RANCANG BANGUN ALAT PENDETEKSI TEGANGAN LISTRIK UNTUK TEKNISI INDIHOME DI PT. TELKOM AKSES WITEL MAKASSAR
Abstract
The development of internet network infrastructure in Indonesia is inseparable from the presence of technicians to turn on or distribute internet services to the customer's home. Not infrequently the technicians experience work accidents due to electric shock. The number of work accidents due to electric shock pushed us to design a device that is able to detect electricity early or remotely and easy to use independent technicians so as to minimize work accidents due to electric shock. The objectives of this study are: 1) Designing a voltage detector located around the location of the indihome technician's work. 2) Implement an electric voltage detector on indihome technicians. By using a tool design method designed using applications such as Electronics Workbench (EWB), PCB Express (Printed Circuit Board), Sketchup. And also assembled using tools & materials that are easily found in electronic stores. LED (Light Emitting Diode & Buzzer serves as an indicator of the presence of electrical hazards around the technician's work location. The results of this study are: 1) This tool is able to detect electrical voltages from a minimum distance of 0 mm to 400 mm. 2) This tool is shaped like a watch so that it is easy to use indihome technicians in working and does not interfere with the work process.
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Ardra. 2015. Induksi Medan Magnet & Hukum Biot Savart. Di https://ardra.biz/induksi-medan-magnet/(di akses 3 Maret 2019).
Badan Pusat Statistika Kota Makassar, 2010. Makassar Dalam Angka 2010 (Makassar in Figure 2010). Makassar. UD Areso.
Blocher, Richard. 2004. Dasar Elektronika Ed .II. Yogyakarta. Andi.
Daryanto. 2008. Pengetahuan Teknik Listrik. Jakarta. Sinar Grafika Offset.
Herwiyanto. 2013. Pengawasan K3 Listrik. Di https://tiarasalsabilatoniputri.files.wordpress.com(di akses 1 September 2018).
Jongbloed, G. 2013. Elektronika Merencanakan dan Merakit Sendiri. Bandung. Angkasa.
Listiyarini, Ratih. 2018. Dasar Listrik dan Elektronika. Yogyakarta. Deepublish.
Muda, Imam. 2013. Elektronika Dasar. Yogyakarta. Gunung Samudera.
Nugraha, Andika. 2011. Rangkaian Listrik Arus Searah. Palu. Universitas Tadulako.
Portal Telkom Akses. 2018. Company Profile. Di https://apps.telkomakses.co.id(di akses (di akses 29 Agustus 2018).
Pramudya. 2017. Pengertian dan Fungsi Pin IC4017. Di http://www.bukaelektro.com (di akses 30 Agustus 2018).
Sayogo, Bartien. 2014. Penjelasan PUIL 2011 Edisi 2014. Jakarta. Copper Alliance.
Satriady, Aditya. 2006. Pengaruh Luas Elektroda Terhadap Karakteristrik Baterai. Bandung. Universitas Padjadjaran.
Satriawan, Mirza. 2004. Instalasi Listrik Dasar. Surabaya. Erlangga.
Suryatmo, F. 2008. Teknik Arus Searah. Jakarta. Sinar Grafika Offset.
Suyono, Sumardjo. 2005. Elektronika, Radio Transistor, Tape Recorder. Surabaya. Galaxy.
DOI: https://doi.org/10.35334/jeb.v5i2.819
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