vitrohm 19 1 T1 Bobbin, EE16 extended creepage, Hor, 5x5 pins 20 1 , -Apr-09 7.4 DER-214 ­ 9 V, 250 mA Cooktop Controller Transformer Build Diagram Figure 5 ­ EE16
Power Integrations
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LNK623PG LNK623P EKMG401 EE16 10 pin bobbin SBC1-102-211 EE16 core

EE16

Abstract: EE16 9V × 203/4T 0.23ø× 203/4T S 0.07ø× 1350T 0.08ø× 1390T 0.08ø× 1390T Core EE13 EE16 EE16 2SD826 , S : 0.08ø1390T CORE : EE16 ITR09936 1k No.538­4/5 2SD826 350 VMC - tC(1) F 0µ 50 = , Charge Time, tC ­ S Sample Application Circuit 2 : High-grade electronic flash set EE16 DFC05R +
SANYO Electric
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EE16 9V EE16 4 3 EE16 5V core EE16 pulse trans sanyo ni-cd ENN538E 2009B

EE16

Abstract: 5A transistor CONVERTER TRANS P : 0.6 22 3/4T F : 0.23 20 3/4T S : 0.08 1390T CORE : EE16 ITR09936 VMC - tC(1 , (3) 350 EE13 EE16 EE16 0F =50 300 MC F 750 250 900 F 200 150 100 50 2SD8261 Manganese or alkali battery4 0 ITR09933 Core VMC - tC(2) 350 , ITR09935 No.538-4/6 2SD826 Sample Application Circuit 2 : High-grade electronic flash set EE16
SANYO Electric
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5A transistor 60309E DC-DC EE13 ITR09924 MC300F MC507 EN538F

VIPer12A

Abstract: viper12a application note , a ferrite core EE16 with 7099 material and an AL of 100. It is primary - secondary Hi Pot tested to
STMicroelectronics
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VIPer12A viper12a application note 5V ViPer12A flyback EE16 5V ViPer12A flyback control circuit of viper12a viper12 transformer AN1347 12ADIP BYW100-200 120VAC 240VAC

VIPER12

Abstract: viper12 transformer . TRANSFORMER CONSIDERATIONS The output transformer has a primary inductance of 3.4mH, a ferrite core EE16 with
STMicroelectronics
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VIPER12 TL 431 viper12 design VIPER flyback 5W VIPer12DIP RN202-1/02 12DIP

LNK564

Abstract: zener diode 1n400 ] [9] 7.4 04-Oct-2005 Description Core : EE16, PC40EE13, TDK ­ ALG 230 nH/T2 Bobbin , Volts 10 Volts 0.5 Volts 1.54 ENTER TRANSFORMER CORE/CONSTRUCTION VARIABLES Core Type EE16 Core , is minimized with high operating efficiency under all load and line conditions. The EE16 , 16* 1 RF1 8.2 , 2.5 W, Fusible/Flame Proof Wire Vitrohm Wound 17 1 T1 Bobbin, EE16, Horizontal , -4 5T 8R2 EE-16 10PINs E09077 SIL6036 CWS-T1-DAK85 LSLA40342 SLP-2218P1 LNK564P 1N5240B
Power Integrations
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LNK564 zener diode 1n400 schematic diagram of phone charger lnk564 charger FALCO transformer tyd2gm100g13o EP-85 EPR-85 EN550022 CISPR-22 IEC61000-4-5 261/A

LP 8029 l2

Abstract: EE16 148 Inductance (Lk)< = 30uH @10KHz 3. Electrical Strength = 3KV, 50/60Hz,1Min MATERIALS: 1. Core:EE16(Ferrite Material TDK PC40 or equivalent) 2. Bobin:EE16 Primary 5,Secondary:5 3. Magnet Wires (Pri , 50V X7R 0805 SMA 1% EE16 5+5 SB5200 Integrated Silicon Solution, Inc. â
Integrated Silicon Solution
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LP 8029 l2 EE16 148 3M1298 IS31LT3932 265VAC/50 265VAC

TF-1613

Abstract: Ringing Choke Converter Littlefuse V275LA4 Custom Transformer Core: EE16, See Power Integration's document EPR-83 for , /CONSTRUCTION VARIABLES Core Type EE16 EE16 P/N: PC40EE16-Z EE16_B OBBIN P/N: EE16_BOBBIN Core Bobbin User-Selected transformer core EE16 AE 0.192 cm^2 LE 3.5 cm AL , AWG N/A N/A 11 2 L1, L3 1 mH, 0.15 A, Ferrite Core Tokin SBCP-47HY102B 12 1 R1 , Electrical Diagram FL 3 Bias/Core Cancellation 29T #37AWG X 2 1 LAYER 4 2 WD #4 Secondary 17T
Power Integrations
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TF-1613 Ringing Choke Converter spark gap trigger transformer SIL6043 LNK562 SNX1388 RDR-83

