Description
8V-32V Fast Charging Module - PD3.1 For DIY Power Supply Projects | DC5521 | DC5525
Power your DIY projects with the 8V-32V Fast Charging Module featuring PD3.1 technology, compatible with both DC5521 and DC5525 interfaces. Designed for versatility and reliability, this fast-charging module delivers up to 65W of power, making it ideal for use in custom power supply builds, automotive applications, and embedded systems.
With an 8V-32V input range, this module is perfect for various power sources such as car batteries, solar panels, or DC adapters. The integration of PD3.1 ensures efficient fast charging for USB-C devices like laptops, smartphones, and tablets, while the DC5521 and DC5525 connectors add flexibility for multiple power configurations.
Features:
- PD 3.1 Fast Charging: Supports the latest Power Delivery 3.1 standard for high-speed charging.
- Wide Input Voltage Range: Operates from 8V to 32V, suitable for diverse power sources.
- 65W USB-C Output: Delivers fast charging via USB Type-C for high-power devices.
- DC5521 & DC5525 Compatibility: Supports both DC connector types, making it adaptable for various projects.
- Built-in Protections: Includes safeguards like overcurrent, overvoltage, and short-circuit protection.
Applications:
- DIY power supply projects
- Portable power banks and chargers
- Automotive power solutions
- Solar-powered systems
- Embedded electronics and IoT devices
Pack Includes:
1 x PD 65W Type C Interface QC 3.0 Fast Charging Module
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Customer Reviews
it supports PD protocol and it is value for money
Product is very nice and functional.Working as expected,delivery experience was very good.Makerbazar working as commited.I need some technical support regarding this Product.
I bought standard version and made soldered with dc female jack by my own. Working great with my lifepo4 power bank DIY project. I am able charge my 65W Laptop with this module.
If we had dc jack version available that would be nice.
Thanks..
hebby kit
This works properly. Iam using 3 options 1)Stepping up voltage from12v battery to 22v using 500w boost converter and giving it to this module input and usb c output to laptop.
2)Using 6s1p 22.2v 2600mah DMEGC battery pack
3)Tested multiple power sources >= 20v <30v as input.
Note Use thick wires to carry atleast 4A current. Input should be >= 20v and current should be > 4A to get 20v and 65w. Anything less will make it fall to next available lesser voltage. Input voltage and power should be > than required output voltage and power.