Ukutshintshwa kwezibane ze-incandescent kunye nokulondolozwa kwamandla kukufumana ukuthandwa. Emva kwayo yonke into, okokuqala, kubaluleke kakhulu kwezoqoqosho (nabo babizwa ngokuba yi-energy-efficient), kwaye okwesibini, zigqamile kunezibane ze-incandescent zemveli, kwaye okwesithathu, ukutshintshwa kwazo kuncinci.
Kodwa ngokuqhelekileyo abathengi balo mveliso babhekene neengxaki ezingavamile: isibane esixhunyiwe kumanqanaba kwimeko eqala ukukhanya! Ingabonwa ebusuku, egumbini elimnyama. Ingaba oku kuqhelekileyo okanye ukukhenkceka kwesibane sokugcina isibane? Masifunde!
Kutheni isibane esisindisa amandla sivaliwe
Isizathu sesibane sokugcina amandla esitshisa sihlala siqhelana, ubukho bokuba bubuyiselwa kumbane.
Ingongoma epheleleyo yindlela isibane esisebenza ngayo. Kuyo nayiphi na imodeli yombane wokulondoloza amandla yilapho kukho okubizwa ngokuba yi-filter capacitor. Kuyimfuneko ukuze ulungelelanise ukuqhuma kombane, oguqulwa ukusuka kwizinto eziguquguqukayo ukuya rhoqo kwisibane sokugcina amandla. Ngokwalo, lo mkhono awukwazi ukubangela ukuba isibane sibume. Kodwa ukuba kukho umbane kwi-circuit-breaker-network-light-light circuit, umgaqo uphenduka kancane. Ekubeni i-bulb ye-backlight ixhaswa kwizandla, kuthetha ukuba umbane wombane uyadlula kuwo. Kwaye kusebenza njengendlovu ye-filter capacitor. Xa ukukhanya kuvuliwe, oonxibelelwano bavaliwe kwaye i-capacitor isebenza ngamandla apheleleyo. Ukuba ukukhanya akukhanyisi, i-backlight iyajika, leyo, njengoko sele sibonisiwe, ihlawula umxhasi. Yaye ekubeni ikhoyo ngoku ihamba nge-backlight incinci kakhulu, kuthatha ixesha elide. Kwaye emva nje kokuba i-capacitor iqokelele umrhumo omncinci, isibane sokugcina amandla siphendulela-kwaye siyacima, kuba yonke into ekhoyo yangoku idla ngokukhawuleza. Ngaloo ndlela, kukho ukukhawuleza kwesikhanya, esilubona njengento yokukhanya kwesibane.
Kufuneka kuqatshelwe ukuba kungekhona nje ukukhanya komtshini kubangela ukuba isibane sokugcina amandla sibonakalise emva kokutshintshwa, kodwa kunye ne-dimmer dimmers kunye nezinye izixhobo ezifanayo.
Kuthekani kuthi ukuba utshintshi unayo ngaphandle kokukhanyisa, kwaye izibane ziyakhanya? Isizathu salo sinokufumaneka kwiinkqubo zokulondoloza amandla ngokwabo, oku, mhlawumbi, ezingenasiphelo. Indlela yodwa ephuma apha ukulahla izibane ezinje ngokukhawuleza kwaye ufumane ezinye, ezingcono. Khumbula ukuba izibane zokulondoloza amandla azikwazi ukuchithwa ngemfucuza yendlu - kufuneka zilahlwe ngokuhambelana nemithetho ekhethekileyo.
Indlela yokulungisa ingxaki
Inyaniso yokuba isibane esitshisayo ingxaki ingenakuphikiswa. Okokuqala, ekamelweni elimnyama, ukukhanya okunjalo kubonakala kakhulu kwaye kuthintela abaninzi - umzekelo, ukuphazamisa kwaye kubethuse abantwana abancinci. Okwesibini, kwaye oku kubaluleke ngakumbi, ngenxa yokutshisa ubomi benkonzo eso sibane sinokuhla. Inyani yinto yokuba isibonelelo saso nasiphi na isibane sokugcina amandla sinqongophele kwaye senzelwe inani elithile lokuqalisa. Yaye ekubeni i-flash nganye ibalwa yeso sixhobo njengokwenziwa ngokutsha, emva kweenyanga ezimbalwa isibane sakho siya kusebenza. Yingakho imeko xa izibane zokulondoloza amandla zikhanya zifanele zilungiswe.
Kukho iindlela ezintathu eziphambili zokuphelisa ingxaki yesibane esichukumisayo. Makhe sijonge:
- Indlela elula ukukususa umbane wokutshintsha .
Ukwenza oku, unokukrazula ibhabhu yokukhanya (ngokuqhelekileyo i-neon okanye i-LED) okanye nje ukutyiwa kwi-postings. Ixesha langoku liyayeka ukuhamba ngelo fowuni, kwaye umnini-mbane we-sibane akayi kukhanda. - Ukukhusela isibane ekukhanyeni, umxhatshazo unokunxibelelana ngokufanayo . Unika ukunyanzeliswa okongeziweyo kwaye idla okwangoku okwezinye iya kumphathi. Ukudibanisa i-resistant 2 W kunye ne-50 kΩ ukumelana nebhokisi okanye ibhokisi lokunqumla, uyifake ifilimu yokunciphisa, kwaye izibane ziyeka ukukhanya.
Ngokuqinisekileyo, ukutshintsha kwe-backlit kulungele kakhulu, kwaye ukuba awufuni ukwahlukana nabo, kukho enye indlela.