Kõrgsagedusliku pooli elektromagnetvälja uurimine
Laen...
Kuupäev
2017
Kättesaadav alates
Autorid
Ajakirja pealkiri
Ajakirja ISSN
Köite pealkiri
Kirjastaja
Eesti Maaülikool
Abstrakt
Antud bakalaureuse töö vältel monteeriti kõrgsageduslik pool ehk Tesla transformaator.
Eelnimetatud seadeldise omaduseks on see, et ta tekitab enda ümber elektromagnetvälja,
mida saab rakendada teiste elektriseadmete töös hoidmiseks. Töö käigus uuriti
luminofoorlambi süttimist kõrgsagedusliku pooli läheduses ning lambi ennistumist. Samuti
mõõdetakse kõrgsagedusliku pooli elektromagnetvälja, et veenduda seadme ohutuses
inimese tervisele.
Töö tulemuste ja arutelu osas esitatakse olulisemad tulemused, viidatakse jätku-uuringute
võimalustele ning töö kasutatavusele reaalse projektina.
The aim of this Bachelor’s Thesis was to construct a high-frequency coil also known as a Tesla coil. The main attribute of this coil is to make an electromagnetic field around it. This field can be used to supply others electrical devices nearby it. During this Thesis experiments with a fluorescent lamp will be conducted, to see if the field can light it up and how far from the coil is this lamp still on. Also there will be experiments with electromagnetic fields detector. The data of measured electromagnetic field around the coil will be collected. The main results will be presented in results and discussion section. There will be references of the opportunities of continuation research and how this thesis may be really usable project for future.
The aim of this Bachelor’s Thesis was to construct a high-frequency coil also known as a Tesla coil. The main attribute of this coil is to make an electromagnetic field around it. This field can be used to supply others electrical devices nearby it. During this Thesis experiments with a fluorescent lamp will be conducted, to see if the field can light it up and how far from the coil is this lamp still on. Also there will be experiments with electromagnetic fields detector. The data of measured electromagnetic field around the coil will be collected. The main results will be presented in results and discussion section. There will be references of the opportunities of continuation research and how this thesis may be really usable project for future.
Kirjeldus
Bakalaureusetöö
Tehnika ja tehnoloogia õppekaval
Märksõnad
bakalaureusetööd, induktiivsus, elektromagnetväli, Tesla, trafod