Xa kufikwa ekukhetheni uhlobo olufanelekileyo lwe-canocitor yesicelo se-elektroniki, ukhetho luhlala luhlala lukreqo. Enye yezona ntlobo zixhaphakileyo zamandla asetyenziswa kwisekethe ze-elektroniki yindawo yeCawactolytik. Ngalo lonke udidi, zimbini izinto ezingaphantsi: i-Aluminum ye-Aluminium yeAlumillytic kunye ne-polymer ye-polymer ye-polymer ye-polymer. Ukuqonda umahluko phakathi kwezi ntlobo zimbini zamandla kakhulu kubalulekile ekukhetheni i-Canocitor efanelekileyo yesicelo esithile.
I-Aluminium ye-elektrolyticNgaba loluphi uhlobo lwendabuko oluqhelekileyo kunye nolusetyenzisiweyo lwenzululwazi ye-elektroniki. Baziwa ngexabiso labo eliphezulu kunye nokukwazi ukuphatha amanqanaba eVoltige. Ezi candlacitor zenziwa zisebenzisa iphepha elifakwe i-electrolyte njenge-DeOLLERI kunye ne-Aluminium foil njenge-electrodes. I-electrolyte ihlala ilulwelo okanye into ye-gel, kwaye kukusebenzisana phakathi kwe-electrolyte kunye ne-foil ye-aluminium evumela ukuba i-capcitors igcine kwaye ikhuphe amandla ombane.
I-polymer ye-elektrolytic caguititic, kwelinye icala, intsha, i-advanced ngakumbi yeCapatotic Capattor. Endaweni yokusebenzisa ulwelo okanye i-gel electrolyte, i-polymer capecitors isebenzisa i-polymer eqinileyo njenge-eleclicy, ikhokelela kuzinzo lwangaphakathi kunye nokuchasana nokuchasana nokuchasana nokuchasana nokuchasana nokuchasana. Ukusetyenziswa kweTekhnoloji yoBuchule boBume bePolymer kunokongeza ukuthembeka, ukwandisa ubomi beenkonzo, kunye nokusebenza ngcono kwi-dereen upering kunye nezicelo eziphezulu.
Enye yomahluko ophambili phakathiI-Aluminium ye-elektrolytickunye ne-polymer ye-polymer ye-elektroniki kubomi babo benkonzo. I-Aluminium ye-Alumnoftitic Inamachaphaza e-Alumctrolyticatic inobomi obufutshane kune-polymer capecitors kwaye ichaphazeleka kakhulu ekungaphumeleli ngenxa yeqondo elinamaqondo obunzima, uxinzelelo lwevolthi, kunye nokuqhekeka koxinzelelo. Kwelinye icala, abe nobomi benkonzo ende kwaye benzelwe ukumelana neemeko zokusebenza kwe-harricher, besenza balungele ukusetyenziswa kwizicelo ezifunwayo.
Olunye umahluko obalulekileyo yi-ESR (ukunyangwa okulinganayo) kwaBasebenzi babini. I-Aluminium ye-elektrolytic candrolytic iphakamile i-ESR ephezulu ngokuthelekiswa namandla ePolymer. Oku kuthetha ukuba i-polymer capecitors inamachaphaza asezantsi anokuxhathisa ngaphakathi, okukhokelela kwintsebenzo engcono ngokwendlela yokuphathwa okuphangayo okuphezulu, ukubeleka kwamandla.
Ngokwesiqhelo nobunzima, i-polymer capecitors incinci kwaye ilula kuneakhono zealuminium ze-Aluminiyam ye-AbUminiyam yeOdocitation kunye nenqanaba le-voltage. Oku kubangela ukuba balungele kakhulu izixhobo ze-elektroniki ze-elektroniki, apho indawo kwaye ubunzima bubonakalisiwe.
Ngesishwankathelo, ngelixa i-Alumnom ye-Alumnoutic Akitors ibe lolona khetho lukhethileyo kangangexesha labo eliphezulu ngenxa yamaxabiso abo aphezulu kunye nee-voltageages, i-voltage ye-voltage ye-elektroniki inika izibonelelo ezininzi ngokwemigaqo yohlobo oluhlala ixesha elide ngokwemigaqo yobomi, i-polymer ye-polymer, kunye nobungakanani. Ukukhetha phakathi kwezi ntlobo zimbini zamandla kwamandla kuxhomekeke kwiimfuno ezithile zesicelo, ezinje ngeemeko zokusebenza, iingxaki zendawo, kunye neemfuno zomsebenzi.
Konke konke, zombini ii-aluminium ze-elektrolytic caguitors kunye ne-polymer ye-elektrolitic caguitors inezibonelelo zazo ezilungileyo nezingalunganga. Ukukhetha olona hlobo lodidi olufanelekileyo lweCanocioutitio Wonyango, kubalulekile ukuba uqwalasele ngononophelo iimfuno ezithile kunye neemeko zokusebenza kwesekethe ye-elektroniki. Njengoko itekhnoloji iqhubeka ihambise i-cancecitoti ye-elektroniki ye-elektroniki iyaqhubeka ithandwa ngenxa yokusebenza kwazo okuphuculweyo kunye nokuthembeka, okubenza babe nendlela esebenzayo kwi-Aluminium ye-Aluminium kwizicelo ezininzi ze-elektroly.
IXESHA LOKUQALA: UJAN-02-2024