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ZIGBEE

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Equipment

FT-6200 High-power Zigbee Starter Kit

3

Equipment (cont’)

FT-6250• Base Development Board

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Equipment (cont’)

FT-6251• Sensor Development Board

• Temperature range• 0 ~ 70℃ ℃

• Humidity range• 0% ~ 95%

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Experiment: Setup environment

Goal• Setup environment

• Install the development tool

• Understand the program

• Build the program

• Burn image file into Zigbee

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Experiment: Setup environment

7

Experiment: Setup environment

Jennic SDK has two development tools

• Command Line Interface (CLI)

• Integrated Development Environment (IDE)

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Experiment: Setup environment

Install JN-SW-4031-SDK-Toolchain-v1.1.exe JN-SW-4030-SDK-Libraries-v1.4.exe

• Download from http://www.jennic.com/ “Support / software”

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Experiment: Setup environment

Install JN-SW-4027-SDKwithCLI.msi• Download from http://www.jennic.com/

“Support / software”

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Experiment: Setup environment

將範例程式解壓縮至C:\Jennic\cygwin\jennic\SDK\Application

Execute Code::Blocks

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Experiment: Setup environment

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Experiment: Setup environment

Execute Jennic Flash Programmer

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Experiment: Setup environment

Installation document• CDROM\Document\Installation\JN-UG-3035-SDK-

Installation-1v2.pdf

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Experiment: LED Flash

Goal• Understand the program

• Modify the program• Step1: LED A flash twice, go to step2

• Step2: LED B flash twice, go to step1

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Experiment: LED Flash

ProgramStart

AppColdStart AppWarmStart

InitSystem

While(true)

Yes

Timer?

Flag

Yes

No

LED1 onLED2 off

LED1 offLED2 on

True False

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Experiment: LED Flash

Demo

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Experiment: LED Flash

Function library• CDROM\Documents\Board\JN-RM-2001-

Integrated-Peripherals-API-2v3.pdf

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Experiment: Button Control LED

Goal• 在 FT625x 無線傳輸設備上學習使用按鈕的方式以控制 LED 燈號。

• Understand the program

• Modify the program• Step1: Press button A, start LED flash

• Step2: Press button B, stop LED flash

• Draft flow chart of the modified program

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Experiment: Button Control LED

Execute Code::Blocks

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Experiment: Button Control LED

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Experiment: Button Control LED

Demo

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Experiment: UART Control LED

Goal• 在 FT625x 無線傳輸設備上學習可以透過

UART 通訊從設備上取得一些資訊回饋(feedback) 。

• Understand the program

• Modify the program• PC sends message through serial port to turn on\off the

LED

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Experiment: UART Control LED

Execute Code::Blocks

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Experiment: UART Control LED

Demo

Terminal

Serial Port

FT 6250

UART

Typing in HyperTerminal:ex: aaaaabbbcc

which UART ASCII code

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Experiment: UART Control LED

使用超級終端機，必須做相關設定如下 : 38400 bps, 8 data bits, no parity, 1 stop bit, and no handshaking.

燒錄程式到 FT-6200 無線傳輸設備後，務必先重置電源，再接上與超級終端機的連線。

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Experiment: Wireless Control LED

Goal• 在 FT625x 無線傳輸設備上學習如何使用 RF 無線傳輸，形成小型無線網路。

• Understand program• Modify the program

• PC sends message through wireless to turn on\off the LED

• Write the difficult point down while you are experimenting

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Experiment: Wireless Control LED

Execute Code::Blocks

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Experiment: Wireless Control LED

Architecture

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Experiment: Sensor

Goal• 學習如何使用 Zigbee 裝置收集週遭環境的溫度和溼度，並透過所在無線網路傳遞這些資訊

• Understand program

• Modify the program• 讓 end device 定期回報所感測到的溫溼度數據到

coordinator

• 設定溫溼度 MAX 的警告條件– 溫度警告 - LED_0 閃爍– 濕度警告 - LED_1 閃爍

請攜帶吹風機

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Experiment: Sensor

Execute Code::Blocks

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Experiment: Sensor

Demo

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Experiment: Flow Testing

Goal• 測試 Zigbee Coordinator 和 End Device 的最高傳輸速度

• 速度是否可達到 20k-250k bps ，如不行請評估原因

Devices• Zigbee

• Smartbits 600

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Experiment: Flow Testing

SmartBits 600