2019-03-01 05:14 AM
How and Why to migrate from any power plug or DC Barrel to USB type-C?
Learn more by reading the below answers
Solved! Go to Solution.
2019-04-16 02:46 AM
This is HOW you do it
Implementation can be as simple as the bellow picture, which uses a standalone SINK PD controller, such as STUSB4500 and a PMOS. Get the source files for a minimal implementation here: STREF-SCS001V1 or order an evaluation board here: STEVAL-ISC005V1
STUSB4500 is stand-alone, tiny, safe, certified, and easily customizable. STUSB4500 Certification ID: 1000133
2019-04-16 02:45 AM
2019-04-16 02:46 AM
This is HOW you do it
Implementation can be as simple as the bellow picture, which uses a standalone SINK PD controller, such as STUSB4500 and a PMOS. Get the source files for a minimal implementation here: STREF-SCS001V1 or order an evaluation board here: STEVAL-ISC005V1
STUSB4500 is stand-alone, tiny, safe, certified, and easily customizable. STUSB4500 Certification ID: 1000133
2019-04-16 02:46 AM
This is WHY you should do it
For devices up to 100W (20V; 5A), the USB Power Delivery standard now offers a charging connector alternative to any input power plug (USB micro-B or DC barrel for instance). Main benefits are the following:
1) SMARTER DESIGN: Thanks to its thickness and robustness, the type-C connector makes the product shape smarter than with a legacy DC barrel.
2) UNIVERSALITY: Additionally, in most cases, it makes the device compliant with universal AC adapters.
3) COST SAVING: For vendors, no need any longer to include in the box a dedicated AC adapter for every device.
4) MORE CONVENIENT: For users, no need to carry multiple AC adapters when traveling. A cable works for all.
5) ECO-FRIENDLY: For the planet, less electronic wastes.
For SOURCE applications (AC adapter, power hubs etc…), please check our portfolio here.
For SINK applications (battery powered or not), please check our portfolio here.