Note: It’s important to note that the plug-side pinout only has one D- and D+ connection and has a VCONN that replaces one of the CC pins. The VCONN, again, is used to actually power the IC. Conclusion A significant upgrade to USB 3.1, USB-C not only delivers data faster but ...
USB Type-C pinout description Pin Receptacle signal Plug signal Description Comment A1 GND GND Ground return Can be up to 5 A split into four pins A2 TX1+ A3 TX1- TX1+ TX1- USB3.1 data lines or Alternate 10-Gbyte TX differential pair in USB 3.1 A4 VBUS VBUS Bus p...
AN5225 Application note Introduction to USB Type-C® Power Delivery for STM32 MCUs and MPUs Introduction This application note is a guideline for using USB Type-C® Power Delivery with STM32 MCUs and MPUs in conjunction with the TCPP01-M12 for power sink, TCPP02-M18 for power source,...
那么这种可能性也许有,但USB Type-C规范有上百页,不仅仅是设计了一个接口形状就完事了,况且如果只是...
t include USB 3.0/3.1. In such cases, the RX/TX pairs are not used by the USB 3.0/3.1 connectivity and could be used by other USB Type-C functionalities such as the Alternate Mode and the USB Power Delivery protocol. These functionalities may utilize even all of the available R...
The USB Power Delivery Specification Revision 2.0, Version 1.3 defines pinout and requirements for using USB Power Delivery with a Standard-A Connector (See Section 3.2.3). The spec defines a 13-pin Standard-A connector with two "PD Detect" Pins and two "Insertion Detect" pin...
USB-C接口中的CC引脚的作用 CC表示Channel Configuration的意思。CC引脚具有多项功能:插拔检测,正反插方向检测,source端的电流支持能力播报,在PD快充(Power Delivery)和alternate mode中也会用到。 插拔检测: 在USB Device端尚未插入的情况下,USB Host的CC引脚处于上拉断路的状态。当USB Device插入的时候,Host端和Dev...
USB 3.1 Gen2/ Gen1 and Display Port 1.4/ 1.2 ReDrivers/ Repeaters, and USB power delivery or USB Type-C power delivery (USB PD or USB C PD) solutions; such as charger controller, charger detection, intelligent power switches, AC-DC and DC-DC converter solutions, transient voltage protectio...
Type-C UFP USB 2.0 without PD block diagram. At this point, we will assume that you understand the USB Type-C connector pinout and how reversibility works; if not, see Figure 13. Note that the USB 2.0 physical layer (PHY) is no different than previous USB 2.0 designs with a Type-A ...
www.ti.com Design Guide: TIDA-010248 USB Type-C Power Delivery and Redriver Reference Design Description Description This USB Type-C® power delivery (PD) and USB Type-C® redriver reference design outputs from 5 V to 20 V with a maximum of 3 A for a total output power of 60 W....