ESP32 uses a 3.3 V system power supply. The chip should be activated after the power rails have stabilized. This is achieved by delaying the activation of CHIP_PU (Pin9) after the 3.3 V rails have been brought up. More details can be found in Section Power Scheme. To avoid reboots c...
Once arduino IDE is installed on the computer, connect the board with computer using USB cable. Now open the arduino IDE and choose the correct board by selectingTools>Boards>ESP32 Dev kit, and choose the correct Port by selectingTools>Port. To get it started with ESP32 board and blink th...
The following figure illustrates the ESP8266 12-E chip pinout. Use this diagram if you’re using an ESP8266 bare chip in your projects. Note:not all GPIOs are accessible in all development boards, but each specific GPIO works in the same way regardless of the development board you’re usi...
The following figure illustrates the ESP8266 12-E chip pinout. Use this diagram if you’re using an ESP8266 bare chip in your projects. Note:not all GPIOs are accessible in all development boards, but each specific GPIO works in the same way regardless of the development board you’re usi...