Analisis Pengaruh dan Jumlah Lilitan Pada Wireless Charger Smartphone Terhadap Daya Output Wireless Charger

Authors

  • Donny Firmansyah State Polytechnic of Malang

DOI:

https://doi.org/10.33795/jartel.v10i1.162

Keywords:

wireless charger output power, magnetic induction, coil diameter, coil turns number

Abstract

Charging the smartphone battery can be done via powerbank or default charger from the smartphone still using the cable for charging the electricity. Charging using a cable certainly limits the use of the smartphone when it is charging. Smartphone users can not be far from the electric socket which of course is troublesome if this happens in the middle of a room that has a few electrical sockets. To solve this problem, now many wireless charging smartphones or smartphones have been developed wireless charger. Behind the benefits obtained from a wireless charger, it also has disadvantages, namely the transmission distance is short, even there is no distance and the transmitted power is unstable. Wireless chargers are based on the principle of magnetic induction in which electricity is transferred between two objects through a coil. Wireless charger consists of the primary coil as a charger (usually in the form of a thin board or cylinder), and the secondary coil is located on the back of the cellphone. Based on the results, the output power is obtained. The largest wireless charger is 0.027W with a coil diameter of 8cm in all the number of primary coils, namely 40 turns, 50 turns, and 60 turns at a primary and secondary coil distance of 0cm to 1cm. The farthest distance from the wireless charger output power test is 6cm as well as the 8cm coil diameter for all the number of primary coil turns, namely 40 turns, 50 turns, and 60 turns.

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Published

2020-03-12

How to Cite

[1]
D. Firmansyah, “Analisis Pengaruh dan Jumlah Lilitan Pada Wireless Charger Smartphone Terhadap Daya Output Wireless Charger”, Journal of Telecommunication Network, vol. 10, no. 1, pp. 20-25, Mar. 2020.