High Frequency Transformer
Large Current And Low DCR Power Inductors Used For Notebook, Cell Phone, DC/DC Conventer, PDA
Large current and low DCR power inductors used for notebook, cell phone, DC/DC conventer, PDAProduct identificationsDLF 3316 T- 100 M (1) (2) (3) (4) (5) (1) Series name(2) Dimensions(3) Packing style: tape and reel(4) Inductance value: 4R7: 4.7uH; 100: 10uH; 221:220uH(5) Tolerance: K :±10%; M: ±20%; N: ±30% Dimensions Unit:mmTypeA(max)B(max)C±0.3D(max)E±0.03F ±0.3G±0.3DLF16086.954.454.103.101.201.154.45DLF330812.959.408.383.502.542.547.62DLF331612.959.408.385.212.542.547
Ferrite Cores High Frequency Transformer 900uH With Enameled Copper Wire
EE16.5 9 Pins High Frequency Transformer With 900uH ±10% Inductance Electrical spec Core EE165. Ferrite Epcos N87 equivalent Inductance W1@1 KHz L(Pin1-3) 900uH±10% AL value 88 nH Winding peak current @B=300mT 1.14A Dielectric withstand voltage (coil-core) 2500 VDC Operating temperature -30℃ to +105℃ Circuit diagram Note: 1. The product must be impregnated varnish. 2. PTFE tube must be used on winding ends. 3. All materials must be RoHS compliant. Quality control 1. Whole
EF30 9 Pins High Frequency Transformer With 655uH±10% At 1 kHz
EF30 9 Pins High Frequency Transformer With 655uH±10% At 1 kHz Winding order 1) It is need to wind 50 turns of the winding «I» with 0.4 mm wire. The beginning of the winding from the pin of the coil former and the first turn must be made in insulating fluoroplastic tube (inner diameter 0.8mm). Provide security clearance from the upper edge of the coil former to the winding region is not less than 2 mm. The end of the winding up to the pin of the coil former must be made in
Cooper Bussmann Equivalent 300uH DCR 1.174Ω Shielded Power Inductors
Cooper Bussmann Equivalent 300uH DCR 1.174Ω Shielded Power Inductors Description 1. Surface mount magnetics that can be used as single or coupled inductors or 1:1 transformers that provide isolation between two windings. 2. OCTA-PAC's are designed around high frequency, low loss core material 3. ECONO-PAC's are a lower cost version of OCTA-PAC's offering high saturation flux density, Powder iron core material 4. OCTA-PAC PLUS's offer higher current ratings and higher
SMD EP7 Surface Mounted High Frequency Transformers Used For Lights, LED Drivers, Power Supplies
SMD EP7 Surface Mounted High Frequency Transformers Used For Lights, LED Drivers, Power Supplies Materials: Core: EP7 cores Bobbin: EP7 SMD bobbin Wire: enamelled copper wire Drawing Schematic diagram: Usage: Lighting, LED driver, fork lifts, etc. Electronic products Customization available
125uH 3000 VAC PQ3225 High Frequency Transformers Customization Available
125uH 3000 VAC PQ3225 High Frequency Transformers Customization Available Materials: Core: PQ3225 cores Bobbin: PQ3225 bobbin Wire: enamelled copper wire Copper shield Circuit diagram Electric parameter Usage: Lighting, LED driver, fork lifts, etc. Electronic products Cutomization availabe
Midcom Equivalent EP13 High Frequency Transformers Customization Available
Midcom Equivalent EP13 High Frequency Transformers Customization Available Materials: Core: EP13 cores Bobbin: EP13 bobbin Wire: enamelled copper wire Drawing: Schematic diagram: Customized parts Usage: Lighting, LED driver, fork lifts, etc. Electronic products Customization available
RM8 High Frequency Transformers Used For LED Driver, Lights, Power Supplies
RM8 high frequency transformers used for LED driver, lights, power supplies Materials: Core: Ferrite core RM8 400nH N48 Bobbin:RM8 one section Clamp: RM8 clamp Wire: enamelled copper wire Drawing: Schematic diagram: Technical spec: Usage: Lighting, LED driver, fork lifts, etc. Electronic products Delivery We can deliver goods by sea, air, Express, such as DHL, TNT, UPS, Fedex. We can do as your instructions. Our advantage 1. We pay much attention to packing to avoid any
UL Compliant High Frequency Isolation Transformer For Air Conditioners
UL compliant audio transformers for air conditioners Dimension Circuit diagram Usage Lights, LED driver, air conditioner, power supplies Definition of audio transformer Audio transformers are the transformer which work within range of audio frequency. Frequency range is from 10~20000 Hz. They are often used for transforming voltage or loading resistance. -------------------------------------------------------------------------------------------------------------------------
High Frequency Switching Power Supply Transformer With Enamelled Copper Wire
Swiching transformers EF20 used for switching power supplies Materials: EF20 cores EF20 bobbins Enamelled copper wire Dimensions: Spec sheet Circuit diagram
TDK Core High Frequency Power Transformer RoHS Certified For DC-DC Converter
RoHS Certified TDK Core High Frequency Power Transformer for DC-DC Converter Materials: Core: EPCOS B66319G0200X187 or equivalent Bobbin:EPCOS B66319G0200X187 or equivalent Wire: enamelled copper wire Dimension: Schematic diagram: Technical spec: Winding data I (3-2) II (5-6) III (7,8,9-10,11,12) Number of turns 65 10 8 Inductance of the winding with shorted other windings at a frequency of 1 kHz < 60 mH - - Inductance of the coil at the other open-loop windings at a
