| Model |
WEG-35W-2C |
| Output Power |
35W Max |
| Input |
110-240V~50/60Hz 1.5A |
| Product size |
US/EU/UK/AU |
| Package size |
47*26*13.5CM |
| Packing quantity |
50pcs/CT |
| Carton weight |
14.7KG |
Product Description
Detailed Photos
The top and sides of the 35W dual C-port charger are made of an integrated white casing, with a high-gloss surface and rounded corners.
The bottom shell is white and has a straight section design, which can fit well into wall plugs and sockets and is stable in use.
The sides of the fuselage are smooth and flat, and the appearance design is smooth and in line with public aesthetics.
The output end is equipped with two USB-C interfaces with white rubber core.
The charger is equipped with foldable American standard prongs, which is easy to carry and will not scratch other devices in the bag.
The measured height of the charger body is 69mm, the width is 50mm, and the thickness is 50mm.
The size of the charger in your hand is intuitively smaller than the Apple 30W, and its net weight is about 92g.
Using ChargerLAB POWER-Z KT002, it was measured that the dual C port supports PD3.0, PD2.0, QC2.0, QC3.0, ,AFC, FCP, PE2.0 all mainstream fast charging protocols.
After having a basic understanding of Wenxin's 35W dual C-port charger, let's continue to disassemble it to see how the materials and workmanship are.
Disassemble the bottom shell of the charger, ultrasonically weld the package, and fill the interior with silicone for heat conduction.
The back of the charger module PCB faces up, and a thermal pad is provided on the top of the body shell to help conduct heat to the chip on the back of the circuit board.
In addition to the thermal pad, there are insulating mylar sheets and brass heat sinks on the top, which are pasted together with tape and used with the thermal pad to dissipate heat from the devices on the circuit board.
The measured module length is 45mm, width is 44mm, and thickness is 23mm
Looking at the front of the PCB board, you can clearly see that there are two independent switching power supply circuits on the board, and there is an insulating plate between the transformer and the output board for isolation.
A look at the back of the board shows that the two switching power supply main control chips are from the big manufacturer PI, and are the same chip as Apple's original charger. They are highly integrated and the back looks quite simple.
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