| Autor: |
Knol, Kristian |
| Přispěvatelé: |
Miličević, Kruno, Biondić, Ivan |
| Jazyk: |
chorvatština |
| Rok vydání: |
2020 |
| Předmět: |
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| Popis: |
U ovom završnom radu obrađena je simulacija skokovnih odziva linearnih transformatora kada se kao izvor (poticaj) koristi jedinični skok, a kao trošilo koristi otpor. Prije svega ukratko se objanila teorija dvoprilaza jer se dvoprilaz koristio da bi se pojednostavio matematički model transformatora koji se simulirao. Potom se objasnio Matlab kôd koji je izvršavao simulaciju. Kao rezultat simulacije kôd je ispisivao grafove struja i napona dvoprilaza na kojeg je sveden transformator. U analizi je bilo potrebno odrediti vrijeme simulacije što se određivalo preko vremenskih konstanti polova simuliranog sustava. Bilo je potrebno da vrijeme simulacije bude veće od najveće konstante jer bi se tako prikazale sve prijelazne pojave na grafovima. Potom su se određivale početne i konačne vrijednosti struja i napona dvoprilaza da se utvdi utječe li iznos otpora trošila na vrijednost (i valni oblik) struja i napona dvoprilaza. Analiza se provodila za tri različita iznosa otpora trošila spojena na izlaznu stranu dvoprilaza. The topic of this final paper was a simulation of step response of linear transformers with step source as excitation and resistor as load. First of all, a two-port network theory was briefly explained due to two-port being used as a simplified mathematical model of the transformer in the simulation. Next, the Matlab code which was executing the simulation was explained. As a result of the simulation the code was printing graphs of current and voltage of the two-port. The first task of analysis was to determine a simulation time which was determined over the greatest time constant of the systmes poles. The simulation time needs to be greater than the greatest time constant of the system so all transient events could be visible on graphs. After that the initial and the final values of voltages and currents of the two-port were calculated to determine if the resistance of the load affects the values of currents and voltages. The analysis was conducted for three different load resistance values. |
| Databáze: |
OpenAIRE |
| Externí odkaz: |
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