Difference between revisions of "IR Shield/zh-cn"

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(Created page with "==特点== *兼容5/3.3V主板 *micro SD卡接口 *XBee 接口")
(Created page with "==规格== {| border="1" | PCB 尺寸||55.88mm X 68.58mm X 1.6mm |- | 电源||5V DC |- | 指示灯||PWR,LED1,LED2 |- | 接口||UART,IIC,SPI |- |}")
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*XBee 接口
 
*XBee 接口
  
==Specification==
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==规格==
 
{| border="1"
 
{| border="1"
| PCB size||55.88mm X 68.58mm X 1.6mm
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| PCB 尺寸||55.88mm X 68.58mm X 1.6mm
 
|-
 
|-
| Power supply||5V DC
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| 电源||5V DC
 
|-
 
|-
| Indicators||PWR,LED1,LED2
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| 指示灯||PWR,LED1,LED2
 
|-  
 
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| Communication Protocol||UART,IIC,SPI
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| 接口||UART,IIC,SPI
 
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|}
 
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Revision as of 02:33, 9 August 2014

概述

IM140715001 4.jpg

IR Shield是一块Arduino主板的扩展板,它带有红外收发模块,nRF24L01接口,XBee接口,MicroSD卡接口和温湿度传感器。有了它,你就可以监控室内的温湿度和控制红外的设备(空调,电视等等),使你的家变得更加智能化。

购买

特点

  • 兼容5/3.3V主板
  • micro SD卡接口
  • XBee 接口

规格

PCB 尺寸 55.88mm X 68.58mm X 1.6mm
电源 5V DC
指示灯 PWR,LED1,LED2
接口 UART,IIC,SPI

Electrical Characteristics

Parameter Min. Typical Max. Unit
Power voltage 4.5 5 5.5 VDC
Input voltage VinH (Target Voltage = 3.3V) 3 3.3 3.6 V
Input voltage VinH (Target Voltage = 5V) 4.5 5 5.5 V
Input voltage VinL -0.3 0 0.5 V
Current Consumption - 40 - mA

Hardware

IM140715001pic1.jpg IM140715001pic2.jpg IM140715001pic3.jpg

Pin Map

Arduino Pin Description
D0 XBEE_TX
D1 XBEE_RX
D2 nRF24L01_IRQ & STD Button
D3 IR_TX*
D4 SD_CS
D5 IR_RX*
D6 LED1*
D7 LED2*
D8 -
D9 nRF24L01_CE
D10 nRF24L01_CS
D11 MOSI
D12 MISO
D13 SCK
A0 A0 Button
A1 -
A2 -
A3 -
A4 SHT10_SDA
A5 SHT10_SCL
  • IR_TX: when D3 is set as high level switch, IR Diode will emit signals out. When D3 is set as low level switch, IR Diode won’t work.
  • IR_RX: Use HS0038B as IR receiving module
  • Jumpers:
Jumpers can directly connect to Arduino’s IO. If you don’t need them or their corresponding pins are occupied, you can remove the jumpers.
  • A0: insert a 10K resistance to A0 button
  • LED1: connect to D6 pin. If the output voltage is high, LED1 turns on.
  • LED2: connect to D7 pin. If the output voltage is high, LED1 turns on.
  • Switch: Set the switch level according to Arduino main board. When the mainboard is set in 5V, you should turn the switch to 5V; when in 3.3V, you should turn to 3.3V.

Instruction

Please refer to our blogs:

http://blog.iteadstudio.com/diy-intelligent-monitor-for-home-temperature-and-humidity/

Download

Useful Link

http://blog.iteadstudio.com/diy-intelligent-monitor-for-home-temperature-and-humidity/