E Type Transformer Ferrite Core

E Type Transformer Ferrite Core, MnZn Ferrite E Cores, EE Ferrite Core, EE Type Transformer Soft Ferrite Core, MnZn EE Type Transformer Ferrite Core With Pc40 GradE, EE85 MnZn EE type Soft Ferrite Cores for Transformer, EE type ferrite core China Supplier

E Type Transformer Ferrite Core, EE Ferrite Core (EE Type MnZn Soft Ferrite Core)
Material: MnZn.(Manganese,Zinc)
Application: Line Filter,choke coil, light driver transformer.
Initial Permeability: Initial permeability,
Ui :2000-15000,include power and high permeability material
Certificated: ISO9001-2008, SGS-ROHS.
MOQ: No MOQ for the trial order.
Samples: 10-50pcs free samples for freight collect.
Features: Working frequency below 1MHZ, 1khz,10khz,100khz-500khz with good performance inductance AL value and small core loss.common material is MnZn power material . Curie TC>200C°.
Necessary information before quote: Product size,material or characteristic or testing datasheet,order quantity, usage, it will be better if can provide drawing,other special requirements, like package..

E Cores are more economical than Pot cores and offer simple bobbin winding along with easy assembly. The cores do not have the self-shielding feature. They are available in a wide range of sizes such as EE10028, EE1011, EE11036, EE12820, EE1306, EE1306B, EE1306C, EE1404, EE1605, EE1608, EE1905A, and many more. The Ferrite E Cores are suitable for applications such as differential, power and telecom inductor, broadband, and inverter transformer.

Pros:
Less expensive
Simple assembly
Wider range
Cons:
No self shielding

Applications:
Differential
Power and telecom inductor
Broadband
Inverter transformer

Introduce of Ferrite E Cores
“E-E” and “E-I” combinations became popular choices in”E” shapes. In the typical “E” lamination like EE cores, the center leg (one of three legs) is twice the width of either outer leg. In theory, magnetic flux flowing out of the center leg divides equally and flows into the outer two “E” core legs. Since the outer legs handle half the flux EE cores only need to have half the cross-section that the center leg has. An EE-core structure occupies two outer sides of the coil. This constitutes a “shell” type core structure. The “E” core structure provides better self-shielding and they are easily gapped. For the typical “E” laminations, ferrite snap core and Single-aperture core require a “butt stacked” core. There is no interleaving of laminations. Since “E” cores have two open coil sides, EE cores provide substantial room to bring high current lead wires out from the coil. This also permits good heat dissipation. EE-core is easier to achieve high voltage electrical isolation. The series of ferrite EE cores are including EE80, EE70, EE65, EE55, EE50, EE46, EE42, EE40, EE35, EE33, etc .

Application of Ferrite E Cores EE-core:
Driver transformer, Power Inductor, Power transformer, Wideband transformer, transformers and chokes for switching power supplies, filters, and inductors.

MnZn Toroidal Ferrite Ring Core, MnZn Ferrite E Cores