Q1. Me yasa zabar supercapacitors akan batura na gargajiya don ƙaramin haske mai nisa?
F: Matsakaicin ramut mara ƙarancin haske yana buƙatar ƙarancin wutar lantarki da aiki na ɗan lokaci. Supercapacitors suna ba da rayuwa mai tsayi sosai (sama da hawan keke 100,000), caji mai sauri da ikon fitarwa (wanda ya dace da caji na ɗan lokaci a cikin ƙananan haske), kewayon zafin jiki mai faɗi (-20°C zuwa +70°C), kuma ba su da kulawa. Suna daidai da mahimman abubuwan zafi na batura na gargajiya a cikin aikace-aikacen ƙananan haske: babban zubar da kai, ɗan gajeren rayuwa, da ƙarancin ƙarancin zafin jiki.
Q:2. Menene ainihin fa'idodin YMIN lithium-ion supercapacitors akan supercapacitors mai Layer biyu?
F: YMIN's lithium-ion super capacitors suna ba da babban ƙarfi da ingantaccen ƙarfin kuzari a cikin girma iri ɗaya. Wannan yana nufin za su iya adana ƙarin kuzari a cikin ƙayyadaddun sarari na ƙananan sarrafawa na nesa, tallafawa ƙarin hadaddun ayyuka (kamar murya) ko tsayin lokacin jiran aiki.
Q:3. Menene buƙatu na musamman don masu ƙarfin ƙarfi don cimma ƙarancin wutar lantarki mai ƙarancin ƙarfi (100nA) na masu sarrafa ramut mai ƙarancin haske?
F: Supercapacitors dole ne su kasance da ƙarancin fitar da kai (kayan YMIN na iya cimma <1.5mV/rana). Idan na'urar fitar da kai ta capacitor ya zarce na'urar da ake yi a halin yanzu, makamashin da aka girbe zai rage ta capacitor da kansa, wanda zai haifar da matsala a tsarin.
Q:4. Ta yaya za a tsara da'irar caji don YMIN supercapacitor a cikin tsarin girbi mai ƙarancin haske?
F: Ana buƙatar sadaukarwar sarrafa cajin wutar lantarki na IC. Dole ne wannan da'irar ta sami damar ɗaukar ƙananan igiyoyin shigarwa (nA zuwa μA), samar da cajin wutar lantarki akai-akai na supercapacitor (kamar samfurin YMIN na 4.2V), kuma ya ba da kariya ta wuce gona da iri don hana cajin wutar lantarki daga wuce matakin da aka ƙayyade a cikin hasken rana mai ƙarfi.
Q:5. Shin YMIN supercapacitor ana amfani dashi azaman babban tushen wutar lantarki ko tushen wutar lantarki a cikin ƙaramin haske mai ramut?
F: A cikin ƙirar da ba ta da baturi, supercapacitor shine kawai tushen wutar lantarki. Yana buƙatar ci gaba da ƙarfin duk abubuwan haɗin gwiwa, gami da guntu na Bluetooth da microcontroller. Saboda haka, kwanciyar hankali na wutar lantarki kai tsaye yana ƙayyade ingantaccen aiki na tsarin.
Q:6. Ta yaya za a iya magance tasirin juzu'in wutar lantarki (ΔV) da ke haifar da fitarwa nan take na supercapacitor akan ƙaramin ƙaramin ƙarfin lantarki?
F: Wutar lantarki mai aiki na MCU a cikin ƙananan ramut mai ƙarancin haske yawanci ƙasa ne, kuma raguwar ƙarfin lantarki na kowa ne. Don haka, ya kamata a zaɓi ƙaramin ESR supercapacitor, kuma aikin gano ƙarancin wuta (LVD) yakamata a haɗa shi cikin ƙirar software. Wannan zai sanya tsarin cikin kwanciyar hankali kafin wutar lantarki ya faɗi ƙasa da bakin kofa, yana ba capacitor damar yin caji.
Q:7 Menene mahimmancin kewayon zafin aiki na YMIN supercapacitors (-20°C zuwa +70°C) don sarrafa ramut mara ƙarancin haske?
F: Wannan yana tabbatar da amincin abubuwan sarrafa nesa a cikin gidaje daban-daban (kamar a cikin motoci, a baranda, da cikin gida lokacin hunturu a arewacin China). Musamman ma, ƙananan ƙarfin cajin su yana shawo kan matsala mai mahimmanci na baturan lithium na gargajiya, wanda ba zai iya caji a ƙananan zafin jiki ba.
