Customized specification:
1:Coil turns,coil inductance,coil resistance.
2:Ferrite/Core
3:Amorphous ribbons
4:Pin
5:electric current
6:plastic case/injection house:dimension.shapes
Current Rating (Amps):/customized
Current - Saturation:/customized
DC Resistance (DCR):support custom
specification:welcome customer design
material:copper wire
Certification:ISO9001
MOQ:5000 pcs
sample:7-15 Days
Mould: 10-15 days
Bulk order 25-35 days
Package:customized as per your products
5000000 Piece/Pieces per Week
Packaging Details
plastic tray / carton box or as per customer's request
Port
FOB Shenzhen
Lead Time:
Quantity(Pieces) | 1 - 1000 | 1001 - 5000 | 5001 - 10000 | >10000 |
Est. Time(days) | 15 | 20 | 25 | To be negotiated |
Type | inductor transformers |
Material | Copper wire |
Shape of wireless charger coil | customized |
Wire diameter | 0.012-1.3mm |
Sample lead time | 7-15 days |
Mass production lead | 25-35 days |
Q: What are your main products?
A: Our main products are: Tx-coil /Rx-coil for wireless charger, Inductor coil, toy coil, RFID antenna coil, IR-Coil for camera, Coin collector coil,IC/ID card coil.Card ReaderCoil,VCM coil, etc.
Q: Do you provide ODM and OEM?
A: Yes, ODM and OEM are welcomed.
Q: What you need supply for making coil.
A: Supply drawing is best, or tell us the size, inductance, resistance, Q value, OD, ID, Turns, thickness, etc.
Q:Can we put our logo on the product?
A:Yes we can do print your logo on the products.
Transformers have changed the way that electricity is delivered. Initially, all electricity was direct current (DC) and required a large network of transfer stations to be moved long distances. With the development of alternating current (AC), electricity could be passed over long distances with fewer connecting stations. A key to this development was the transformer.
With a transformer, AC could be sent over long distances at high voltage with lower current to avoid loss in the line or wire. The transformer converts the high voltage to low voltage and increases the energy of the current. Transformers use multiple coils to conduct electricity by the use of electromagnetic flux, which have primary windings on one side and secondary ones on the other side.