Also, you just connect the following lines (Vbus, D +, D-, GND) as you usually do with the micro USB-B. Then just add a 1M resistor to the connector shield. ![]() However, compared to the micro USB-B two resistors are needed on pins CC1 and CC2. Using USB-C in your projects is really very simple. Now I'll explain how to use USB-C Type 2.0 in your projects. How to implement USB-C 2.0 on your project? Some USB-C connectors also allow you to handle video signals and load up to 100W.įor most projects, the USB-C type 2.0 connector will be fine, because we don't need high performance. There are different types of USB-C, this is because the connector can be used for different applications. It is capable of carrying higher voltages and currents than the USB-B connector. USB-C can carry multiple signals simultaneously in addition to the standard USB signals (Vbus, D +, D-, GND).ĥ. Greater compatibility for new fast-charging standards.Ĥ. The USB-C connector is more durable due to its design than a micro USB-B connector.ģ. Is increasingly used in different types of devices, it is the new standard when it comes to device connectors.Ģ. There are so many reasons to use USB-C, here are in my opinion the top 5 reasons why you should use the USB-C connector in your projects.ġ. ![]() In this post, I'll explain why you should use it and above all how you can easily implement it in your next projects. The USB-C connector is increasingly used both in devices on the market but also on many board prototypes.
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