EE42 core
Abstract: EE and EF Core Specifications pc40EE25 Ee60 ferrite EE60 core PC40EF16-Z ee55 core EE40 core ee55/55/21 PC40EE13-Z
Text: Ferrite Cores EE, EF Series For Power Supply EE, EF Cores B Type EE8 EE10/11 EF12.6 EE13 EE16 SEE16 EF16 EE19 EE19/16 EE20/20/5 EF20 EE22 EE25/19 EF25 EE25.4 EE30 EE30/30/7 EF32 EE35 EE35/28B EE40 EE41/33C EE42/42/15 EE42/42/20 EE47/39 EE50 EE50.3/51/6 EE55/55/21
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EE10/11
SEE16
EE19/16
EE20/20/5
EE25/19
EE30/30/7
EE35/28B
EE41/33C
EE42/42/15
EE42/42/20
EE42 core
EE and EF Core Specifications
pc40EE25
Ee60 ferrite
EE60 core
PC40EF16-Z
ee55 core
EE40 core
ee55/55/21
PC40EE13-Z
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cell phone charger 3.7 V circuit diagram
Abstract: schematic diagram of phone charger cell phone charger TOPSWITCH battery charger EF12.6 SBCP-47HY102B 1uF 400V capacitor polyester phone charger schematic LNK501 LNK501P
Text: Design Example Report Title 2.2W Charger using LNK501P Specification Input: 90 - 265 Vac Output: 5.5V / 0.4A Application Cell Phone Charger Author Power Integrations Applications Department Document Number DER-13 Date February 4, 2004 Revision 1.0 Summary and Features
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LNK501P
DER-13
CISPR-22B
cell phone charger 3.7 V circuit diagram
schematic diagram of phone charger
cell phone charger
TOPSWITCH battery charger
EF12.6
SBCP-47HY102B
1uF 400V capacitor polyester
phone charger schematic
LNK501
LNK501P
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irf 3905
Abstract: 680k ohm resistor 470uf 40v cap CAPACITOR 47UF 25V ELECTROLYTIC 1k ohm, 0.25w resistor NPN transistor 2n 3904 EF12.6 100uF 25V Electrolytic Capacitor transistor 2N 3904 usb modem
Text: USB Modem 4.5V to 5.5V INPUT C2 1uF 10V 9 R1 680k 2 D1 CMPSH-3 16 IN 15 VL ILIM BST COMP DH 14 13 C4 10uF 10V C3 0.1uF R3 4.7 N1A 1/2 IRF 7301 12 C1 5.6nF LX DL VL GND U1 MAX1864T R2 100k OUT 1 POK FB 3.1V@ 400mA 1,2 R4 4.7 11 T1 1:1:3 Lpri=22.8uH 9,10 C10
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MAX1864T
400mA
470uF
CMPT3904
100mVpp
SG7-0057
MAX1864TEEE
16-QSOP)
25mVpp
irf 3905
680k ohm resistor
470uf 40v cap
CAPACITOR 47UF 25V ELECTROLYTIC
1k ohm, 0.25w resistor
NPN transistor 2n 3904
EF12.6
100uF 25V Electrolytic Capacitor
transistor 2N 3904
usb modem
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SBCP-47HY102B
Abstract: 2.2 ohm fusible resistor Vitrohm 36AWG 13t smd transistor ef12.6 core transformer LNK520P transistor SMD 13t 1N4005 1N4937
Text: Design Example Report Title 2.5W Adapter using LNK520P Specification Input: 90-265Vac Output: 5.5V / 450mA Application Cell Phone Charger Author Power Integrations Applications Department Document Number DER-39 Date May 13, 2004 Revision 1.0 Summary and Features
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LNK520P
90-265Vac
450mA
DER-39
CISPR-22B
300mW
17F-3,
SBCP-47HY102B
2.2 ohm fusible resistor
Vitrohm
36AWG
13t smd transistor
ef12.6 core transformer
LNK520P
transistor SMD 13t
1N4005
1N4937
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ESH3-Z5
Abstract: ESH3-Z5 lisn tny264 specification of transformer with ic tny264 PLZ-72W esh3 DAK-14 135nH wattmeter Kikusui
Text: Title Engineering Prototype Report – 3 W Universal Input TinySwitch-II TNY264 Power Supply Specification 3 W, 9 V, 0.33 A , 85–265 VAC input Target Applications AC Adapters (cordless phones, answering machines and other consumer products) Author Power Integrations Applications Dept.
