Samsung Galaxy A17 5G Charging Port

Samsung Galaxy A17 5G Charging Port: Power and Data Connector

This charging port has been specifically designed to restore the power connection in the Samsung Galaxy A17 5G. This is the sub-board that integrates the USB-C input, ensuring correct current transmission and data communication with the computer. An essential part to replace the charging port damaged by wear or moisture.

Technical Specifications

• Part type: Charging port
• Compatibility: Samsung Galaxy A17 5G
• Quality: Compatible

When to Replace

• The phone does not detect the charging cable
• Poor contact when plugging in the USB-C cable, requiring forced positions
• The computer does not recognise the device via USB
• Moisture detected or broken internal connector pins
• Intermittent slow charging — confirm diagnosis

Notes for the Technician

• Test before applying: before securing, confirm charging and, if applicable, data transfer and microphone. Thus, if there is any issue, the return or warranty is handled quickly and simply.
• Difficulty: Medium
• Requires removing the back cover and lower shield to access the sub-board
• Always disconnect the battery before unplugging the interconnection flex and antenna coaxial cable
• Handle the lower antenna connector carefully to prevent the terminal from detaching from the board
• New adhesive tape for closing the back cover sold separately

What Distinguishes This Version

This compatible version offers an economical and reliable technical solution, meeting the assembly tolerances required by the equipment. It is the suitable choice for repair workshops looking to restore electrical operation without unnecessary costs.

Frequently Asked Questions

Does replacing this board solve data transfer issues on the Samsung Galaxy A17 5G?
Yes, provided the fault lies in the USB-C connector pins or the sub-board, the replacement restores data communication via cable.

Is soldering required to apply the charging port on the Samsung Galaxy A17 5G?
No, the module replaces directly via pressure connectors on the sub-board, without resorting to micro-soldering processes.