Izizathu zeempazamo eziqhelekileyo ze ukufudumala okutshintshwa kwexesha ukunikezwa Amandla

1. Isixhobo sisebenza ngokuqhelekileyo, kodwa kufuphi nendawo ethile kwindawo ephezulu yombane, isixhobo asizinzile, i-voltmeter ye-DC iyagubha, kwaye izixhobo zihamba kunye nesandi esiqhekezayo.

Isizathu: Amalungu avutha phantsi koxinzelelo oluphezulu.

2. Isixhobo sisebenza ngokuqhelekileyo, kodwa i-beep-beep ebukhali inokuvakala amaxesha ngamaxesha, kwaye i-voltmeter ye-DC i-oscillates kancinane.

Isizathu: ukufakwa okungahambi kakuhle phakathi kokujika kwe-transformer.

3. Isixhobo sisebenza ngokuqhelekileyo, kodwa amandla awanyuki.

Isizathu: Ukuba amandla akanyuki, kuthetha ukuba ukulungiswa kweeparitha ezahlukeneyo zezixhobo akufanelekanga.

4. Isixhobo sisebenza ngokuqhelekileyo, kodwa xa umbane unyusiwe okanye wehliswa kwicandelo elithile lamandla, isixhobo sinesandi esingaqhelekanga, iijita, kunye nesixhobo sombane esibonisa ukujiwuziswa.

Isizathu: Olu hlobo lwempazamo lwenzeka ngokubanzi kumbane onikwe i-potentiometer. Icandelo elithile lamandla anikwe i-potentiometer aligudi kwaye liyaxhuma, libangela ukuba izixhobo zisebenze ngokungazinzi. Kwiimeko ezinzima, i-inverter iya kuchithwa kwaye i-thyristor iya kutshiswa.

5. Isixhobo sisebenza ngokuqhelekileyo, kodwa i-bypass reactor ishushu kwaye itshisiwe.

Isizathu: Kukho ukusebenza kwe-asymmetric ye-inverter circuit, esona sizathu siphambili sokusebenza kwe-asymmetric ye-inverter circuit isuka kwi-loop yesignali; umgangatho we-bypass reactor ngokwayo ayilungile.

6. Isixhobo sisebenza ngokuqhelekileyo, kwaye i-capacitor yembuyekezo idla ngokuchithwa.

Izizathu: ukupholisa kakubi, ii-capacitors zokuphuka; ulungelelwaniso lwe-capacitor olunganelanga; amandla ombane aphakathi kunye nokusebenza rhoqo kuphezulu kakhulu; kwi-capacitor boost circuit, umahluko wesikhundla phakathi kwee-series capacitors kunye ne-parallel capacitors mkhulu kakhulu, okukhokelela kumbane ongalinganiyo kunye nee-capacitors zokuphuka.