Iinkcukacha zeMveliso
I-TQD28: Ii-Polymer Tantalum Capacitors ezisebenza ngokuphezulu ezinika amandla izixhobo ze-elektroniki zanamhlanje ezinoxinano olukhulu
Kwishishini le-elektroniki elitshintsha ngokukhawuleza namhlanje, ubuchwephesha, ukwenziwa kwezinto ezincinci, kunye nokusebenza kakuhle kwezixhobo kuye kwaba yindlela engenakuguqulwa. Ukusuka kwiziko ledatha le-AI elikhawulezayo ukuya kwi-elektroniki yeemoto ezilawulwa ngokuchanekileyo, ukusuka kwi-drones ezikhawulezayo ukuya kwizikhululo zonxibelelwano ezizinzileyo nezithembekileyo, isizukulwana ngasinye sezixhobo ze-elektroniki sibeka iimfuno ezingqongqo ngakumbi kwizinto eziphambili: ukubonelela ngenkxaso yamandla ezinzileyo, ecocekileyo, neyomeleleyo ngaphakathi kwendawo encinci kakhulu. I-YMIN iyiqonda kakuhle le nto, isebenzisa ubuchule bayo obunzulu kwisayensi yezinto kunye neenkqubo zokuvelisa ukuqalisa uthotho lwe-TQD28 lwee-capacitors ze-polymer tantalum eziqhubayo. Ngomsebenzi wazo ogqwesileyo ngokubanzi, ezi capacitors zisixhobo esinamandla kwiinjineli ukujongana nemingeni emibini yendawo kunye nokusebenza.
Eyona nzuzo icacileyo yolu thotho lwe-TQD28 ikwisakhiwo sayo esincinci. Ilinganisa kuphela i-7.3mm (ubude) x 4.3mm (ububanzi) x 2.8mm (ukuphakama), ifezekisa uyilo olucekeceke kakhulu noluthe tyaba. Olu "kunciphisa umzimba" alufezekiswa ngokusebenza kombane, kodwa kunoko lufezekiswa ngokulungiswa okuchanekileyo kwesakhiwo sangaphakathi kunye nobuchwepheshe obuphambili bokwenza izinto. Kwiimveliso ze-elektroniki zanamhlanje ezifuna uyilo olucekeceke kakhulu nolukhaphukhaphu, njengeelaptops ezicekeceke kakhulu, iibhodi zomama zee-smartphones eziphezulu, iitshaja ezikhawulezayo ze-PD ezincinci, kunye nezixhobo ezinokunxitywa, i-TQD28 inokufakwa lula kwizikhewu ezincinci zeebhodi ze-PCB, ibonelela ngokuguquguquka okungakaze kubonwe ngaphambili kwindlela yokubeka ibhodi kwaye ivumela uyilo lwemizi-mveliso olunomtsalane ngakumbi.
Ixabiso eliphambili le-TQD28 likwiiparameter zayo zombane ezibalaseleyo. Isebenzisa i-polymer eqhuba kakuhle njengezinto ze-cathode, ithatha indawo ye-manganese dioxide kwii-capacitors zendabuko ze-tantalum, nto leyo ekhokelela ekuphuculweni kokusebenza okutsha:
• Amandla ombane aphantsi kakhulu e-ESR kunye namandla aphezulu okukhupha ulwelo:
Ukuqhuba kwezixhobo zepolymer eziqhubayo kuphezulu kakhulu kunezo ze-electrolytes zemveli, nto leyo enika i-TQD28 ukumelana nochungechunge olulinganayo oluphantsi kakhulu kwi-100kHz. Inzuzo ethe ngqo ye-ESR ephantsi kukuba ukuveliswa kobushushu kwe-capacitor kuncitshiswa xa kudluliswa imisinga emikhulu ye-ripple. I-TQD28 inokumelana nemisinga ye-ripple ukuya kuthi ga kwi-amperes ezininzi kubushushu obuphakathi obuyi-45°C kunye ne-100kHz, nto leyo ibalulekileyo ekuphatheni ukutshaja nokukhupha amandla ombane atshintshayo. Umzekelo, ii-capacitors kwi-server motherboard CPU/GPU power supply circuits (VRM), ii-motor driver inverter circuits, kunye nee-converters ze-DC-DC ezikwi-onboard kwizithuthi ezintsha zamandla kufuneka ziqhubeke nokumelana nokukhuphuka kwamandla ombane aphezulu. I-ESR ephantsi ye-TQD28 kunye nokukwazi kwamandla ombane we-ripple aphezulu kuqinisekisa ukunyuka kobushushu obuphantsi kunye nobomi obude phantsi kweemeko ezinzima zokusebenza, ngokusisiseko kuphephe umngcipheko wokwehla kokusebenza okanye ukungaphumeleli ngenxa yokugqithisa kakhulu kwe-capacitor.
• Umthamo Ozinzileyo Kuluhlu Olubanzi Lobushushu:
I-TQD28 inoluhlu olubanzi lobushushu bokusebenza oluqala kwi -55℃ ukuya kwi +105℃, kwaye amandla ayo ahlala ezinzile kulo lonke uluhlu lobushushu. Nokuba kwiinkqubo ze-elektroniki zeemoto eziqala kwiindawo ezibandayo okanye ecaleni kweetships ze-AI data server ezisebenza kumaqondo obushushu aphezulu rhoqo, i-TQD28 inika ixabiso elizinzileyo lobuchule, iqinisekisa ukuqhubeka kweziphumo zokucoca kunye nokudibanisa ngaphandle kokwehla kokusebenza ngenxa yokuguquguquka okukhulu kobushushu obuphakathi.
