TI USB PD controllers source 100W and 200W
- Autore:Ella Cai
- Rilasciare il:2018-09-20
TI has introduced two USB Type-C and USB Power Delivery (PD) controllers with integrated power paths designated TPS65987D and TPS65988.
The controllers source 100 W and 200 W of power, respectively, to support computing applications and enable the benefits of USB Type-C in applications such as cordless power tools, gaming and virtual reality headsets.
The TPS65987D, a single-port device designed to source 100 W of power, integrates independent 20-V, 5-A source and sink load switches. Low RDS(on) (25mΩ) and reverse current protection in the TPS65987D manage a port’s charging needs.
The dual-port TPS65988 can source 200 W of power, and offers two integrated 5-A bidirectional load switches and external power-path control to enable simultaneous 5-A source capability.
The devices are USB PD 3.0-certified, UL Recognized, and International Electrotechnical Commission (IEC) safety-certified, and come preprogrammed to support several of the most common use cases including DisplayPort and Thunderbolt applications.
Additional use cases are supported through a configuration tool.
The controllers source 100 W and 200 W of power, respectively, to support computing applications and enable the benefits of USB Type-C in applications such as cordless power tools, gaming and virtual reality headsets.
The TPS65987D, a single-port device designed to source 100 W of power, integrates independent 20-V, 5-A source and sink load switches. Low RDS(on) (25mΩ) and reverse current protection in the TPS65987D manage a port’s charging needs.
The dual-port TPS65988 can source 200 W of power, and offers two integrated 5-A bidirectional load switches and external power-path control to enable simultaneous 5-A source capability.
The devices are USB PD 3.0-certified, UL Recognized, and International Electrotechnical Commission (IEC) safety-certified, and come preprogrammed to support several of the most common use cases including DisplayPort and Thunderbolt applications.
Additional use cases are supported through a configuration tool.
