The OM6135 is a highly integrated PD (Power Delivery) controller from HCW-HENGCHENGWEI, designed for 20W to 65W USB-C fast charging applications. Featuring an integrated power MOSFET and a dedicated LINK pin, this advanced IC reduces external component count while enhancing system communication, efficiency, and overall design reliability.
Supporting a wide output voltage range of 5V, 9V, 12V, 15V, and 20V, the OM6135 enables flexible and efficient power delivery across smartphones, tablets, laptops, and other USB-C powered devices. Its PD protocol architecture ensures intelligent negotiation between charger and load, optimizing charging speed, safety, and compatibility.
With its built-in MOSFET, the OM6135 simplifies power stage design, improves switching efficiency, and minimizes conduction losses, resulting in better thermal performance and higher power density. The inclusion of the LINK pin further enhances system-level control and integration in advanced charging solutions.
Housed in a compact QFN16 package, the OM6135 offers excellent thermal dissipation and space-saving advantages, making it ideal for high-efficiency, compact charger designs.
The OM6135 is an ideal solution for next-generation USB-C PD chargers requiring integrated power control, high efficiency, and compact 20W–65W design capability.
Key Features:
- PD USB-C fast charge controller with integrated MOSFET
- Power output: 20W–65W
- Output voltage: 5V / 9V / 12V / 15V / 20V
- Integrated LINK pin for system communication
- Reduced external component count
- High-efficiency switching and low conduction loss
- QFN16 package for superior thermal performance
Applications:
- USB-C fast charging adapters (20W–65W)
- Laptop and tablet chargers
- Smartphone fast charging systems
- Compact high power-density chargers
- Consumer electronics power supplies
- Smart USB-C charging solutions
