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.