Introduction to Arduino programming and inquiry experiment applications

Arduino程式與探究實驗應用入門 (學習參考投影片、含教學錄影連結)

Arduino program example:

• Read_Analog_Signal_simple.ino   (Read the voltage and send it to the computer, see the program tutorial document )

• Resistance-value.ino (Connect the unknown resistor Rx and the known resistor R0 in series, and get the Rx value by dividing the voltage and send it to the computer)

• Temperature-R-type.ino (Connect the thermistor and the known resistance R0 in series, get the thermistor value by dividing the voltage, convert it into temperature, and send it to the computer)

• Temperature-LED.ino (makes the LED light up when the thermistor temperature is too high)

• Sonar_Distance.ino (triggers the ultrasonic sensor, converts the echo signal into distance, and sends it to the computer)

• Four-terminal_sensing.ino (4-wire measurement, a program for measuring resistance using 4-terminal measurement method)

• Serial_RW_LED_Control.ino (read text from computer to Arduino and control LED lights. Can be used with LabVIEW program:  Serial RW Control Arduino (LV2014).vi )

Arduino 程式範例:

• Read_Analog_Signal_simple.ino  ( 將電壓讀入，傳送到電腦，見程式 教學說明檔 )

• Resistance-value.ino ( 將未知電阻Rx與已知電阻R0串聯，由分壓得到Rx值傳送到電腦 )

• Temperature-R-type.ino ( 將熱敏電阻與已知電阻R0串聯，由分壓得到熱敏電阻值，換算成溫度，傳送到電腦 )

• Temperature-LED.ino ( 當熱敏電阻溫度過高時，使LED燈亮起 )

• Sonar_Distance.ino ( 觸發超音波感測器，將回音訊號換算成距離，傳送到電腦 )

• Four-terminal_sensing.ino (4-wire measurement，以4端點量測法   量電阻的程式)

• Serial_RW_LED_Control.ino (從電腦讀文字到Arduino，並控制LED燈。可搭配電 LabVIEW 程式:  Serial RW Control Arduino (LV2014).vi )

LabVIEW with Arduino program example

(To execute the following .vi program, you need to install LabVIEW 2014 or later versions, and the trial version is also available)

• Read Arduino by LabVIEW.vi (transmit the Arduino output text to the computer through the serial port and draw a graph of changes over time)

• Read Arduino.vi (transmit the Arduino output text to the computer through the serial port)

• Serial RW Control Arduino (LV2014).vi (To read and write Arduino through the serial port and control the Arduino LED light, the Arduino program must be used:  Serial_RW_LED_Control.ino )

LabVIEW 搭配Arduino程式範例

(執行以下 .vi 程式需安裝 LabVIEW 2014 以後版本，試用版亦可 )

• Read Arduino by LabVIEW.vi ( 透過序列埠將Arduino的輸出文字傳送到電腦，繪出 隨時間變化圖 )

• Read Arduino.vi ( 透過序列埠將Arduino的輸出文字傳送到電腦 )

•  Serial RW Control Arduino (LV2014).vi ( 透過序列埠讀寫Arduino，並控制Arduino LED燈，須搭配 Arduino 程式:  Serial_RW_LED_Control.ino )

(You do not need to install LabVIEW to execute the following .exe program, but you must download and install the following Run-Time program)

• Read Arduino by LabVIEW.exe (executable file for reading Arduino signals through the serial port, no need to install LabVIEW, but you need to install the following Run-Time program)

• Get Signals from Arduino.exe (Executive file for reading Arduino signals through the serial port, which can read 3 sets of signals at the same time. There is no need to install LabVIEW, but the following Run-Time program needs to be installed)

• Read Arduino by LabVIEW Installer (Run-Time installation program, corresponding to LabVIEW 2016 version)

(執行以下 .exe 程式不需安裝 LabVIEW，但須下載以下Run-Time程式並安裝)

• Read Arduino by LabVIEW.exe (透過序列埠讀取Arduino訊號的執行檔，免安裝LabVIEW，但需安裝下面的 Run-Time程式)

• Get Signals from Arduino.exe (透過序列埠讀取Arduino訊號的執行檔，可同時讀取3組訊號。免安裝LabVIEW，但需安裝下面的 Run-Time程式)

• Read Arduino by LabVIEW Installer (Run-Time安裝程式，對應LabVIEW 2016版本)

Use Arduino to transfer the input voltage value to the computer through the serial port. Please refer to the following instructions and procedures.

• Introduction to reading voltage using Arduino (pdf)        Introduction to reading voltage using Arduino (docx)

• Read_Analog_Signal_simple.ino        

• Read Arduino by LabVIEW.vi (The computer requires LabVIEW 2014 or later)

Read Arduino by LabVIEW (en).vi (Require LabVIEW 2014 or later)

使用 Arduino透過序列埠將輸入電壓值傳至電腦，可參考以下說明及程式

• 使用 Arduino 讀取電壓簡介(pdf)        使用 Arduino 讀取電壓簡介(docx) 

• Read_Analog_Signal_simple.ino         

• Read Arduino by LabVIEW.vi (電腦需有LabVIEW 2014以後的版本)

Read Arduino by LabVIEW (en).vi (Require LabVIEW 2014 or later)

This program combines a linear Hall IC and an ultrasonic ranging sensor head (HC-SR04) to detect changes in the magnetic field B with position x.

• Arduino program     Sonar_Gauss_XY.ino   (uploaded to Arduino development board, returns ultrasonic distance and Hall IC voltage)

• LabVIEW program     Sonar_Gauss_XY.vi   (read distance and Hall IC voltage, plot the change of magnetic field B with position x, requires LabVIEW 2014 or later version)

• Operating instructions    Sonar_Gauss_XY.pdf (Instrument setup and operating instructions for Holmholtz coil experiments using Arduino-LabVIEW)

本程式為結合 線性霍爾IC 與 超音波測距感測頭(HC-SR04)，作 磁場B 隨 位置x 變化的偵測

• Arduino 程式    Sonar_Gauss_XY.ino  (上傳至Arduino開發板，傳回超音波距離與霍爾IC電壓)

• LabVIEW 程式    Sonar_Gauss_XY.vi  (讀取距離與霍爾IC電壓，繪圖成磁場B隨位置x之變化，需LabVIEW 2014以後版本)

• 操作說明   Sonar_Gauss_XY.pdf (使用Arduino-LabVIEW進行 荷姆霍茲線圈實驗 之儀器架設、操作說明)

Experimental Physics Technology Course

For some advanced files of this project, please refer to the Experimental Physics Technology Course of the Department of Physics of Donghua University.

URL     https://sites.google.com/gms.ndhu.edu.tw/expphystech/

實驗物理技術 課程

本計畫部分進階檔案可參考 東華大學物理系 實驗物理技術 課程。

網址    https://sites.google.com/gms.ndhu.edu.tw/expphystech/

General Physics Experiment Course

For some advanced files of this project, please refer to the general physics experimental course of the Department of Physics of Donghua University.

https://sites.google.com/gms.ndhu.edu.tw/phys-exp/

普通物理實驗 課程

本計畫部分進階檔案可參考 東華大學物理系 普通物理實驗 課程。

https://sites.google.com/gms.ndhu.edu.tw/phys-exp/