EPC19 Search Results

EPC19

Abstract: Transformer ee19 EE19 transformer CCFL Driving Inverter Transformer ee19 INT014T-1 INT013T-1 EE-19
Contextual Info: CCFL Driving Inverter Transformer INT013T TYPE EPC19 Mechanical Dimension:Unit:mm Characteristic(reference) PART NO. INT013T-1 INPUTVOLTAGE (Vdc) SUITABLE FREQUECY MAX.LAMP WATTE (KHZ) (W) 12.0 30-80 10.0 MAX.OPEN VOLTAGE EFFICIENCY (Vrms) (%) 1700 80 INT014T TYPE(EE19)

efd19

Abstract: EPC19 INT003S-1 INT004S-1 INT004S-2 inverter transformer CCFL DRIVING INVERTER
Contextual Info: CCFL Driving Inverter Transformer INT003S TYPE EPC19 Mechanical Dimension:Unit:mm Characteristic(reference) PART NO. INPUTVOLTAGE (Vdc) SUITABLE FREQUECY MAX.LAMP WATTE (KHZ) (W) 15.0 INT003S-1 30-80 11.5 MAX.OPEN VOLTAGE EFFICIENCY (Vrms) (%) 1800 70-80

Transformer ee19

Abstract: ee-19 EE19 EE19 Delta inverter 10w EE19 transformer INT017T EF20 6 8 epc17 TRANSFORMER EPC19
Contextual Info: CCFL Driving Inverter Transformer INT013T EPC19 Dimensions: UNIT : mm Recommand Pad 6 21.0 0.6 7 1 INPUT VOLTAGE :12(Vdc) SUITABLE FREQUENCY : 30~80(kHz) MAX.LAMP WATTANG :10W MAX.OPEN VOLTAGE :1700(Vrms) EFFICIENCY :80% 6 17.0 8 1 Specifications 0.9 2.5

EPC19

Abstract: inverter 10w UI15 EPC23 INT014S INT018S epc-19
Contextual Info: CCFL Driving Inverter Transformer Type Dimensions: UNIT : mm INT013S EPC19.8 Recommand Pad 5-2.5 3.3 32.0 7.0 7 11 28.2 20.5 0.6x0.4 1.6 8 1 2.5 INT014S (EPC23) 11.0 3.5 43.0 2.1 11 10.0 0.6x0.4 13.6 39.0 24.0 7 8 INPUT VOLTAGE :12(Vdc) SUITABLE FREQUENCY :

EPC19

Abstract: EPC-19 ul1520 EPC23 INT014S INT018S delta ccfl
Contextual Info: CCFL Driving Inverter Transformer Type INT013S EPC19.8 Recommand Pad Dimensions: u n it : mm Specifications 5-2.5 —— ^ p-— —— | p—3.3 32.0 INPUT VOLTAGE :12(Vdc) SUITABLE FREQUENCY: 30-80(kHz) MAX.LAMP WATTANG MOW MAX.OPEN VOLTAGE :1500(Vrms)

ccfl inverter schematic

Abstract: EPC19 ccfl transformer delta ccfl EPC23 INT013S-1 INT014S INT014S-1 sec7
Contextual Info: CCFL Driving Inverter Transformer INT013S Type EPC19 Mechanical Dimension: Unit: mm 20.5 Max. 7.0 Max. 1 3.2 5-2.5 7 Schematic : 1.6 4 28.2 32.0 Max. 11.0 2.5 0.6x0.4 3 PRI 2 5 2.0 8 11 9 SEC 7 1 Recommand Pad Characteristic (reference) PART NO. INT013S-1

EPC19

Abstract: INT003S-1 INT004S-1 INT004S-2
Contextual Info: CCFL Driving Inverter Transformer INT003S Type EPC19 Mechanical Dimension: Unit: mm 20.5 Max. 10.5 Max. 1 2.0 1.6 6 Schematic : 2 3 20.9 25.0 Max. 7 PRI SEC 12 4 1 6 12 2.5 7 12.5 0.6x0.4 Recommand Pad Characteristic (reference) PART NO. INT003S-1 INPUT VOLTAGE

transformer ferrite core

Abstract: FERRITE core TRANSFORMER TDK, TRANSFORMER, EPC19 epc17 TRANSFORMER EPC19 EPC17 EPC TRANSFORMER EPC25 TDK CORE EPC27
Contextual Info: reactor cores,EPC cores,tdk ferrite core,EPC10 core,EPC13 core,EPC17 core,EPC19 core, China Professional Ferrite Core Supplier p EPC CORES Introduce of EPC core EPC Cores cover many different kinds of types, such as EPC10 core, EPC13 core, EPC17 core, EPC19 core, EPC25

