Ngophuhliso oluqhubekayo kunye nenkqubela phambili yetekhnoloji ye-microelectronics, ukusetyenziswa kwayo kuye kwangena kancinci kancinci kwiinkalo ezahlukeneyo zokuphucula intlalo. Xa kuthelekiswa neziqhushumbisi zemveli, iziqhushumbisi zedijithali zisebenzisa imodyuli yokulibaziseka elawulwa ziitshiphusi, enezibonelelo zokuchaneka kokulibaziseka okuphezulu, ukhuseleko olufanelekileyo, kunye nokubonakala kwenethiwekhi. Ingafezekisa iziphumo ezilungileyo kakhulu zokuqhushumba kwaye inoluhlu olubanzi kakhulu lwamaxabiso okusetyenziswa.
Iimfuno zesicelo
Njengenxalenye ebalulekileyo yeemodyuli ze-elektroniki, ii-capacitors zinezicelo ezahlukeneyo kunezo zisetyenziselwa ukucoca kwizicelo zesiqhelo. Iindlela eziphambili zokusetyenziswa zezi:
Imodyuli yokulawula ye-elektroniki inika amandla. Ngexesha lenkqubo yokuqhumisa, akufuneki inike amandla kwisixhobo sokutsha kuphela, kodwa ikwamele imelane nefuthe lobushushu obungqongileyo kunye nokungcangcazela kokuqhumisa, kwaye kufuneka ibe namandla okugcinwa ixesha elide (ubuncinane ngaphantsi kweminyaka emi-2). Ubushushu buya kuba nefuthe kwi-capacitance ye-capacitor, kwaye ukungcangcazela kuya kuba nefuthe kwi-voltage yokugcina amandla ye-capacitor etshajiweyo. Okwangoku kukho iintlobo ezintathu eziphambili ze-capacitors ezisetyenziswa kwi-detonators ze-elektroniki, ezizezi i-tantalum capacitors ezingenisiweyo, ezasekhaya.ii-capacitors ze-hybrid eziqinileyo-ezilulwelo, kunye neyasekhayaii-capacitor zolwelo.
Iimpawu ze-capacitor ye-Yongming, iingenelo kunye nokuphumelela kwimarike
| Uphawu | YMIN | |
| isisombululo | I-capacitor ye-hybrid eqinileyo-elulwelo | I-capacitor ye-electrolytic ye-aluminium engamanzi |
| Iingenelo zemveliso | Ukuvuza okuphantsi, uxinano oluphezulu lomthamo, ukulahleka komthamo wobushushu obuphantsi, ukugcinwa okuthembekileyo kwexesha elide, ukuthintela ukunkqonkqoza, uvavanyo loxinzelelo lwamanzi | |
| impumelelo yemarike | I-Yongming Electronics yaqala ukumisela imakethi ye-detonator ye-elektroniki ngo-2018. Ngenxa yamandla ayo aqinileyo e-R&D, isebenzisana nabavelisi abaninzi beemodyuli. Isisombululo se-aluminium electrolytic capacitor esikwimarike ngoku sikhuselekile, sizinzile kwaye sithembekile, kwaye siye saqatshelwa ziimveliso ezininzi zeemodyuli. Isabelo seMarike yoshishino siphambili kakhulu. | |
Ixesha lokuthumela: Disemba-28-2023