![]() You could solder a USB micro cable onto the end of the breakout board in your first Sparkfun link I suppose, but at that point I'd query what the point is. Significantly, C has a lot more of them, even finer pitch, and the layout isn't even close to being compatible as a drop-in replacement. The CC pins contain pull-up or pull-down resistors so that the port configuration can be detected to figure out whether it is a down-stream facing port or upstream-facing port, cable detection and current capability advertisement.įor our case of microUSB USB slave that just needs to draw current, the CC1 and CC2 pins must have a 5.1 Kohm pull-down resistor each.Īn example of a connector with VBUS, GND and CBS pins exposed is shown here. USB-C and micro have very different pinouts. You cannot leave them floating around, or the USB host may not put out the power you need via the USB VBUS pin. The CC pins are used for configuration detection purposes. Unfortunately, the breakout board is configured as. What do you do with the CC1 and CC2 pins? A USB C breakout board is then sourced, and the relevant pins in the USB-C connector are soldered to the original USB-A connector pads. Shop iSOUL USB C Adapter, Type C 3.1 Male to Micro USB 2.0 B Female Converter Reversible Connector for Apple New Macbook 12 inch Retina Air, Chromebook Pixel, OnePlus, Nexus, MSI Gaming Notebooks and More online at best prices at desertcart - the best international shopping platform in PAKISTAN. Those that do not expose the CC pins just have internal resistors inside the connector to set the proper configuration. In fact, the CC pins are compulsory to implement on ALL connectors. Many connectors will usually expose CC pins of the connector too. There are not a ton a USB-C connectors in the market that just bring out the power pins for you. ![]()
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