Izizathu zamaphutha avamile we ukuvuthwa kwezinga eliphakathi ukunikezwa kwamandla kagesi

1. Imishini isebenza ngokujwayelekile, kodwa eduze nendawo ethile endaweni ye-high-voltage, imishini ayizinzile, i-voltmeter ye-DC iyazamazama, futhi imishini ihambisana nokuzwakala komsindo.

Imbangela: Izingxenye zivutha ngaphansi kwengcindezi ephezulu.

2. Imishini isebenza ngokujwayelekile, kodwa i-beep-beep ebukhali ingazwakala ngezikhathi ezithile, futhi i-voltmeter ye-DC izungeza kancane.

Isizathu: ukungagxili kahle phakathi kokuphenduka kwe-transformer.

3. Imishini isebenza ngokujwayelekile, kodwa amandla awakhuphuki.

Isizathu: Uma amandla engakhuphuki, kusho ukuthi ukulungiswa kwemingcele ehlukahlukene yemishini akufaneleki.

4. Izinto ezisetshenziswayo zisebenza ngokujwayelekile, kodwa lapho amandla ephakanyiswa noma ehliswa engxenyeni ethile yamandla, okokusebenza kunomsindo ongavamile, ama-jitter, kanye nokushintshashintsha kwezinkomba zethuluzi likagesi.

Isizathu: Lolu hlobo lwephutha ngokuvamile lwenzeka ku-potentiometer yamandla anikezwe. Ingxenye ethile ye-potentiometer yamandla ayisheleli futhi iyagxuma, okwenza okokusebenza kusebenze ngokungazinzi. Ezimweni ezinzima, i-inverter izochithwa futhi i-thyristor izoshiswa.

5. Izinto zokusebenza zisebenza ngokujwayelekile, kodwa i-bypass reactor iyashisa futhi iyasha.

Isizathu: Kukhona ukusebenza kwe-asymmetric ye-inverter circuit, isizathu esiyinhloko sokusebenza kwe-asymmetric ye-inverter circuit sisuka ku-loop yesignali; ikhwalithi ye-bypass reactor ngokwayo ayilungile.

6. Imishini isebenza ngokujwayelekile, futhi i-capacitor yesinxephezelo ivame ukuphulwa.

Izizathu: ukupholisa okungekuhle, ama-capacitor okuphuka; ukucushwa kwe-capacitor okunganele; I-voltage yefrikhwensi ephakathi nendawo yokusebenza iphezulu kakhulu; kumjikelezo we-capacitor boost, umehluko wamandla phakathi kwama-capacitor ochungechunge nama-parallel capacitor mkhulu kakhulu, okuholela ku-voltage engalingani kanye nama-capacitor okuphuka.