PENGEMBANGAN ANEMOMETER DIGITAL DAN SENSOR DHT DENGAN OUTPUT SUARA BERBASIS ARDUINO

ADITHIA, VISKY ANTORO (2023) PENGEMBANGAN ANEMOMETER DIGITAL DAN SENSOR DHT DENGAN OUTPUT SUARA BERBASIS ARDUINO. Diploma thesis, UIN RADEN INTAN LAMPUNG.

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Abstract

ABSTRAK Telah dilakukannya penelitian pengembangan anemometer digital dan sensor DHT dengan output suara berbasis Arduino. Pengembangan alat ukur sangat diperlukan guna mempertajam Pemahaman dan skill mengenai suatu alat ukur yang harus dikuasai oleh calon tenaga didik khususnya di Pendidikan fisika, berdasarkan fakta dilapangan pengalaman dalam menggunakan alat ukur menjadi suatu hal yang pokok bagi calon tenaga didik ketika sudah mulai terjun pada proses belajar mengajar. Penelitian ini merupakan penelitian Research and Development (R&D) dan menggunakan model pengembangan ADDIE (Analysis, Design, Development, Implementation and Evaluation). Instrumen penelitian untuk mengumpulkan data penelitian menggunakan angket validasi produk ahli materi, ahli media dan angket respon asisten pratikum. Hasil yang di dapatkan setelah melakukan validasi produk kepada ahli materi memiliki presentase rata – rata total sebesar dengan kriteria sangat efektif, ahli media memperoleh presentase rata – rata total sebesar dengan kriteria sangat efektif, sehingga alat ukur anemometer dan buku panduan penggunaan dinyatakan dalam kategori layak digunakan. Hasil data yang didapatkan dari uji respon asisten praktikum memperoleh presentase rata – rata total sebesar dengan kriteria efektif. Data dari hasil penelitian menunjukan bahwa pengembangan alat ukur anemometer dan sensor DHT dengan output suara berbasis Arduino, efektif, menarik dan layak digunakan guna menambah pengetahuan dan wawasan bagi mahasiswa mengenai rancangan anemometer dan sensor DHT dengan menggunakan Arduino serta bermanfaat sebagai bahan referensi untuk penelitian lebih lanjut. Kata Kunci: Alat ukur, Anemometer, Sensor DHT , Arduino iv ABSTRACT Research has been conducted on the development of digital anemometers and DHT sensors with Arduino-based sound output. The development of measuring instruments is needed to sharpen the understanding and skills regarding a measuring instrument that must be mastered by prospective students, especially in physics education, based on the facts in the field, experience in using measuring instruments is a basic thing for prospective students when they have started to plunge into the teaching and learning process. This research is a Research and Development (R&D) study and uses the ADDIE development model (Analysis, Design, Development, Implementation and Evaluation). The research instrument to collect research data uses a product validation questionnaire for material experts, media experts and a response questionnaire for practicum assistants. The results obtained after conducting product validation to material experts have a total average percentage of with very effective criteria, media experts get a total average percentage of with very effective criteria, so that the anemometer measuring instrument and usage guide book are declared in the category worth using. The data results obtained from the practicum assistant response test obtained a total average percentage of with effective criteria. The data from the research results show that the development of anemometer measuring instruments and DHT sensors with Arduino-based sound output, effective, interesting and feasible to use in order to increase knowledge and insight for students regarding the design of anemometers and DHT sensors using Arduino and useful as reference material for further research. Keywords: Measuring instrument, Anemometer, DHT Sensor, Arduino

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