Njengoba isidingo sabantu sezindlu ezihlakaniphile siqhubeka nokwanda, izidingo zokonga kwamandla ezinto zikagesi zasendlini ezihlakaniphile ziya ngokuya ziba nzima. Ngokwalesi sizinda, i-European Union imemezele amazinga amasha aqala ngoMeyi 2025, adinga ukuthi ukusetshenziswa kwamandla kwemishini eminingi yasendlini edayisiwe kumele kube ngaphansi kuka-300mW kumodi yokulinda, ephansi kakhulu kunomkhawulo wamanje ongu-500mW. Ngesikhathi esifanayo, Ukuhlanganiswa Kwamandla 'I-LinkSwitch-XT2SRI-IC ye-flyback switch engahlukanisiwe nayo idonse ukunakwa okukhulu ekusebenzeni kwayo okuphezulu nokusetshenziswa kwamandla okuphansi. Ukusetshenziswa kwamandla okungalayishi kungaphansi kuka-5mW, futhi kunganikeza amandla kumthwalo ongaphakathi kwebanga lamandla okufakwayo elingu-300mW elishiwo. Amandla okukhiphayo afinyelela ku-250mW. Ngaphansi kwaleli zinga elisha lokusebenzisa amandla kahle, ama-capacitor e-YMIN anezinzuzo ezisobala njengokukhethwa kwezingxenye ze-peripheral. Ukusetshenziswa kwazo okuphansi kwamandla, ukuzinza okuphezulu nezinye izici kuzoba umsekeli oyinhloko wokuthuthukiswa kokusetshenziswa kahle kwamandla kwemishini yasendlini ehlakaniphile.
Okokuqala, ama-YMIN capacitor aziwa ngezici zawo zamanje zokuvuza okuphansi. I-Leakage current iwumthamo omncane ku-dielectric ngaphakathi kwe-capacitor ngokuvamile okuholela ekulahlekelweni kwamandla. Kodwa-ke, ama-capacitor e-YMIN angakwazi ukulawula ukuvuza kwamanje ngaphansi kwe-20uA, enciphisa kakhulu ukusetshenziswa kwamandla amile wesistimu. Ezimeni zohlelo lokusebenza ezinezidingo eziqinile ekusetshenzisweni kwamandla, njengezikhiya ezihlakaniphile nokuzenzakalela kwebhilidi, izici zokusetshenziswa kwamandla okuphansi kwama-capacitor e-YMIN zizonikeza isiqinisekiso esiqinile sempilo yebhethri nezidingo zokungakhathali. Isibonelo, imikhiqizo ye-YMIN's polymer solid aluminium electrolytic capacitor ingafinyelela i-miniaturization, umthamo omkhulu, ukuzinza nokuthembeka ebangeni lokushisa elibanzi, njengohlobo lomthofu i-NPX, i-NPL, i-NPX, nohlobo lwe-chip i-VPX, i-VPL, umklamo wayo wamanje wokuvuza ophansi uwenza ifaneleka ngokukhethekile izinto zikagesi zasendlini ezihlakaniphile nezinye izinhlelo zokusebenza ezidinga amandla aphansi esikhathi eside alindile.
Okwesibili, ukuzinza kwama-YMIN capacitor nakho kuyathandwa. Ezidingweni zesikhathi eside zokugcina amandla, njengezinto zikagesi zasendlini, ukuzinza kubalulekile. Ama-capacitor e-YMIN angakwazi ukuhlala ezinzile kuze kube yizinyanga ezingu-24, okungasizi nje ukwandisa impilo yesevisi yesistimu, kodwa futhi kuthuthukisa ukuthembeka kwalo lonke uhlelo. Ngokwesibonelo,I-YMIN's polymer hybrid aluminium electrolytic capacitorimikhiqizo ibuye ibe yimikhiqizo emincane futhi emikhulu. Ukuqina kwazo okuqinile kungahlangabezana kangcono nezidingo zokusetshenziswa kwamandla okuphansi nempilo yebhethri yawo wonke umshini kumodi yokulinda. Isibonelo, uhlobo lwe-chipI-VHM, VGYuchungechunge, kanye nohlobo lomthofuNGYuchungechunge alunakho ukuwohloka kokusebenza okusobala phakathi nezinyanga ezingama-24, okuqinisekisa ukusebenza okuthembekile kwesikhathi eside kwempahla yasendlini. Ngaphezu kwalokho, ukuzinza kwayo kwenza nokukhethwa kwezinye izingxenye ze-peripheral kube lula, kuyilapho kuvumela izinga elithile lokubekezelelana kwamaphutha, ukuthuthukisa ukwethembeka kwalo lonke uhlelo.
Ukufingqa, ama-capacitor e-YMIN, asebenzisa amandla awo aphansi nokuzinza okuphezulu, ahambisana namazinga amasha e-EU kanye nobuchwepheshe obuthuthukisiwe be-IC, ahlinzeka ngokusekelwa okuqinile kokuthuthukiswa kokusetshenziswa kahle kwamandla kwemishini yasendlini ehlakaniphile. Entuthukweni ezayo, i-YMIN Capacitor izoqhubeka nokudlala ngokugcwele ezinzuzweni zayo futhi isize imboni yezinto zikagesi zasendlini ehlakaniphile iqhubekele ekuthuthukisweni okuhlakaniphe kakhulu, okonga amandla kanye nemvelo. Ngokukhula okuqhubekayo kwemakethe yezinto zikagesi zasekhaya ezihlakaniphile kanye nokwenza ngcono okuqhubekayo kobuhlakani, i-YMIN Capacitor ngokuqinisekile izoba umholi wemboni futhi ifake umfutho omusha ekuthuthukisweni kwamakhaya ahlakaniphile.
Isikhathi sokuthumela: May-20-2024