NodeMcu V3 V2 ESP8266 ESP-12E Lua WIFI Internet of Things Development Board Wireless Module CH340 CP2102 CH9102X

NodeMcu v3 CP2102

$17.20

Sale price $17.20 Regular price $0.00

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NodeMcu V3 V2 ESP8266 ESP-12E Lua WIFI Internet of Things Development Board Wireless Module CH340 CP2102 CH9102X

NodeMcu V3 V2 ESP8266 ESP-12E Lua WIFI Internet of Things Development Board Wireless Module CH340 CP2102 CH9102X

$17.20

Sale price $17.20 Regular price $0.00

Color NodeMcu v3 CP2102 NodeMcu v3 CH9102X ESP-12E NodeMcu v3 CH340 ESP-12S ESP-12F NodeMcu Lua CP2102 NodeMcu Lua CH340 D1 ESP12F Micro D1 ESP12F Type-C CP2102 Adapter CH340G Adapter D1 MINI V4.0.0 NodeMcu TYPE-C

Description

SPECIFICATIONS

Brand Name: XYCJJCXL

Choice: yes

Condition: New

High-concerned chemical: none

Origin: Mainland China

Type: Module

semi_Choice: yes

🌐 ESP8266 CH340 V3/ESP8266 CP2102

2️⃣ Interactive

3️⃣ Programmable

💲 Low cost

✅ Simple

🤖 Smart

📶 WI-FI enabled

🛠️ Ard--uino-like hardware IO

⚙️ Advanced API for hardware IO, which can dramatically reduce the redundant work for configuring and manipulating hardware.

💻 Code like ard--uino, but interactively in Lua script.

🌐 Nodejs style network API

📡 Event-driven API for network applicaitons, which faciliates developers writing code running on a 5mm*5mm sized MCU in Nodejs style.

🚀 Greatly speed up your IOT application developing process.

📖 Introduction:

⚡ ESP32 is already integrated antenna and RF balun, power amplifier, low-noise amplifiers, filters,
and power management module. The entire solution takes up the least amount of printed circuit board area.
📶 This board is used with 2.4 GHz dual-mode Wi-Fi and Bluetooth chips by TSMC 40nm low power technology,
power and RF properties best, which is safe, reliable, and scalable to a variety of applications.

🔑 Features:

💎 High performance-price ratio

📏 Small volume, easily embeded to other products

💪 Strong function with support LWIP protocol, Freertos

📡 Supporting three modes: AP, STA, and AP+STA

💻 Supporting Lua program, easily to develop

🔧 ESP8266 CH9102X

1️⃣ Open-source

2️⃣ Interactive

3️⃣ Programmable

💲 Low cost

✅ Simple

🤖 Smart

📶 WI-FI enabled

🛠️ Ard--uino-like hardware IO

⚙️ Advanced API for hardware IO, which can dramatically reduce the redundant work for configuring and manipulating hardware.

💻 Code like ard--uino, but interactively in Lua script.

🌐 Nodejs style network API

📡 Event-driven API for network applicaitons, which faciliates developers writing code running on a 5mm*5mm sized MCU in Nodejs style.

🚀 Greatly speed up your IOT application developing process.

💰 Lowest cost WI-FI

📘 ESP8266 & NodeMCU Develop Introduction

This is the tutorial to NodeMCU 1.0/2.0/2.1 development board (CP2102 / CH340 / CH9102X are applicable) and the lua programming design is given priority to.

Mke sure your computer have installed the USB driver (CP2102/CH340/CH9102X) then the device manager can find the COM.

Confirm the development board has been updated for NodeMCU firmware (NodeMCU official firmware) or you can flash your it according to the fllowing guide.

🔧 Part-1.Flash NodeMCU official firmware guide

The firmware given (you can choose either one of them)：

⚡ How to flash?

Open Nodemcu-firmware-flasher, choose which firmware to flash and set the address, then begin flashing.

(At the same time hold RST button and FLASH button, then release RST button first while you begin flash.
Release FLASH button when you see the mac-address.
USB-CH340 version can flash automatically without this way.)

⚡ PART-2. Use ESPlorer to test

Supporting folder has a software with version installed.

Note: ESPlorer need JAVA SE 7 or above.

2. Run ESPlorer, set Serial baud rate 9600.

Then press the OPEN to Nodemcu connection.

✨ LED Program Example

LED1 is connected to the GPIO16, it could be lighted when GPIO16 was low.
And GPIO16 was named D0 on Nodemcu.
First, we use the ".mode" to set GPIO16 as output, and use ".write" to set level LOW.
In addition, in order to be able to see the light, here with the "TMR.Delay" do the latency.

The whole program is as follows:

gpio.mode(0, gpio.OUTPUT) print(gpio.read(0), "\n")
gpio.write(0, gpio.LOW) print(gpio.read(0), "\n")
tmr.delay(1000000)
gpio.write(0, gpio.HIGH) print(gpio.read(0), "\n")