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Detail Information

PCB Type: Rigid Board Layer: Multi Layer
Base Material: FR-4 Solder Mask: Green
Silk Screen: White Surface Treatment: Lead-free HASL
Protection: Short Circuit Protection, Over-charging, Overcurrent, Overvoltage
High Light:

FR-4 pcb assembly


Multi layer pcb assembly


Green custom pcb

Product Description


Customized 200W 54volt long range charger fast wireless charging module PCBA



Description Capability


Short Circuit Protection, Over-charging, Overcurrent, Overvoltage


PC Fireproof Material

Supplier Type


Output Power

Max 200 w


The 200W 54V long-range lithium battery charger with a fast wireless charging module PCBA is a power supply and charging solution designed for high-capacity lithium battery packs.


Here's a description of the key aspects of this PCBA:


Power Supply and Conversion: The PCBA is designed to convert the input power source (AC or DC) into the appropriate voltage and current levels required for charging the 54V lithium battery pack. It includes power supply circuitry, such as transformers, rectifiers, voltage regulators, and filters, to achieve efficient and stable power conversion.


Lithium Battery Charging: The PCBA incorporates a charging circuit specifically designed for the 54V lithium battery pack. It employs a charging algorithm optimized for high-capacity batteries to ensure safe and efficient charging. The charging circuit may include features such as constant current charging, constant voltage charging, and temperature monitoring to prevent overcharging and overheating.


Fast Wireless Charging Module: The PCBA integrates a fast wireless charging module that supports high-speed wireless charging for compatible devices. This module follows industry standards, such as Qi (Wireless Power Consortium), and allows for efficient and convenient charging without the need for cables.


Power Output: The PCBA is capable of delivering up to 200W of power output, providing high charging capacity for the 54V lithium battery pack. This enables faster charging times, especially for large-capacity battery packs used in long-range applications.


PCB Design and Assembly: The PCBA is implemented on a printed circuit board (PCB) designed specifically for high-power applications. The PCB layout takes into account appropriate trace routing, component placement, and copper layers to handle the higher voltage and current levels involved. The PCBA components, such as transformers, capacitors, resistors, integrated circuits, wireless charging coils, and connectors, are assembled and soldered onto the PCB to ensure proper functionality.



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