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        <title>learing:alpha:esp8285:2018120801</title>
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        <description>ALPHA ESP8285开发环境搭建

库安装方法

首先安装OCROBOT集成开发环境（简称IDE），依次选择工具栏中的“工具”、“开发板”、“开发板管理器”


在弹出的页面中选择ESP8266，并单击右下角的安装，安装完毕后重启IDE即可使用ESP8285开发板</description>
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        <description>ALPHA ESP8285程序烧录教程

首先要将上传速率改为“921600”，否则上传速度太慢


编写好程序后，单击状态栏下的“→”，显示上传成功后，即可烧录程序进ESP8285芯片中</description>
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        <description>Blink（单LED闪烁）

这个例程将教你用OCROBOT ESP8285控制器做到的最简单的事情：使单LED闪烁（Blink）。
你只需要一个ALPHA ESP8285开发板即可完成。

ALPHA ESP8285核心

硬件

	*  ALPHA ESP8285

搭建电路



代码



/*
 Blink
 让LED亮一秒，灭一秒，重复
*/

// 我们在0号脚上连了一个LED.定义一个名为led的变量，赋值为0（也就是0号管脚）。
int led = 0;

// 按下reset键之后，setup中的代码执行一次:
void setup() {                
  // 设置数字输出.
  pinMode(led, OUTPUT);     
}

// loop中代码一直重复执行:
void loop() {
  digitalWrite(led, HIGH);   // 点亮LED (HIGH 意思是高电平)
  delay(1000);               // 等待1秒
  digitalWrite(led, LOW);    // 熄灭…</description>
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        <description>串口输出

这个例程将教你用OCROBOT ESP8285进行串口输出。

你只需要一个ALPHA ESP8285开发板即可完成。

ALPHA ESP8285核心

硬件

	*  ALPHA ESP8285

搭建电路



代码



void setup() {
  // put your setup code here, to run once:
Serial.begin(115200);
}

void loop() {
  // put your main code here, to run repeatedly:
Serial.println(&quot;OCROBOT&quot;);
delay(1000);
}</description>
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        <description>ADC使用

这个例程将教你用OCROBOT ESP8285从指定的模拟引脚读取数据值。

ADC介绍

ADC学名模拟数字转换器（英语：Analog-to-digital converter）是用于将模拟形式的连续信号转换为数字形式的离散信号的一类设备。简单地说就是可以把模拟电压转换为数字形式的设备。</description>
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        <description>连接 ALPHA BMP180 大气压传感器模块

这个例程将教你用OCROBOT ESP8285 连接 ALPHA BMP180 大气压传感器模块。

ALPHA ESP8285连接 ALPHA BMP180 大气压传感器

硬件

	*  ALPHA ESP8285
	*  ALPHA BMP180

搭建电路

首先拿到ESP8285和BMP180模块</description>
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