Insulation Coated Pure Copper Wire Flat Copper Coil Inductor High Frequency Mutilayer Magnetic Flat Copper Coil

• Customization: Available
• Type: Choke Inductor
• Structure: Inductive Choke
• Model NO.: QIAT-1885
• Working Frequency: High Frequency
• Structure of Winding: Multilayer Coil
• Nature of Operation: Choke Coil
• Structure of Magnetizer: Copper Coil
• Range of Application: Choke
• Packaging Form: Generic
• Brand: Customized
• Inductor Value: Variable Inductor
• Transport Package: Poly Bag+Foam+Paper Box+Wooden Pallets
• Specification: Customized
• Trademark: NO
• Origin: China Mainland
• HS Code: 8504500000
• Production Capacity: 5000 Pieces/Month

Product Description

1. Scientific and reasonable spatial cooperation planning: flat coil winding, tight and flat between turns, increasing the effective cross-sectional area of wire rod and filling The limited assembly space of the magnetic core is used separately to achieve Z low DCR in the same volume, which greatly reduces the copper loss of the product and increases the cost Add the temperature rise current of the product. (all types)

2. The shape of the magnetic core completely cooperates with the coil planning, and the magnetic field leakage is reduced to Z, which realizes a more superior shielding effect than the traditional chip inductor(all types)

3. The magnetic core is made of alloy metal, which is made of die-casting material to reduce the magnetic loss of the product to Z low, which has the advantage that the traditional inductance cannot exceed And current characteristics. (CSB type, CSCI type)

4. The center pillar of the magnetic core can arbitrarily adjust the air gap to withstand greater current impact. (all types)

5. Lead out directly from the pin as the welding terminal, which can completely prevent the occurrence of open circuit of the product. (CSB, CSCE, CSCF)

6. The coil is made of C-grade AIW enamelled copper wire, which has super solvent resistance, thermal stability, high softening breakdown, radiation resistance and freezing resistance Functions (all types)

7. The special air gap structure inside the magnetic core will not cause the instantaneous decrease of inductance even if the current exceeds the additional scale, which can prevent current overload The occurrence of a series of problems. (CSCI type, CSB type)

8. The surface is coated with excellent insulation function. (CSB type, CSCI type)The flat coil inductor is an inductor of a flat coil, which consists of a coil part, a foot part extending at both ends of the coil part, and an inductor pressed by iron powder The utility model is composed of a cast magnetic conducting base and a cover body; Among them, the coil part is a flat coil wound conductive wire, and the feet at both ends are conductive to the external circuit.Bending in the connection direction, and an insulating covering body is injected on the surface of the coil part and the foot part, and only a part of the foot part is exposed as an electric connection with the outside .In this way, the pin part is pre shaped and sleeved in the magnetic conduction base together with the coil part.

Parameter :
 

Item	Insulation Coated pure copper wire flat copper coil inductor high frequency mutilayer Magnetic flat copper coil
Weight	Customized
Dimension	Customized
Material	Copper,Brass,Bronze
Machined Technology	3,4,5 Axis CNC Machining,CNC Milling,CNC Turning,Laser Cutting,Die Casting,Cold forging,Aluminum Extrusion,Sheet Metal Fabrication,Stamping,Welding,Friction Stir Welding,Assembling.
Surface Treatment	Anodizing,Painting,Powder Coating,electrophoresis,Passivation,Sand Blasting,Plating,Blackening,Polishing...
Tolerance	±0.01MM
Application	Electronic products body ,Telecom Chasis,Cover,aerospace structure parts,heat sink,aluminum cooling plate,gear&shaft,bearing,high speed feed through,other OEM/ODM customized machining parts,screw,nut,bolt,stud,other fastener and fitting parts

Our advantage:

1. Use flat wire;

2. Shielded inductance structure;

3. The DC resistance of the same size is the lowest;

4.It can ensure the smooth decrease of current withstand inductance value;