Ithuluzi le-voltage elimelana nelakhelwe i-high-voltage boost circuit (i-voltage yokuhlola edingekayo ukuze okukhiphayo ingalungiswa), isekethe yamanje yokuthola ukuvuza (i-alamu ingasethwa) kanye nethuluzi elibonisayo (ukufunda ngokuqondile i-voltage ephumayo kanye nenani lamanje elivuzayo).Lapho into elinganisiwe ifinyelela isikhathi esinqunyiwe ngaphansi kwe-voltage yokuhlola eshiwo, imitha ye-voltage ephathekayo izonqamula ngokuzenzakalelayo i-voltage ephumayo;Uma iphutha lenzekile, ukuvuza kwamanje kudlula i-alamu esethiwe, bese kuthunyelwa i-alamu ezwakalayo nebonakalayo.
Izinyathelo zokusebenza:
1. Faka ingxenye eyodwa yomugqa we-high-voltage (obomvu) ku-voltage ephathekayo ehambisanayo imitha yokumelana elawulwa ukuhlolwa komshayeli, thola ukuthi i-voltage ephumayo yemitha ye-voltage ephathekayo ingu-0, isibani sicishiwe (AC noma i-DC) , isiphetho se-voltage ephezulu, kanti esinye isiphetho sixhunywe nesiphetho sokufaka amandla noma ezinye izingxenye ezibukhoma zento ehloliwe.Bese ufaka ingxenye eyodwa yocingo lwaphansi (olumnyama) kutheminali yaphansi ye-compressor ephathekayo bese uyikhiya, bese enye ixhunywe negobolondo (insimbi) yento elinganisiwe noma itheminali yaphansi yokokufaka kwamandla (uma into elinganisiwe ixhunywe nocingo oluphansi noma oluphansi, indawo yokugcina phansi ye-compressor ephathekayo kufanele ixhunywe nayo).
2. Cindezela inkinobho yokuqala, ukukhanya kwenkomba kuvuliwe, inani le-voltage yinani lamanje le-voltage yokuhlola, inani lamanje elivuzayo yinani lamanje lokuvuza, isikhathi sokuhlola siwumkhiqizo ofanelekayo, umsindo we-alamu wokukhanya othulile, i-compressor ephathekayo. inqamula ngokuzenzakalelayo i-voltage ephumayo, isikhathi sokuhlola asifaneleki, ukukhanya kwe-alamu kuvuliwe, ama-alamu e-buzzer, i-compressor ephathekayo inqamula ngokuzenzakalelayo i-voltage ephumayo, bese ucindezela inkinobho yokusetha kabusha ukuze uqede i-alamu.
3. Sebenzisa itheminali yokulawula izintambo ukuze umelane ne-voltage (izinkinobho “zokuqalisa” kanye “nokusetha kabusha” kuphaneli ziyehluleka), futhi ukhiye “wesikhathi” ubekwa endaweni yokuthi “cisha”.
I-Shenzhen meirick Electronic Technology Co., Ltd., eyasungulwa ngo-2006, iyibhizinisi lobuchwepheshe obuphezulu elizibophezele ku-R & D, ukukhiqizwa nokuthengisa amathuluzi okuhlola nokulinganisa, amamitha kanye nemishini yezimboni ehlobene.I-Merrick ibambelela ekusungulweni okuzimele futhi yakha futhi yakhiqiza uchungechunge lwamathuluzi okulinganisa ama-elekthronikhi, njengemithetho yezokuphepha, imithetho yokuphepha kwezokwelapha, ithuluzi lokumelana nomthamo omkhulu wamandla kagesi aphezulu, imitha yedijithali ye-voltage ephezulu, i-DC low resistance tester, ithuluzi elihlakaniphile lokulinganisa inani likagesi ( imitha yamandla), ukunikezwa kwamandla omugqa, ukushintshwa kwamandla kagesi kanye nomthwalo we-elekthronikhi.Le nkampani ineqembu labasebenzi abahle kakhulu be-R & D bezobuchwepheshe abaneminyaka eminingi yokuhlangenwe nakho, Sizibophezele ekunikezeni amakhasimende ngemikhiqizo yekhwalithi ephezulu nezixazululo ezithuthukisiwe, ukuxazulula izinkinga zokulinganisa kumakhasimende, ukuthuthukisa ukusebenza kahle kokuhlolwa kanye nekhwalithi yomkhiqizo.Ngesikhathi esifanayo, singakwazi futhi ukuklama nokwenza ngezifiso imikhiqizo ngokusetshenziswa okukhethekile kanye nokucaciswa ngokwezidingo zamakhasimende, ukuze senze wonke amakhasimende aneliseke kakhudlwana.
Uma ufuna ukwazi, ungathintana nesevisi yamakhasimende eku-inthanethi~
Isikhathi sokuthumela: Mar-11-2022
