DC USB PD 3.1 charging adapters (modules)

Key product benefits:

• Support for 12-32V DC input is claimed (testing confirmed that the module works from 5V under a 10A load!), via a 5.5x2.5mm plug (5.5x2.1mm is not suitable!).

• 1 UsbC PD3.1 output.

• This is a buck-boost module, it can both lower the voltage and increase it, for example, from 5V to 20V, which is a very convenient feature.

• There are three versions of this module: in an aluminum housing, transparent acrylic, and without a housing.

• The module has excellent efficiency: 96% (according to test results), which, combined with the aluminum plate on the bottom of the module, provides excellent temperature control results (the temperature at the hottest point did not rise above 47 degrees Celsius at a load of up to 90W for 15 minutes).

• PD12V support. It's useful in case you want to replace the conventional AC-DC 12V adapter using the UsbC-DC cable.

• PPS 21V support is important for some smartphones, such as the Google Pixel 9 Pro XL or Google Pixel 10 Pro XL (37W and 45W respectively), and can only be achieved if the charger supports the PPS 21V protocol.

• PPS 3.3-21V5A support, together with a cable rated for 5A (100W/240W), will provide the fastest possible Super Fast Charge 2.0 45W charging for Samsung S22, S23, S24 and S25 smartphones (Plus and Ultra versions).

• Weight: 105g (with aluminum case)

• Dimensions(mm): 30x50x70.5 (aluminum case)​

Product drawbacks:

• DC 5.5x2.1mm jack is not compatible with the adapter's DC 5.5x2.5mm input.​

• No AVS protocol support.

Other product notes:

• You can use any Laptop charger as a DC source with a 5.5x2.5 jack or with a 5.5x2.5 jack adapter.​

Supported charging protocols detected by KM003C:

• USB-C port:

  • PD3.1 140W, PPS, QC5 (Fixed 5V,9V,12V,15V-3A,20V-5A, 28V-5A, PPS: 3.3-21V-5A)

  • FCP 18W (5.2V2A, 9V2A,12V1.5A)

  • SCP 22W (3.3V-12V, 0.03-2.2A)

  • AFC 24W (5V2A,9V2A,12V2A)

  • QC2.0/3.0 (5V, 9V, 12V,20V, 3.6-20V)

  • MTK PE+ / MTK PE+2.0

  • DCP

  • APPLE 2.4A

  • Samsung 2A