EPC19

Abstract: transformer UI15 UI15 INT015S-1 INT016S-1
Contextual Info: CCFL Driving Inverter Transformer INT015S TYPE UI15 Mechanical Dimension:Unit:mm Characteristic(reference) PART NO. INT015S-1 INPUTVOLTAGE (Vdc) SUITABLE FREQUECY MAX.LAMP WATTE (KHZ) (W) 30-80 12.7 7.2 MAX.OPEN VOLTAGE EFFICIENCY (Vrms) (%) 1400 70-80 INT016S TYPE(EPC19)

EPC19

Abstract: EPC23 INT013S-1 INT014S INT014S-1
Contextual Info: CCFL Driving Inverter Transformer INT013S TYPE EPC19 Mechanical Dimension:Unit:mm Characteristic(reference) PART NO. INT013S-1 INPUTVOLTAGE (Vdc) SUITABLE FREQUECY MAX.LAMP WATTE (KHZ) (W) 12.0 30-80 10.0 MAX.OPEN VOLTAGE EFFICIENCY (Vrms) (%) 1500 80 INT014S TYPE(EPC23)

Contextual Info: POWER CUSTOM MAGNETICS Typical Core Power Handling Capabilities EPC Core EPC19 shown ER Core ER9.5 shown PQ Core PQ20 shown RM Core RM6 SurfaceMount shown NOTES: 1. Values shown are typical and can be modified depending upon core material, wire gauge, and cooling method s used.

Transformer ee19

Abstract: EE-19 EPC19 EE19 EE19 transformer CCFL Driving Inverter Transformer INT005T-1 INT006T-1 EPC-19
Contextual Info: CCFL Driving Inverter Transformer INT005T TYPE EE19 Mechanical Dimension:Unit:mm Characteristic(reference) PART NO. INPUTVOLTAGE (Vdc) INT005T-1 17.0 SUITABLE FREQUECY MAX.LAMP WATTE (KHZ) (W) 30-80 8.0 MAX.OPEN VOLTAGE EFFICIENCY (Vrms) (%) 2300 75-80 INT006T TYPE(EPC19)

LP2213

Abstract: PJ3019 LP2213H-8PIN pj30 Delta Electronics TRANSFORMERS 316366 ep1706h POT1408
Contextual Info: Standard Bobbin Type of Magnetics Transformers EFD3009H-12PIN 316823 EPC1906H-10PIN (316656) A A 20.4 B B 0.7 G 12.2 SQ0.64 G F F E 1 E 1 UNIT : mm A = 13.5 MAX B = 4.0 0.5 C = 16.2 0.3 D = 20.5 MAX E = 3.7 0.3 F = 14.8 0.3 G = 21.0 MAX H = 2.5 0.3 I = 12.5 0.3

Transformer ee19

Abstract: EE19 transformer EE19 INT014T-1 ccfl inverter schematic delta inverter EPC19 INT013T-1 sec7
Contextual Info: CCFL Driving Inverter Transformer INT013T Type EPC19 Mechanical Dimension: Unit: mm 20.0 Max. 9.8 Max. 2.5 0.5 1 Schematic : 6 2 20.5 Max. 17.0 0.5 PRI 7 3 8 4 SEC 6 2.75 8 0.6 0.1 1 7 15.0 0.3 Characteristic (reference) PART NO. INT013T-1 INPUT VOLTAGE

mathcad forward converter design

Abstract: TDK PC44 how to calculate ferrite core transformer mathcad flyback design tdk pc50 UCC3801 schematic TDK Ferrite Core PC44 general transformer design schematic diagram dc-dc flyback converter CURRENT TRANSFORMER
Contextual Info: A 50W, 48V-to-5V DC-DC Converter Using the HIP2100 Application Note April 1996 AN9605 Author: Greg J. Miller Introduction HIP2100 Half-Bridge Driver The most popular DC-DC converter topologies are also the simplest - the flyback converter and the forward converter.