Tambaya: 8 Me yasa YMIN supercapacitors har yanzu za su iya tabbatar da farawa da sauri bayan an adana na'ura mai ƙarancin haske na dogon lokaci?
F: Wannan ya faru ne saboda halayen fitar da kai mai ƙarancin ƙarancinsu (<1.5mV/day). Ko da bayan an adana su na tsawon watanni, masu ƙarfin ƙarfin har yanzu suna riƙe da isasshen kuzari don samar da tsarin da sauri tare da ƙarfin farawa yayin samun ƙaramin haske, sabanin batura waɗanda ke raguwa saboda fitar da kai.
Q:9 Yaya tsawon rayuwar YMIN supercapacitors ke shafar tsarin rayuwar samfur na ƙananan haske mai nisa?
F: Tsawon rayuwar mai iya aiki (100,000 cycles) ya zarce tsawon rayuwar da ake tsammani na na'ura mai nisa, da gaske yana samun "kyauta ta rayuwa." Wannan yana nufin babu sakewa ko gyare-gyare saboda gazawar bangaren ajiyar makamashi a tsawon rayuwar samfurin, yana rage jimillar farashin mallaka.
Q:10. Shin ƙirar ramut mai ƙarancin haske yana buƙatar madadin baturi bayan amfani da YMIN supercapacitors?
F: A'a. Babban mai ƙarfi ya isa azaman tushen wutar lantarki na farko. Ƙara batura zai gabatar da sababbin batutuwa kamar fitar da kai, iyakacin tsawon rayuwa, da ƙarancin zafin jiki, cin nasara da manufar ƙira mara baturi.
Q:11. Ta yaya yanayin “marasa kulawa” na YMIN supercapacitors zai rage jimillar farashin samfurin?
F: Ko da yake farashin tantanin capacitor guda ɗaya na iya zama sama da na baturi, yana kawar da kuɗaɗen kulawa na maye gurbin baturin mai amfani, farashin injin ɗin ɗakin baturi, da farashin gyara bayan tallace-tallace saboda zubar batir. Gabaɗaya, jimlar farashin ya yi ƙasa.
Q:12. Bayan masu sarrafa nesa, wasu aikace-aikacen girbi makamashi za a iya amfani da su na YMIN supercapaccitors?
F: Hakanan ya dace da kowane ɗan lokaci, na'urorin IoT masu ƙarancin ƙarfi, irin su zazzabi mara waya da na'urori masu zafi, firikwensin ƙofa mai kaifin baki, da alamun rashin ƙarfi na lantarki (ESLs), cimma rayuwar batir na dindindin.
Q:13 Ta yaya za a iya amfani da YMIN supercapacitors don aiwatar da aikin farkawa na “marasa maɓalli” don sarrafa nesa?
F: Ana iya amfani da halayen caji mai sauri na supercapaccitors. Lokacin da mai amfani ya ɗauki ramut kuma ya toshe firikwensin haske, ƙaramin canji na yanzu yana haifar da cajin capacitor, yana haifar da katsewa don tada MCU, yana ba da damar ƙwarewar "ɗauka da tafi" ba tare da maɓallan jiki ba.
Q:14 Menene ma'anar nasarar ƙananan ramut mai ƙarancin haske ke da shi ga ƙirar na'urar IoT?
F: Ya nuna cewa "marasa batir" hanya ce mai inganci kuma mafi girman hanyar fasaha don na'urorin tashar IoT. Haɗa fasahar girbin makamashi tare da ƙira mai ƙarancin ƙarfi na iya ƙirƙirar samfuran kayan masarufi masu kaifin gaske, marasa aminci, abin dogaro sosai, da abokantaka mai amfani.
Q:15 Wace rawa YMIN super capacitors ke takawa wajen tallafawa ƙirƙirar IoT?
F: YMIN ya warware ɓangarorin ɓangarorin ajiyar makamashi don masu haɓakawa da masana'antun IoT ta hanyar samar da ƙananan girman, abin dogaro sosai, da samfuran supercapacitor na tsawon rai. Wannan ya ba da damar aiwatar da sabbin ƙira waɗanda aka toshe a baya saboda matsalolin baturi, wanda hakan ya sa ya zama babbar hanyar haɓaka haɓakar Intanet na Abubuwa.
Lokacin aikawa: Satumba-24-2025