Wireless Charging Connector (50W)

The 12Pin wireless charging header is used to support wireless charging applications up to 50W and is typically integrated into high power wireless charging devices such as smartphones, tablets or in-vehicle wireless charging systems. This design is capable of handling both power transfer and data communication and provides a stable, fast and efficient wireless charging experience. Below are its detailed features, technical parameters and application scenarios:

1. Product Features

High power support:

Maximum support for 50W wireless charging output, suitable for devices with high demand for fast charging, fast charging speed and high efficiency.

Multi-functional 12Pin Design:

The 12-pin not only supports power transmission, but also data communication for intelligent charging control and feedback (e.g. current, voltage monitoring, temperature detection, etc.).

Intelligent Power Regulation:

Built-in intelligent chip automatically adjusts the output power to provide the right charging current and voltage according to the demand of the device, ensuring safe and efficient charging.

Efficient Heat Dissipation:

When supporting 50W high power wireless charging, it is designed with a good heat dissipation structure to avoid efficiency reduction or safety problems caused by high temperature during the charging process.

Safety Protection:

Provides multiple protection functions, including over-current protection, over-voltage protection, short-circuit protection, over-heating protection and foreign object detection (FOD), to ensure safety during the charging process.

Durability and Stability:

Using corrosion-resistant, highly conductive materials, such as gold-plated pins, provides high strength durability and contact stability, suitable for long-term high-frequency use.

2. Technical parameters

Number of pins: 12 pins (Pin), each pin is responsible for a specific power or data transmission function.

Maximum output power: 50W, support fast wireless charging, compatible with different power requirements of the device, such as 10W, 15W, 30W, etc..

Input voltage: DC 5V-20V, adapting to different power supply specifications.

Transmission efficiency: ≥ 80%, ensuring efficient energy transmission and reducing energy loss.

Transmission distance: ≤ 10mm, the device needs to be placed within the appropriate distance for efficient charging.

Operating temperature range: -10°C to +60°C, suitable for use in a variety of environments, to ensure stable operation for a long time under high power.

Contact resistance: ≤ 20mΩ, reducing energy loss and improving charging efficiency.

Service life: ≥ 2000 times plugging and unplugging life, to ensure reliable performance in long-term high-frequency use.

3. Application Scenarios

High-end smartphones and tablet PCs:

Support high-power wireless charging of smartphones and tablet devices, especially flagship devices that require 50W fast charging, which can significantly reduce charging time.

In-vehicle wireless charging system:

Integrate a 12Pin wireless charging module in the car to support 50W fast wireless charging and meet the demand for fast charging of multiple devices in the car.

Laptops:

Some thin and light laptops that support wireless charging may integrate 50W or higher power wireless charging, and the 12Pin header design can provide efficient charging for such devices.

Smart Home Devices:

For wireless charging of smart devices (e.g., smart stereos, wireless charging stations, etc.) to provide reliable power transfer and device management.

Industrial Equipment & Medical Devices:

In industrial or medical devices that require high power and stable charging, the 12Pin 50W wireless charging header can ensure safe and stable operation of the device in complex environments.

4. Summary

The 12Pin 50W wireless charging cradle is a highly efficient and multi-functional wireless charging interface designed for scenarios that require fast charging and complex electrical connections. Its high power support, intelligent control, and security features make it an ideal choice for high-end wireless charging devices, ensuring safe and stable power transmission while providing fast charging.