Uyilo lwebhanki yamandla emisebenzi emininzi yezixhobo ezincinci zobuchwephesha zangaphandle

Ngokusekwe kunqongophalo lwangoku lonikezelo lwamandla oluphathwayo lwezixhobo zobuchwephesha bangaphandle, unikezelo lwamandla oluphathwayo oluncinci lwezixhobo zobuchwephesha bangaphandle lwayilwa. Olu nikezelo lwamandla oluhambahambayo lunemisebenzi emininzi kwaye lunokubonelela ngombane ukusuka kwi-3.3 V ukuya kwi-12 V. Ngethuba lenkqubo yokuyila, ubume bemilo kunye nemisebenzi emininzi yokunikezelwa kombane ohambahambayo yaphuculwa, kwaye iindlela ezimbini zokubonelela ngombane zaphuhliswa ngokutsha. Igalelo lamandla ombane ohambahambayo linokuphunyezwa ngokusekwe kwiipaneli zelanga, kwaye iamplifier eqhelekileyo-emitter isetyenziselwa ukulawula ukuqhuba kunye nokunqunyulwa kwediode yokuhlaziya. I-voltage iyancipha ukuya kwi-5 V DC; amandla amakhulu e-220 V anokuguqulwa ngokuthe ngqo kwi-5 V DC ngokusebenzisa i-transformer kunye nebhulorho yokulungisa, kwaye igcinwe ebhetri. Ngaphaya koko, umsebenzi wolawulo lwamandla ombane wobonelelo lwamandla eselula wafundwa nzulu, kwaye isekethe yeamplifier esisiseko kunye ne-AMS1117 ye-terminal linear linear step-down circuit yasetyenziselwa ukuphumeza ummiselo omiselweyo wombane, kwaye umgaqo we-PWM wasetyenziselwa ukulawula ngesandla. amandla ombane. Ngaphantsi kolawulo oluncedisayo lwe-microcontroller, luphunyezwe kwi-3.3 V Ukukhutshwa kwamandla okulungelelaniswa ngokukhululekileyo phakathi kwe- ~ 12 V. Ekugqibeleni, isiphaluka sokukhusela ukhuseleko lombane weselula sakhiwe, kwaye i-voltage ehlengahlengiswayo kunye neemvavanyo zesekethe zokulungisa zenziwe. Iziphumo zovavanyo ezifunyenweyo zihambelana neenjongo ezilindelweyo kwireyithi yama-99.95%, ebonisa ukuba unikezelo lwamandla oluhambayo oluyiliweyo lunokwenzeka kwaye lufanelekile.

Inkampani ngoku inamalungelo awodwa omenzi wechiza kunye namalungelo okukopisha esoftware, ikwazile ukukhokela itekhnoloji ephambili ephambili kwindawo yetekhnoloji yokugcina amandla ebhetri ye-lithium, kwaye inamalungelo azimeleyo epropathi enomgangatho ophezulu wokuqonda. Ayinakwenza kuphela izisombululo ezahlukeneyo zokugcina amandla ebhetri ye-lithium kunye neemveliso kubathengi, kodwa izimisele kwi-Yu isebenzisana namahlakani ehlabathi ukwakha iqonga lentsebenziswano yexabiso le-lithium ibhetri yokugcina amandla ombane.