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TNY264
EPR-000014
250mW
noise485
ESH3-Z5
ESH3-Z5 lisn
specification of transformer with ic tny264
PLZ-72W
esh3
DAK-14
135nH
wattmeter
Kikusui
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7491181012
Abstract: V1630FS
Text: Spezifikation für Freigabe / specification for release Kunde / customer : Artikelnummer / part number : Bezeichnung : description : 7491181012 Netzteil-Übertrager WE-UNIT Off-line transformer WE-UNIT DATUM / DATE : 2006-07-31 A Mechanische Abmessungen / dimensions :
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D-74638
7491181012
V1630FS
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E E Elektronik
Abstract: V1630FS
Text: Spezifikation für Freigabe / specification for release Kunde / customer : Artikelnummer / part number : Bezeichnung : description : 749118115 Netzteil-Übertrager WE-UNIT Off-line transformer WE-UNIT DATUM / DATE : 2007-07-26 A Mechanische Abmessungen / dimensions :
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D-74638
E E Elektronik
V1630FS
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EF12.6
Abstract: V1630FS
Text: Spezifikation für Freigabe / specification for release Kunde / customer : Artikelnummer / part number : Bezeichnung : description : 7491181124 Netzteil-Übertrager WE-UNIT Off-line transformer WE-UNIT DATUM / DATE : 2007-07-26 A Mechanische Abmessungen / dimensions :
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D-74638
EF12.6
V1630FS
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749118105
Abstract: No abstract text available
Text: Spezifikation für Freigabe / specification for release Kunde / customer : Artikelnummer / part number : Bezeichnung : description : 749118105 Netzteil-Übertrager WE-UNIT Off-line transformer WE-UNIT DATUM / DATE : 2006-07-31 A Mechanische Abmessungen / dimensions :
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D-74638
749118105
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2UEWF
Abstract: No abstract text available
Text: Spezifikation für Freigabe / specification for release Kunde / customer : Artikelnummer / part number : Bezeichnung : description : 7491181124 Netzteil-Übertrager WE-UNIT Off-line transformer WE-UNIT DATUM / DATE : 2007-07-26 A Mechanische Abmessungen / dimensions :
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D-74638
2UEWF
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7491181024
Abstract: No abstract text available
Text: Spezifikation für Freigabe / specification for release Kunde / customer : Artikelnummer / part number : Bezeichnung : description : 7491181024 Netzteil-Übertrager WE-UNIT Off-line transformer WE-UNIT DATUM / DATE : 2006-07-31 A Mechanische Abmessungen / dimensions :
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D-74638
7491181024
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Untitled
Abstract: No abstract text available
Text: Spezifikation für Freigabe / specification for release Kunde / customer : Artikelnummer / part number : Bezeichnung : description : 7491181112 Netzteil-Übertrager WE-UNIT Off-line transformer WE-UNIT DATUM / DATE : 2007-07-26 A Mechanische Abmessungen / dimensions :
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D-74638
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Untitled
Abstract: No abstract text available
