System for printed circuit board manufacturing Voltera

U ovome radu opisan je i testiran Voltera V-One sustav za izradu tiskanih pločica. Ukratko su opisani i druge tehnologije i materijali za izradu pločica s ciljem da se dobije uvid na razlike i sličnosti, odnosno prednosti i nedostatke između tehnologija. Prezentiran je općeniti način izrade tiskane pločice Volterom te je izrađeno nekoliko sklopova i planarna WPT antena. Prvi izrađeni sklop je PWM generator realiziran uz pomoć dva NE555 IC-a. Rad sklopa je opisan uz pomoć simulacije te je na temelju te iste simulacije napravljena tiskana pločica. Provedeno je mjerenje nad pločicom te su prezentirani rezultati s namjerom da se pokaže kvaliteta pločice. Drugi izrađeni sklop je bio senzor temeljen na radu theremina. Kao i za prethodni sklop, ukratko je opisan rad sklopa te je izrađena i testirana pločica. WPT antena je izrađena po uzoru na članak koji naveden u literaturi. Nad antenom provedeno je mjerenje parametara kao i u članku da se ustanovi njena kvaliteta. Rezultatima izrade pločica ustanovljeno je da Voltera sustav zadovoljavajuće obavlja tu svrhu. Naime, izrada planarnih antena se pokazao teži postupak zbog određenih problema koji nastaju prilikom izrade. Na kraju rada iznesen je zaključak da Voltera sustav svoju najbolju upotrebu ističe kod izrade prototipnih sklopovaIn this paper, the Voltera V-One printed circuit board system is described and tested. Other technologies and materials for making circuit boards are briefly described in order to gain insight into the differences, similarities, advantages and disadvantages between the technologies. The general method of making printed circuit boards with Voltera was presented, and several boards and planar WPT antennas were made. The first circuit created was a PWM generator realized with the help of two NE555 ICs. The operation of the circuit was described with the help of simulation. Based on the operation of the same simulation, circuit was realized on PCB. Measurements were performed on the circuit and the results were presented with the intention of presenting its quality. The second circuit that was made was a sensor based on theremin operation. As same as the previous circuit, the operation of this circuit is also briefly described, and the PCB was made and tested. The WPT antenna is modeled on the article cited in the literature. The parameters of the antenna were measured as was described in the article with the purpose to establish its quality. The result of the made PCB established that the Voltera system satisfies the purpose of the task as it was intended to do. Unfortunately, the production of planar antennas proved to be more difficult procedure due to certain problems that arise during the production. At the end of the paper, it was concluded that the Voltera system emphasizes its best use in the production of prototype PCBs