BEPC-13-1110CPH

Abstract: FEPC-10-A FEPC-13-A BEPC-13-1110GA BEPC-30-1112CPH PC44EPC17-Z BEPC-17-1110CPH FEPC-25-A FEPC-19-A BEPC-19-1111CPH
Contextual Info: EPC-13_TDK.pdf Ferrite Cores EPC Series For Power Supply and Signal Transformer EPC Cores C2 C CORE SHAPES AND DIMENSIONS/CHARACTERISTICS C1 A D U.S.PAT.4,760,366 EP.PAT.245,083 DE,FR,GB,NL KS.UM50,836 TW.UM39,406 JP.PENDING C1 C2 C Fig.1 D A Type Fig. EPC10

HY1906

Abstract: erl-35c HY 1906 ERL-35-2 HY1506 EE-19 N Erl-39 HY3506 HY1001 ERL-35
Contextual Info: it «e m t ra. & 5] -f • o HY 0401 í-4 tr era 6P LO) t * 1 HY 0402 -4-1 (6P) UU10. 5—2(4P) HY 1003 A5034 (5P) « * HY 0602 HY 0601 Í-6 <-6-1 (6P) (6P) * * HY 0801 EE-8.3 (6P) HY 0802 (12P) HY 0803 HY 0901 RM-8-1 (12P) UU-9.8 (4P) HY 1007 HY 1201

Al-1058

Abstract: 46644 AL102 PC95PQ50 LP32/13 PC44PQ50 PQ50/50 PQ32/20 PQ32/30 105 T 0 EPC19
Contextual Info: Ferrite for Switching Power Supplies Original cores PQ/LP/EPC/EP series Issue date: March 2010 • All specifications are subject to change without notice. • Conformity to RoHS Directive: This means that, in conformity with EU Directive 2002/95/EC, lead, cadmium, mercury, hexavalent chromium, and specific

7466

Abstract: ferrite core geometry 6855 EEM12.7 EFD10 EFD30 efd30 transformer ER11/5 EFD12 EFD15
Contextual Info: The LPE Series Vishay Dale Surface Mount Transformers and Inductors Custom Designs and Configurations Available PCB Mount available for many Geometries FEATURES • • • • • • • • • Totally integrated manufacturing. Pick and place compatible.

LM4041C1M3

Abstract: EPC19 Zener diode 2.2X 1N4001 BAT54S Si9123 TSSOP-16 S-03639-Rev
Contextual Info: Si9123 New Product Vishay Siliconix 500-kHz Half-Bridge DC-DC Converter With Integrated Secondary Synchronous Rectification Control FEATURES D D D D D D 12-V to 72-V Input Voltage Range D Compatible with ETSI 300 132-2 100 V, 100-ms Transients D Integrated Half-Bridge 1-A Primary Drivers

TOP224YAI

Abstract: TOP223YAI TOP104YAI TOP412G TOP210PFI TOP200YAI top209p TOP414G top202yai TOP223P
Contextual Info: Power Transformers OFF-LINE Switch Mode ELECTRICAL SPECIFICATIONS-TOPSWITCH FAMILY at 25ƨ œ Units designed to match the application of TOPXXX series, from Power Integration with universal AC input as designated. œ Operating temperature range : 0ƨƂ70ƨ

LEP-9080

Abstract: capacitor 30 mf EPC19 FZT953 Si9122 Si9122DQ-T1 SOIC-20 TSSOP-20 si4886dy
Contextual Info: Si9122 Vishay Siliconix 500-kHz Half-Bridge DC-DC Converter With Integrated Secondary Synchronous Rectification Drivers FEATURES D Advanced Maximum Current Control During Start-Up and Shorted Load D Low Input Voltage Detection D Programmable Soft-Start Function

EFD20-11

Abstract: EFD20x23 EPC19 EFD15 EFD20 EFD20 7W inverter /U/25/20/EFD20 Delta EFD20
Contextual Info: CCFL Driving Inverter Transformer Type Recommand Pad Dimensions: u n it : mm INT001S EFD20x23 2.5 — , □□□□□□□ INPUT VOLTAGE :16(Vdc) SUITABLE FREQUENCY: 30~80(kHz) MAX.LAMP WATTANG :13W MAX.OPEN VOLTAGE :2000(Vrms) EFFICIENCY :80~85% u □□□□

EPC19

Abstract: CS19-12 Si9122 Si9122DQ-T1 TSSOP-20 AD8206
Contextual Info: Si9122 Vishay Siliconix 500-kHz Half-Bridge DC-DC Converter With Integrated Secondary Synchronous Rectification Drivers FEATURES D Frequency Foldback Eliminates Constant Current Tail D Advanced Maximum Current Control During Start-Up and Shorted Load D Low Input Voltage Detection