Text: Spezifikation für Freigabe / specification for release Kunde / customer : Artikelnummer / part number : Bezeichnung : description : 749118115 Netzteil-Übertrager WE-UNIT Off-line transformer WE-UNIT DATUM / DATE : 2007-07-26 A Mechanische Abmessungen / dimensions :
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D-74638
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V1630FS
Abstract: MARKING W2 7491181024 V1630
Text: Spezifikation für Freigabe / specification for release Kunde / customer : Artikelnummer / part number : Bezeichnung : description : 7491181024 Netzteil-Übertrager WE-UNIT Off-line transformer WE-UNIT DATUM / DATE : 2006-07-31 A Mechanische Abmessungen / dimensions :
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D-74638
V1630FS
MARKING W2
7491181024
V1630
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Untitled
Abstract: No abstract text available
Text: Spezifikation für Freigabe / specification for release Kunde / customer : Artikelnummer / part number : Bezeichnung : description : 749118105 Netzteil-Übertrager WE-UNIT Off-line transformer WE-UNIT DATUM / DATE : 2006-07-31 A Mechanische Abmessungen / dimensions :
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D-74638
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ef12.6 core transformer
Abstract: EF12.6 marcon capacitor nc high power FERRITE TRANSFORMER HIGH FREQUENCY Transformer ee 19 SMALL high frequency transformer EE type bobbin EE 16 bobbin 5 5 P-Channel Depletion Mosfets RC snubber for 3 phase rectifier bridge
Text: AN701 Designing HighĆFrequency DCĆtoĆDC Converters with the Si9114A Switchmode Controller by Bijan E. Mohandes Introduction In 1987 Siliconix introduced the Si9100 monolithic switchmode PWM controller and established the trend for low-power, high-efficiency dc-to-dc converters. This
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AN701
Si9114A
Si9100
ef12.6 core transformer
EF12.6
marcon capacitor nc
high power FERRITE TRANSFORMER
HIGH FREQUENCY Transformer ee 19
SMALL high frequency transformer
EE type bobbin
EE 16 bobbin 5 5
P-Channel Depletion Mosfets
RC snubber for 3 phase rectifier bridge
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EF12.6
Abstract: resonant single ended forward converter SI9420 Si9114ADY Marcon TCCR philips capacitor cross reference .01 microfarad Schottky Diode B29 bipolar capacitor 1000MF 100v EE 20 bobbin Si9110
Text: AN701 Vishay Siliconix Designing High-Frequency DC-to-DC Converters With the Si9114A Switchmode Controller INTRODUCTION Vishay Siliconix’s Si9100 monolithic switchmode PWM controller established the standard for low-power, highefficiency dc-to-dc converters. This versatile device integrates
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AN701
Si9114A
Si9100
16-Jan-01
EF12.6
resonant single ended forward converter
SI9420
Si9114ADY
Marcon TCCR
philips capacitor cross reference .01 microfarad
Schottky Diode B29
bipolar capacitor 1000MF 100v
EE 20 bobbin
Si9110
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AN701
Abstract: TCMT1020 bipolar capacitor 1000MF 100v BYG22B Si9100 Si9110 Si9114A Si9114ADY Si9420DY TL431
Text: AN701 Siliconix Designing HighĆFrequency DCĆtoĆDC Converters with the Si9114A Switchmode Controller by Bijan E. Mohandes Introduction In 1987 Siliconix introduced the Si9100 monolithic switchmode PWM controller and established the trend for lowĆpower, highĆefficiency dcĆtoĆdc converters.
