AZDelivery D1 Mini NodeMcu WiFi Board ESP8266-12F CH340G WLAN ESP8266 Micro USB Lua Module 3.3V 500mA compatible with Arduino Including E-Book!

FREE Shipping

AZDelivery D1 Mini NodeMcu WiFi Board ESP8266-12F CH340G WLAN ESP8266 Micro USB Lua Module 3.3V 500mA compatible with Arduino Including E-Book!

AZDelivery D1 Mini NodeMcu WiFi Board ESP8266-12F CH340G WLAN ESP8266 Micro USB Lua Module 3.3V 500mA compatible with Arduino Including E-Book!

RRP: £99
Price: £9.9
£9.9 FREE Shipping

In stock

We accept the following payment methods


The project also seems to be available on EasyEDA, along with schematic and other useful files, should you be interested in building your own. Wemos D1 Mini Bluetooth Shield on EasyEDA How To Program The Wemos D1 Mini The Wemos D1 Mini serves simply as a carrier board, with some additional supporting circuitry such as voltage regulation and analog input division. There are several types of D1 boards available. There is in fact a ‘full sized’ D1 board available, albeit far less common. The main different between these boards is the amount of flash memory. The D1 Mini features 4MB where the D1 Mini Lite features 1MB. Wemos D1 Mini Lite

Since this board is very similar to the NodeMCU, you can try out the sketches in my other tutorials featuring the NodeMCU. I have also a tutorial on creating a WiFi server with the WeMos D1 Mini. Go ahead and grab your Wemos or other board and insert it into the breadboard. Next grab some jumper wires and connect the DS18B20 to the board as above. Finally insert the resistor into the breadboard between data and VCC. This development board features, the powerful ESP-WROOM-32 module, with integrated WiFi and Bluetooth functionality (BR/EDR/BLE). The ESP32 is a chip designed with TSMC ultra-low power management technology. This allows you to achieve the best power and performance despite high efficiency. The D1 Mini ESP32 excels in robustness, versatility, and reliability, making it capable of handling all conceivable applications for your next project. You can experiment with this simple example by changing the delay values and uploading new code to the device. Make the delay different enough so that you can confirm that your changes are working. Conclusion

Step 4. Select your board

The following schematic may be useful to those using the ESP-12S based module who need to know how it is wired. ESP-12S based module schematic Pinout Diagram and Wiring For The Wemos D1 Mini Other features of the D1 Mini Pro include 11 digital input/output pins, 1 analogue input pin (3.2V Max), 16MB (128M bit) Flash, an external antenna connector, built in ceramic antenna and houses the new CP2104 US to UART IC. The D1 Pro is the same size as the D1 mini, but is lighter.

The code should look something like this: // the setup function runs once when you press reset or power the board Since the quiescent current of the ESP32 chip is less than 5 μA, it is particularly well suited for use with batteries or rechargeable batteries. The ESP32 D1 Mini has a similar pin layout to the conventional D1 Mini ESP8266-12F and is therefore pin compatible with most accessories for it. Battery shields from AZ-Delivery are particularly suitable for this purpose. The proven ESP32-D0WDQ6 chip is located in the core of the developed module. The 5V pin will output 5V from the USB VBUS. If used to power any external devices, the maximum current supplied from the USB port should be observed. 5V from the 5V input pin The program started first will grab the COM-port! If your monitor program is running the flash program will not find the COM port and will give an error.The input impedance at A0 is 330Kohm (probably true for all such boards), so if you want to increase the max voltage further, you can add a resistor in series with A0 R = Vmax * 100-330 K. As I said previously if you want to decrease the Vmax with a little soldering* skill you can attach a resistor directly to the analogue input pin of the chip itself R = Vmax*100 – 100 K. The Wemos D1 Mini is like a tiny Arduino with WiFi capability based on the ESP8266 chip, in other words it is a superb little board that everyone should be using!

The ESP8266 can be prevented from booting if some pins are pulled LOW or HIGH. The following list shows the state of the following pins on BOOT: When the 3.3V pin is coupled to a 3.3V supply, the Wemos D1 Mini will be powered from an external 3.3V supply.

Step 5: Run the example Blink sketch

If you want to make a “permanent” job then you’ll need a soldering iron and 3D printer if you want to make the enclosure. Guide Hardware

The ESP8266 doens’t have hardware I2C pins, but it can be implemented in software. So you can use any GPIOs as I2C. Usually, the following GPIOs are used as I2C pins: This voltage regulator is capable of supply 500mA. As mentioned in the technical specification, the Wemos D1 Mini consumes around 71mA of current when transmitting, although it is capable of consuming up to 500mA peak current. I hope you have found this article insightful and that it has given you the information that you need to make an awesome project with your own Wemos D1 Mini! Select the location or room where you are going to install and use the weather station and tap the Continue button.The model I use has a micro-USB connection. So I used a cable from one of my Android devices. You could try this cable: Another common derivative of the D1 Mini features the ESP-12S WiFi module, which is basically the same as the 8266EX based D1. ESP8266 allows software PWM in all I/O pins: GPIO0 to GPIO15. PWM signals on ESP8266 have 10-bit resolution. Learn how to use ESP8266 PWM pins:

  • Fruugo ID: 258392218-563234582
  • EAN: 764486781913
  • Sold by: Fruugo

Delivery & Returns


Address: UK
All products: Visit Fruugo Shop