Transcription of USB Type-C™ and USB PD - STMicroelectronics
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USB Type-C™ and USB PD - STMicroelectronics
USB Type-C and USB PD DemystifiedGreg GosciniakApplications EngineerContentUSB Type-C and USB Power Delivery benefitsUSB Type-C overviewST OfferEvaluation Tools2 The Re-evolution of USB3 USB has evolved from a data interface capable of supplying limited power to a primary provider of power with a data interfacePower DeliveryUSBType-C Alternate ModeUSB IFClick on the video More flexibilitywith a new reversible & thinner connector More powerwith USB Power Delivery (100W) More protocols(Display Port, HDMI, VGA, ) More speedwith USB gen 2 (10 Gbps)A smart and green technology4 External displayDisplay powerAlternate mode on dock connectorCharging / DataSystem power, up to 100 WAudioDual role / chargingUSB Type-C and USB Power DeliveryUSB Type-C:One port to rule them allModifying the new scenarios!USB Type-C OverviewUSB Global Evolution6 Click here for / ProtocolSTMicroelectronics is a board member of USB-IF and USB & USB promoter20002005201020092008201120132015 201620072006200420032002200120122014 USB Type-C Pin-Out Functions7 USB Speed Data Path (RX for USB , or reconfigured in Alternate Mode)High Speed Data Path (TX for USB , or reconfigured in Alternate Mode) Cable GroundCable Bus Power(from 5V up to 20)
Receptacle Two pins on the USB Type-C receptacle, CC1 and CC2, are used in the discovery, configuration and management of connections across the USB Type-C cable Plug On a standard USB Type-C cable, only a single CC wire within each plug is connected through the cable to establish signal orientation. The other CC pin is repurposed as V
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