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AN701
Si9114A
Si9100
AN701
TCMT1020
bipolar capacitor 1000MF 100v
BYG22B
Si9110
Si9114ADY
Si9420DY
TL431
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Si9114
Abstract: Si9114ADY AN701 Si9420DY TL431 Si9100 Si9110 Si9114A Marcon TCCR over charge protection circuit diagram for 12V ni mh
Text: AN701 Designing HighĆFrequency DCĆtoĆDC Converters with the Si9114A Switchmode Controller Introduction In 1987 Siliconix introduced the Si9100 monolithic switchmode PWM controller and established the trend for low-power, high-efficiency dc-to-dc converters. This
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AN701
Si9114A
Si9100
14-Nov-97
Si9114
Si9114ADY
AN701
Si9420DY
TL431
Si9110
Marcon TCCR
over charge protection circuit diagram for 12V ni mh
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tny264pn
Abstract: HICAL ef 16 transformer topswitch StackFET advantages of 1N4007 StackFET ef 12.6 transformer transformer power high frequency Pi transformer design DAK-14
Text: DI-13 Design Idea TinySwitch-II 3 W Universal Adapter Application Device Power Output Input Voltage Output Voltage Topology 3 W Adapter TNY264PN 3W 85 – 265 VAC 9V Flyback Design Highlights • No-load consumption less than 250 mW at 230 VAC • Compact design: 2.0” x 1.2” × 0.75”
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DI-13
TNY264PN
DI-13
tny264pn
HICAL
ef 16 transformer
topswitch StackFET
advantages of 1N4007
StackFET
ef 12.6 transformer
transformer power high frequency
Pi transformer design
DAK-14
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Siliconix mosfet guide
Abstract: AN701 EF12.6 AN87 siliconix EE 70 bobbin Marcon TCCR P-Channel Depletion Mosfets SI910
Text: AN701 Vishay Siliconix AN701 Designing High-Frequency DC-to-DC Converters with the Si9114A Switchmode Controller INTRODUCTION In 1987 Siliconix introduced the Si9100 monolithic switchmode PWM controller and established the trend for lowpower, high-efficiency dc-to-dc converters. This versatile
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AN701
Si9114A
Si9100
14-Nov-97
Siliconix mosfet guide
AN701
EF12.6
AN87 siliconix
EE 70 bobbin
Marcon TCCR
P-Channel Depletion Mosfets
SI910
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PDF
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HICAL
Abstract: advantages of 1N4007 EF12.6 transformer primary 115 secondary 12.6 DI-13 LTV817A 11DQ06 1N4937 BZX79-B8V2 CISPR22
Text: Design Idea DI-13 TinySwitch-II ® 3 W Universal Adapter Application Device Power Output Input Voltage Output Voltage Topology 3 W Adapter TNY264 3W 85-265 VAC 9V Flyback Design Highlights This 3 W single output, universal input power supply is available as a Design Accelerator Kit DAK-14 including
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DI-13
TNY264
DAK-14)
CISPR22
DAK-14
HICAL
advantages of 1N4007
EF12.6
transformer primary 115 secondary 12.6
DI-13
LTV817A
11DQ06
1N4937
BZX79-B8V2
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SG09
Abstract: EE13 8 pin bobbin transformers cm choke ee8.3 sg07 AL-1 94V-0 EE13 core al EE8.3 core EE and EF Core Specifications EFD17 EF12.6
Text: STANDARD GEOMETRIES Low Cost Magnetic Components Description • Low cost magnetic components for custom specifications • Power range from 1 Watt to 120 Watts • Frequency range from 20kHz to .5MHz • High power density and low radiated noise • Meets UL 94V-0 flammability standard
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20kHz
SG09
EE13 8 pin bobbin transformers
cm choke ee8.3
sg07
AL-1 94V-0
EE13 core al
EE8.3 core
EE and EF Core Specifications
EFD17
EF12.6
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PM9820
Abstract: EF12.6 EF12.6 bobbin p1212 KLC16 pm-9820 pm9820 E EF12
Text: DRAWN k DRAFTED BY CHECKED & APPROVED BY B.TAWITCH ANDY LIAO ANGLE: TOLERANCES 0 <L<4 ±0.1 4-<L<16 ±0.Z 1 6 < L < 6 3 ±0,3 pin pitch ±0.2 ±r UNIT: TITLE: : EF12.6-K-H-9P-P1212 BOBBIN MATERIAL: UL REC. PHENOLIC P M 9 8 2 0 ORIGIN: PIN MATERIAL: TH UL 9 4 V - 0
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OCR Scan
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KLC16
6-K-H-9P-P1212
PM9820
PM9820
EF12.6
EF12.6 bobbin
p1212
KLC16
pm-9820
pm9820 E
EF12
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