Overview
Description
With increasing power delivery demands and the need for energy-efficient solutions to reduce power consumption and environmental impact, there's a growing need for chargers that consume no power when not actively charging. Designed with USB Power Delivery (USB PD) 3.1 technology, this ultra-compact USB Type-C® adapter delivers 65W of power with Zero Standby Power (ZSP) consumption. Ideal for travel adapters requiring a lightweight and small form factor, its dual-port capability enables simultaneous charging of two devices, reducing the need for multiple chargers on the go.
System Benefits:
- ZSP ensures no power consumption when not charging, promoting energy efficiency.
- Versatile system options for single and dual-port USB-C outputs offer design flexibility.
- Ultra-compact size enhances portability, and low system cost supports competitively priced products.
- Adaptive quasi-resonant (QR) operation and multi-mode control enhance efficiency and performance while reducing electromagnetic interference (EMI).
Comparison
Applications
Test This Board Remotely
Zero Standby Power 65W USB-C Adapter with Dual Output
Rectifier Controller
Products
AC/DC Controller
Products
Photocoupler
Products
Buck/Boost Controller
Products
USB PD 3.1 Protocol
Products
USB PD 3.1 Protocol
Products
SuperGaN FET
Products
Zero Standby Power 65W USB-C Adapter with Single Output
Rectifier Controller
Products
USB PD 3.1 Protocol
Products
AC/DC Controller
Products
Photocoupler
Products
SuperGaN FET
Products
Videos & Training
This video showcases Renesas’ ultra-compact Zero Standby USB-C® adapter, delivering up to 65W with adaptive quasi-resonant operation and multi-mode control for enhanced efficiency and EMI performance. Designed for travel chargers and USB-C powered devices, it supports dual-port charging and consumes less than 5mW in standby mode. Featuring components such as the iW9870 flyback controller, SuperGaN FET, ISL81401A buck-boost controller, and iW780 USB Power Delivery (USB PD) 3.1 protocol controller, this solution provides high performance, low system cost, and zero standby power, ideal for modern consumer electronics.
Related Resources