Isilawuli kude sokukhanya okuphansi kuletha izinketho ezintsha ezihlakaniphile nezivumelana nemvelo ezindaweni ezinokukhanya okuphansi: Uhlelo lokukhetha i-YMIN capacitor

Isikimu sokukhetha i-YMIN capacitor kusilawuli kude sokukhanya okuphansi

Isilawuli kude sokukhanya okuphansi

Ngokuthuthuka okusheshayo kwekhaya elihlakaniphile ne-inthanethi Yezinto, isilawuli kude esivamile sibhekana nezinkinga ezifana nokushintshwa kwebhethri njalo kanye nokugqwala kwezindawo zokuxhumana eziphozithivu nezingezinhle zekhompathi yebhethri uma ingasetshenziswa isikhathi eside. Ukuze kuxazululwe la maphuzu ezinhlungu, kwavela isilawuli kude esinokukhanya okuncane. Ngokungafani nesilawuli kude esivamile esithembele kumabhethri omile namasignali we-infrared, isilawuli kude sokukhanya okuphansi sisebenza ngokwaso endaweni yokukhanya okuphansi, esishintsha ngokuphelele indlela yokusebenzisa isilawuli kude esivamile. Isebenzisa amandla okukhanya okuphansi ukuze ikwazi ukuzishaja yona, igweme ukushintshwa kwebhethri nezinkinga zokugqwala, futhi isebenzisa idizayini yamandla aphansi ukuze inwebe impilo yesevisi, ehambisana nokuvikelwa kwemvelo namathrendi okonga amandla. Isilawuli kude esinokukhanya okuphansi akugcini nje ngokuthuthukisa ukunemba nokunemba kokusebenza, kodwa futhi kunikeza izixazululo zokulawula ezihlakaniphile nezivumelana nemvelo ze-smart home, i-office automation, ezokuzijabulisa zomuntu siqu neminye imikhakha.

Izingxenye eziyinhloko zesilawuli kude sezwi se-Bluetooth esingenabhethri

Isilawuli kude sezwi se-Bluetooth esingenabhethri siyisizukulwane esisha sesilawuli kude esihlakaniphile esivumelana nemvelo. Isebenzisa amaphaneli elanga ukuqoqa ukukhanya okuphansi, futhi i-chip yokutakula amandla iguqula amandla okukhanya abe amandla kagesi, agcinwe kuma-lithium-ion capacitor. Yakha inhlanganisela engcono kakhulu ne-chip ye-Bluetooth yamandla aphansi kakhulu futhi ayisawasebenzisi amabhethri. Ihambisana nemvelo, yonga amandla, ilula, iphephile, futhi ayikunakekeli impilo yakho yonke.

Isingeniso sekesi: Imojuli yeremote yezwi engenabhethri ye-BF530

① Ukusetshenziswa kwamandla aphansi kakhulu (wonke umshini uphansi njengo-100nA), okuyisixazululo esiphansi sokusetshenziswa kwamandla amile esingakhiqizwa ngobuningi emakethe kuze kube manje.

② Inani licishe libe ngu-0.168mAH, okungaba ngu-31% wesisombululo se-RTL8*/TLSR.

③ Ngaphansi kwezimo ezifanayo, izingxenye ezincane zokugcina amandla namaphaneli elanga amancane angasetshenziswa.

Izici eziyinhloko zeI-YMIN lithium-ion supercapacitors

01 Umjikelezo wempilo ende – umjikelezo omude kakhulu

Umjikelezo wokuphila wezikhathi ezingaphezu kuka-100,000 i-YMIN uncike ezinzuzweni zokuphatha zesistimu ye-IATF16949 ukuze ikhuthaze ngamandla ukuphathwa okucolisisiwe nokulwela ukuthuthukisa ukusebenza komkhiqizo. Impilo yomjikelezo wemikhiqizo ye-lithium-ion capacitor ingaphezu kwezikhathi eziyi-100,000.

02 Ukuzikhipha okuphansi

Ukuzikhipha okuphansi kakhulu <1.5mV/ngosuku I-YMIN igxile emikhiqizweni ye-lithium-ion capacitor: kusukela emininingwaneni yesixhumanisi sokukhiqiza ngasinye ukuze kuqinisekiswe ukuzikhipha okuphansi kakhulu komkhiqizo, ukuze kuphelezelwe izimo zohlelo lokusebenza lwamandla aphansi.

03 Ihambisana nemvelo futhi iyathekelisa

I-YMIN i-lithium-ion capacitors inokusebenza okuphezulu kokuphepha, azikho izingozi zokuphepha, ezingathuthwa ngomoya, futhi izinto ezisetshenziswayo zidlule isitifiketi se-RoHS ne-REACH. Ziluhlaza, aziyilungele imvelo, futhi azingcolisi.

04 Ihambisana nemvelo futhi ayinakushintshwa

I-YMIN lithium-ion capacitorsukuhlinzeka ngosekelo lwamandla oluzinzile noluhlala njalo ngezinzuzo zempilo ende, ehambisana nemvelo futhi engashintshwa, izindleko zokunakekela eziphansi kanye nokusebenza kahle kwamandla, ukunciphisa ukushintshwa kwemvamisa kanye nomthwalo wemvelo wamabhethri endabuko.

Izincomo zomkhiqizo we-YMIN capacitor

Isifinyezo

Imikhiqizo ye-YMIN 4.2V yamandla kagesi aphezulu inamandla amakhulu kakhulu futhi inikeza ukusebenza okuhle kakhulu nokuthembeka. Ingashajwa ku--20°C futhi ingashajwa ngokuzinzile endaweni efinyelela ku-+70°C, ilungele izimo ezihlukahlukene zokufaka isicelo kusukela kubanda kakhulu kuya emazingeni okushisa aphezulu. Ngesikhathi esifanayo, le capacitor inezici ze-ultra-low self-discharge, iqinisekisa ukuthi isengakwazi ukugcina ukukhishwa kwamandla okuphumelelayo ngemva kokugcinwa isikhathi eside. Uma kuqhathaniswa ne-double-layer capacitor yevolumu efanayo, umthamo wayo uphakeme izikhathi ezingu-15, kuthuthukisa kakhulu ukusebenza kahle kokugcinwa kwamandla.

Ngaphezu kwalokho, ukusetshenziswa komklamo wezinto eziphephile kuqinisekisa ukuthi umkhiqizo ngeke uqhume noma ubambe umlilo ngaphansi kwanoma yiziphi izimo, kunikeze abasebenzisi umuzwa wokusebenzisa ophephile nothembekile. Ukukhetha i-YMIN akugcini nje ngokukhetha ukusebenza okuphezulu nokuthembeka, kodwa futhi kuyisinyathelo sokusekela umqondo wokuvikelwa kwemvelo okuluhlaza. Izinto zayo ezihambisana nemvelo, ukuzikhipha okuphansi kanye nomklamo wokuminyana kwamandla kunciphisa kakhulu ukumoswa kwezinsiza kanye nomthwalo wemvelo. Sizibophezele ekudaleni izixazululo zamandla ezisimeme zesikhathi esizayo, sivumele ukuqanjwa kabusha kwezobuchwepheshe kanye nokuthuthukiswa kokuvikelwa kwemvelo kuhambisane futhi kugqugquzelwe ngokubambisana ukwakhiwa komhlaba oluhlaza.