LNK632

Abstract: LNK632DG ] Description Core: EE16, NC-2H or equivalent, gapped for ALG = 196 nH/T2 Bobbin: EE16, Horizontal, 10 pins (5 , Core Type EE16 EE16 Core EE16 Bobbin EE16_B OBBIN AE 0.192 LE 3.5 AL 1140 BW 8.5 M , optional bias supply (as in this design), the no-load power consumption reduces to , EF12.6 and EE13 core sizes could also have been used at this power level. Page 5 of 39 Power , , EE16 Extended Creepage, Horizontal, 10 pins Taiwan Shulin Enterprise Co. LTD TF-1613 20 1
Power Integrations
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LNK632DG LNK632 ef12.6 core transformer creepage universal cell phone charger circuit diagram bp3100 XX380VB4R7M8X11LL DER-207

schematic diagram of phone adapter

Abstract: 11DQ060 . Materials Item [1] [2] [3] [4] [5] [6] [7] [8] [9] Page 6 of 14 Description Core: EE16, TDK , Winding Outer Insulation Core Assembly Core Grounding Varnish Page 7 of 14 Primary pin side of , . Assemble and secure core halves. Start at Pin 2, wind 2 turns of [8], close primary side. Finish at pin2. Wind it tight making the wire tough the core Varnish Power Integrations Tel: +1 408 414 9660 Fax
Power Integrations
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LNK500P schematic diagram of phone adapter 11DQ060 optocoupler PC817D ELECTROLYTIC capacitor, .10uF 50V LNK500 ac power adapter for phone schematic 264VAC DER-14 17F-3

12vdc to 120vac inverter schematic diagram

Abstract: 220VAC to 12VDC 2A circuit diagram ] [4] [5] [6] Description 2 Core: EE16, Nippon Ceramic NC-2H material or equiv. Gapped for ALG of 74 nH/T Bobbin: 10 pin EE16, Ying Chin YC1607 or equiv. Magnet Wire: #36 AWG Heavy Nyleze , 510K C3 68pF, 1kV D 10 4 R2 D1 D2 D5 UF4003 1 1 1 L1 1mH T1 EE16 3.7 mH , EE16, 3.7mH CTX 14-15181-X2 48FLO Optocoupler PC817A TinySwitch TNY254P Zener diode,11V, 5 , 0.21 Amps 0.419 1.00 1.00 VOR VDRAIN PIVS LP ENTER TRANSFORMER CORE/CONSTRUCTION Core Type
Power Integrations
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TNY254 12vdc to 120vac inverter schematic diagram 220VAC to 12VDC 2A circuit diagram schematic diagram 230VAC to 12VDC 230vac 12vdc transformer 12vdc to 120vac inverter 220VAC to 12VDC transformer EPR-00015 EP-15

EE16 pc40

Abstract: LXZ10VB101ME11LL footprint Total output power 6.0 W with TNY266P and EE16 core Typical Efficiency 75 % Good cross , [1] [2] [3] [4] [5] [6] [7] Description Core: EE16 PC40 Al = 124nH/T Bobbin: 10 , Core Type EE16 Core Bobbin AE LE AL Page 10 of 23 EE16 EE16_B OBBIN P/N , Panasonic Vitrohm ERJ-6GEYJ100V CRF253-4 5T 8R2 20 21 1 1 T1 U1 Bobbin, EE16, Vertical , Build Diagram Figure 5 ­ Transformer Build Diagram 6.5 Transformer Construction Core Shield
Power Integrations
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EE16 pc40 LXZ10VB101ME11LL TNY266 EE16B 12 v 500ma using tny266 single supply EE-16B DER-110

VIPER flyback 20W

Abstract: viper flyback transformer 10w transformer has a primary inductance of 5mH, a ferrite core EE16 with an AL of 150 and is primary - secondary
STMicroelectronics
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AN1258 1N4448 VIPER flyback 20W viper flyback transformer 10w viper flyback transformer J2/Cramer coil VIPER flyback 10W L4931CZ50 20DIP

230V ac to 5V dc mobile charger circuit

Abstract: 230v ac to dc mobile charger circuit 105/120 BC-346A 180 468-2FC 130 3.Wire 4.Varnish 5.Tape t=0.064mm Ferrite core EE-16 , 3 4 5 3 TX1 TX/EE16 R10 R/115K/1206 N13 9 6 INITIAL R17 R/24.9K/0805 , DR475C L3 1 EE-16 TX1 105 15uH Transformer TRN0234 2.3mH Doc.Title FEB220 , minute between pri to core. AC 1.5K V /60Hz/5mA hi-pot for one minute between sec to core. 3.5 Insulation test The insulation resistance is between pri to sec and windings to core measured by DC 500V
Fairchild Semiconductor
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FEB220-001 E154709 230V ac to 5V dc mobile charger circuit 230v ac to dc mobile charger circuit d 1n4007 NC-2H Nicera E156256 FERRITE core nicera NC-2H FAN102 TRN-0234 I1617 TRN-0235 INSDUCTANCE15

VIPER12A-E

Abstract: VIPer12A Transformer considerations The output transformer has a primary inductance of 3.4 mH, a ferrite core EE16
STMicroelectronics
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VIPER12A-E CVP11 Cramer Coil viper12a charger VIPer12A applications half bridge TL431 12A-E 12ADIP-E

mb6f

Abstract: diode FR107 equivalent 1.6mH±10% 50μH±10% Materials Item 1 2 3 4 5 6 7 8 Description Core: EE16, UI , 1.2nF/100V D3 B540C/40V/5A NC CY1 NSEC1 10 EE16 LP=1.6mH NP:NP_AU:NSEC1:NSEC2=127:18 , Chemi-con Murata GRM188R71A105KA61D 0603 Murata GRM1885C1H220JA01D DIP EE16 Panasonic , Diagram 10 1 NP NSEC1 3 5 6 7 NP_AU 4 nc NSEC2 NC 9 Core is connected to , '"Transformer Electrical Diagram Notes: 1. N SEC1 and N SEC2 are coiled at one layer. 2. Core is connected to Pin 4
Monolithic Power Systems
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mb6f diode FR107 equivalent EV020-5-S-00A 85VAC 265VAC/50H MP020-5GS MP020-5
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