2013
DOI: 10.1590/s0100-40422013000800023
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Uso de hardware de código fonte aberto "Arduino" para acionamento de dispositivo solenoide em sistemas de análises em fluxo

Abstract: Recebido em 18/12/12; aceito em 27/6/13; publicado na web em 25/7/13 USE OF "ARDUINO" OPEN SOURCE HARDWARE FOR SOLENOID DEVICE ACTUATION IN FLOW ANALYSIS SYSTEMS. This paper describes the use of the open source hardware platform, denominated "Arduino", for controlling solenoid valves for solutions handling in flow analysis systems. System assessment was carried out by spectrophotometric determination of iron (II) in natural water. The sampling rate was estimated as 45 determinations per hour and the coefficien… Show more

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Cited by 17 publications
(6 citation statements)
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References 7 publications
(7 reference statements)
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“…A typical Arduino board is usually composed of a controller, some digital and analog E/S lines, complementary components (that facilitate the programming and interconnection with other circuits), besides a serial or USB interface to connect to the microcomputer, which is proactively used and interact with board in real time. [33][34][35] The choice of the Arduino microprocessor was a design option and an optimization of the cost-benefit ratio. However, the circuit presented in the present article can also be developed with a PIC ® microcontroller, such as those developed by ChipKIT™ or Microchip ® , they are great options for FIA projects such as this presented in this study, or even more sophisticated projects.…”
Section: Use Of Arduino In the Development Of A New And Fast Automatementioning
confidence: 99%
See 1 more Smart Citation
“…A typical Arduino board is usually composed of a controller, some digital and analog E/S lines, complementary components (that facilitate the programming and interconnection with other circuits), besides a serial or USB interface to connect to the microcomputer, which is proactively used and interact with board in real time. [33][34][35] The choice of the Arduino microprocessor was a design option and an optimization of the cost-benefit ratio. However, the circuit presented in the present article can also be developed with a PIC ® microcontroller, such as those developed by ChipKIT™ or Microchip ® , they are great options for FIA projects such as this presented in this study, or even more sophisticated projects.…”
Section: Use Of Arduino In the Development Of A New And Fast Automatementioning
confidence: 99%
“…Figure 2a shows an electrical circuit diagram of the computer board, 12 V source, Arduino, ULN 2803 integrated circuit, and the solenoid valves based on the work of Kamogawa and Miranda. 35 The commands used to create the control programming of the solenoid valves were written in C language for the present work, as described in Table S1 (in the Supplementary Information (SI) section). In this work, four digital ports were used, as the code written in C language in the Arduino software was recorded in the microcontroller that starts to perform the actions independently and continuously.…”
Section: Automated Online System Programming Using Arduinomentioning
confidence: 99%
“…high-performance liquid chromatography). Anzalone [6] zastosował platformę Arduino do budowy taniego kalorymetru, Kamogawa [7] -do kontroli natężeń przepływów przez pomiar stopnia otwarcia zaworów regulacyjnych. Użycie platformy Arduino do monitorowania warunków otoczenia, jak temperatura, wilgotność czy promieniowanie zostało przeprowadzone przez Gasparesca [8], Barroce [9] oraz Rodrigueza [10].…”
Section: Wprowadzenieunclassified
“…The platform has already been used in several studies involving data acquisition [4], flow analysis systems [5], technological solutions for atmospheric data research [6], temperature sensors [7], and monitoring of electricity consumption [8].…”
Section: Introductionmentioning
confidence: 99%