• Ukuqina Nokuzinza Okuthembekileyo:
I-Sungming isebenzisa iinkqubo zokuqinisekisa umgangatho ezingqongqo kakhulu kwi-TQD28. Le mveliso ivavanywe iiyure ezingama-2000 zobushushu obuphezulu (kwi-voltage elinganisiweyo kunye ne-105°C) kunye neeyure ezingama-500 zovavanyo lobushushu obuphezulu kunye nomswakama ophezulu olungenamthwalo. Iziphumo zovavanyo zibonisa ukuba izinga lokutshintsha kwamandla ayo, i-tangent yokulahleka, kunye nomsinga wokuvuza konke kungaphezulu kakhulu kuneemfuno eziqhelekileyo. Oku kubonisa ukuba izinto ze-polymer ezingaphakathi kwi-TQD28 zinokumelana okuhle kakhulu kwe-oxidation kunye nozinzo lwexesha elide, ezikwaziyo ukumelana neemeko zokusingqongileyo ezinde nezinzima, okwenza ukuba ifaneleke ngokukodwa kwizicelo ezibalulekileyo ezifuna ukuthembeka okuphezulu kunye nobomi obude, ezifana neerobhothi zoshishino, iiprojekthi zomkhosi, iziseko zonxibelelwano, kunye nezixhobo zokulinganisa amandla.
Ezi mpawu ze-TQD28 ziyenza ibonakale kwiimeko ezininzi zesicelo esikumgangatho ophezulu:
• Izixhobo zombane zeemoto:
Njengoko umbane kunye nobukrelekrele beemoto bukhula, inani leeyunithi zolawulo lwe-elektroniki ezikwinqwelo liyakhula. Ukumelana nobushushu obuphezulu be-TQD28, ukuthembeka okuphezulu, kunye ne-miniaturization kuyenza ifaneleke ngokupheleleyo kwii-ECU zeenjini, iimodyuli ze-ADAS, iinkqubo ze-BMS, njl.njl., zichasa ngempumelelo ukunyuka kwamandla ombane kunye nokuphazamiseka okuntsonkothileyo kwe-electromagnetic ngexesha lokuqalisa imoto, ukuqinisekisa ukhuseleko lokuqhuba.
• Iiseva zeDatha ze-AI/Izixhobo zoNxibelelwano:
Ukwanda kwamandla obuninzi bee-server CPUs, ii-GPUs, kunye nee-ASIC chips kufuna isantya sempendulo yenqanaba le-nanometer ukuze kuhlulwe kwaye kuhluzwe inethiwekhi yombane. Iimpawu ze-TQD28 eziphantsi ze-ESL/ESR zibonelela ezi chips zilambele amandla "ngedama" elisondeleyo nelicocekileyo, elinciphisa kakhulu ingxolo yombane, liqinisekisa amandla afanelekileyo okubala ii-chip, kwaye linciphisa iimpazamo zedatha kunye nexesha lokungasebenzi kwenkqubo.
• Iirobhothi kunye neeDrones:
Ezi zixhobo zixinene kakhulu, kwaye iimfuno zazo zangoku zitshintsha kakhulu ngexesha lokuhamba. Ubungakanani obuncinci be-TQD28 kunye nokukwazi ukuphendula ngokukhawuleza kwenza ukuba i-decoupling isebenze kakuhle kwibhodi yokulawula ephambili kunye nezixhobo ze-servo drive, ukuqinisekisa ukuphunyezwa ngokuchanekileyo kwemiyalelo yokulawula kunye nombane ozinzileyo.
• Iitshaja zePD kunye neeMeter ezikrelekrele:
Kwintsimi yokutshaja ngokukhawuleza ye-PD, elandela uxinano lwamandla aphezulu (ii-watts nge-cubic intshi nganye), i-TQD28 inceda ukunciphisa indawo ye-PCB kunye nokufezekisa amandla aphezulu okukhupha. Kwiimitha ezikrelekrele kunye neemitha zamanzi, umbane wayo ovuzayo ophantsi kunye nobomi obude buqinisekisa ukulinganisa ngokuchanekileyo kunye nokusebenza okuthembekileyo ngaphandle iminyaka emininzi.
Isishwankathelo
I-YMIN TQD28 conductive polymer tantalum capacitor ingaphezulu kwento enye ye-elektroniki; sisiphumo sobulumko bobunjineli be-elektroniki banamhlanje, isisombululo esibanzi sokujongana nemingeni yoyilo oluxineneyo, olusebenza kakhulu, noluthembekileyo. Ngobukhulu bayo obuncinci, ukusebenza kombane okunamandla, kunye nomgangatho oqinileyo, ixhasa ngokuthe cwaka yonke into yezicelo, ukusuka kwiziko ledatha ukuya kwiimoto ezikrelekrele, ukusuka kwi-automation yemizi-mveliso ukuya kwi-elektroniki yabathengi. Ukukhetha i-TQD28 kuthetha ukukhetha iqabane elithembekileyo lemveliso yakho kwindawo yokuqina kwamandla, ukunceda uyilo lwakho lubonakale kwimarike ekhuphisanayo kakhulu.
