Arduino-Nano Based Low Cost Power Converter Learning Kit

Sivapriyan, R.; Ajay, K.V.; Koorse, N Ashwath

doi:10.1109/icisc47916.2020.9171132

Cited by 4 publications

(2 citation statements)

References 18 publications

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“…In the design, we will use very simple equipment which is a reasonable cost and easy to find in the market such as basic sensors, the simplest Microcontroller board with the least complexity for connecting, and online platforms with ease of use. These may let students easily engage in their learning and they may gain a better understanding of practical learning activities of the transformer and IoT concepts from the learning kit [8].…”

Section: Concept and Approachmentioning

confidence: 99%

“…It will read the value and send it back with an analog signal to use on the microcontroller board. It should not be used near the magnetic field because of the Hall Effect [8]. To use it, there will be a value for all 4 pins as follows: Pin VCC and GND for powering the board, and output pins for sending an analog signal to the microcontroller board.…”

Section: The Voltage Measurement Using Zmpt10bmentioning

confidence: 99%

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Development of the Smart Transformer Detection Learning Kit Using IoT

Chueapram¹,

Kamata²,

Rueangphaisan³

et al. 2022

IJIET

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The Internet of Things (IoT) concept is one of the most popular concepts that can be applied from simple things to the smart appliances of today. IoT also helps human life to be more convenient and easier. IoT for learning and teaching in higher education is so important to help students gain their knowledge and experience before graduation and industrial work. An Introduction of IoT course for undergraduate students mostly focuses on the IoT concepts and fundamentals which may affect learners to understand well about the concepts. To apply those concepts into practice is still quite difficult for learners. This article proposes the development of a learning kit for the Smart Transformer Detection System using IoT as teaching material. The capability of this tool can help learners automatically detect and notify events using online tools. Moreover, it helps students monitor the transformer system with IoT concepts more clearly, practically, and understandingly. The study volunteered a sample group of students who used this kit in their learning and practices. Then, the sample did a survey on learning satisfaction. The results show that students were very satisfied with both accuracy of the work system and the quality of the learning kit.

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Section: Concept and Approachmentioning

confidence: 99%

Section: The Voltage Measurement Using Zmpt10bmentioning

confidence: 99%