Fast Charging Qi Wireless Charging Coil 6.3uH for Wireless Chargers

 RFID antenna coil/mini toroidal coil,Fast Charging Qi Wireless Charging Coil Wireless Charger Coil Induction Coil

This wireless charging coil is manufactured using high-quality self-bonding wire and advanced winding processes, specifically designed for wireless chargers and RFID systems, ensuring high inductance, low DCR, and high Q factor.The product features a robust and reliable structure using self-bonding wire winding and strong adhesive bonding. It complies with RoHS and SGS environmental requirements.It is suitable for wireless chargers, consumer electronics, and automotive electronics. It is an ideal choice for coil applications in wireless charging and inductive applications.

Features:

• Professional engineer
• Good after-sale service
• Qualified material and competative price
• Winding with self-bonding wire
• Winding different shapes at your request
• Meet your inquried inductance and resistance
• Windings are bonded by a strong adhesive
• RoHS, SGS, compliant

Applications

• Wireless chargers

• RFID systems

• Consumer electronics

• Automotive electronics

• Smart home

• IoT devices

• Contactless payment

• Portable device charging

Electrical specification:

For More RFID antenna coil, Please Go To Our Website Or Contact Us.

FAQ

Q: How to apply for samples? What is the lead time?

A: You can submit a sample application through our website or email. Samples are free of charge and will be shipped within 3-5 working days. Mass order lead time is generally 2-8 weeks; custom products will be confirmed separately.

Q: Do you support small trial orders?

A: Yes. Small trial orders (below the standard MOQ) can be negotiated and receive the same quality standards and delivery commitments as mass orders. Please contact our sales team for details.

Q: What is the significance of self-bonding wire winding for wireless charging applications?

A: Self-bonding wire winding ensures stable coil shape and reduces vibration and noise. Strong adhesive bonding improves mechanical strength, suitable for the high-frequency operating environment of wireless chargers. Low DCR and high Q factor improve charging efficiency, and the wide operating temperature range of -20°C to +105°C ensures stable performance.