800mH Large Power Transformers High Frequency For Telephone Exchange
RM6 800mH High Frequency Transformers Used For Telephone Exchange Materials: Core: Ferrite core RM6 A06 AL 4300 Bobbin:RM6 Clamp: RM6 clamp Wire: enamelled copper wire Circuit diagram Drawing of bobbin Testing Measure Min Max 2-6 600 mH 1050mH 3-5 600 mH 1050mH Packing Parts packed into inner cartons with foam boards, then inner boxes into cartons, cartons into pallet to keep goods being packed strongly. Certification 1. ISO9001 system certification We operate strictly
10P DC Current Transformer Strong Structure With Triple Insulated Wire
EF20 10P High Frequency Transformer With Triple Insulated Wire Materials Core Ferrite core EF20 N87 or equivalent Bobbin Phenolic EF20 bobbin, horizontal, 10P Winding TEX-E or TIW equivalent Circuit diagram Testing condition Standard: EN61010-1 Test 60" Test 5" Pulse Clearance N1-2/N3-4 Reinforced, CAT Ⅲ, 300v 3000 Vac 3510 Vac 6400V 5.9mm N1-2/N5 Reinforced, CAT Ⅲ, 300v 3000 Vac 3510 Vac 6400V 5.9mm N3-4/N5 Reinforced, CAT Ⅲ, 300v 3000 Vac 3510 Vac 6400V 5.9mm N1/N2
Reliable HF Transformer Light Weight 9 Pins 3.6mH For Power Supplies
EE13 9Pins 3.6mH High Frequency Transformer For Power Supplies Core and bobbin The core shall be TDK TP4AEE13-Z or equivalent, the bobbin shall be TDK BE-13-1110CP-MX-P3.7-SO(no substitutions). Core halves shall be secured by using epoxy bonding and tape. Conductors All windings shall be wound using Single Polyurethane-Nylon, 130C rated copper magent wire. Winding construction The winding shall be built up on the bobbin in the order shown in the Winding Layer Diagram. Wire
Ferrite Cores High Frequency Transformer 570uH With ISO 9001 Certification
Ferroxcube Equivalent E13 7 Pins High Frequency Transformer With 570uH ±10% Inductance Electrical spec Core E13*6*6 Ferroxcube Ferrite Ferroxcube 3C90 equivalent Inductance W1@1 KHz 570uH±10% AL value 51 nH Winding peak current @B=300mT 1100 mA Dielectric withstand voltage (coil-core) 2500 VDC Operating temperature -30℃ to +105℃ Circuit diagram Note 1. The winding must be divided on four sections, isolated of each other by one layer of insulation tape. 2. Pin 4 must be
3400uH ±10% High Frequency Ferrite Core Transformer 8 Pins With Epcos Equivalent Cores
EF20 8 Pins High Frequency Transformer With 3400uH±10% With Epcos Equivalent cores Drawing Circuit diagram Electrical spec № Wire Outputs Number of winds Note L, uH s f l Enameled wire 0.28mm 1 4 50 Winding along the bobbin section 3400±10% 3 layers of isolation tape ll Enameled wire 0.28mm 6 5 25 Winding along the bobbin section, the first and the last turns must be in the fluoroplastic tube 835±30% 3 layers of isolation tape lll Enameled wire 0.28mm 8 7 25 Winding along the
5.5ohms High Frequency Isolation Transformer 1560uH Inductance With Enameled Copper Wire
EE16 8 Pins High Frequency Transformer With 1560uH±15% Inductance 5.5 ohms ±10% General data 1. Controler type: PI LNK 304 2. Input: 85-264V 3. Output: sec1 5V/ 1.75W sec2 16V/1.65W 4. Conform to EN 61558, EN60950 5. RoHS conform Standard 09.02.2005 Technical data Inductance primary 1: 7-8 1560uH ±15% (2v/ 1kHz) primary 2: 5-6 1700uH±15% (2V/ 1kHz) Turns ratio: 152:50:18:152 Resistance primary 1: 7-8 5.5 ohm ±10% primary 2: 5-6 7.8ohm ±10% Construction Core: EE16/5 Bobbin:
Portable High Frequency Transformer Ferrite Cores Triple Insulated Wire
EF20 8 Pins High Frequency Transformer With 10mH Inductance 5V Output Drawing Circuit diagram Wire spec Winding Start End Turns diameter WD1 Pin4 Pin1 62T 0.125mm WD2 Pin6 Pin5 14T 0.16mm WD3 Pin8 Pin7 8T 0.4mm WD4 Pin1 Pin2 62T 0.125mm Electrical strength 1 second, 60Hz, 3KV between primary and secondary. Tie feedback to primary.
Yellow Large Power Transformers 12 Pins 0.55mH With Strong Structure
PQ3220 12 Pins High Frequency Transformer Pulse Transformers 0.55mH 1. Transformer is made on the core PQ 32/20, with the air gap. 2. Estimate core material - N87 ferrite . 3. The inductance of the primary winding 0,55mH. Windings 1. Winding I – 20 turns in two wires 0.5mm each 2.Winding II – 39 turns in one wire 0.6mm 3.Winding I* – 19 turns in two wires 0.5mm each 4.Winding III – 9 turns in one wire 0.3mm Circuit diagram
296mH High Frequency Transformer , Cooper Wire DC Current Transformer
High Frequency Transformer +24VDC Inverter Notes: 1,Transformer shall be wound as shown 2,Core Gap:0.4mm 3,Each completed transformer assy to be vacuum varnished 4,Inductance test: F-10 KHz 5,Insulation Test: Secondary to Primary 100 Mega Ohm @500 VDC Secondary to Core 100 Mega Ohm @500 VDC. 6,Label transformer "+24 VDC" and part number. Locate approx. 7,Windings must be double wrapped with 2.7mils(=0.07mm) thick 3M polyimide film tape 5413(Rated at 2.6KV per mil) or