Le Capasitha 2g104j
Siyahlala manje ngesinye sokuquketha lesi-sithandleleni sesithathu sokubhala kwe-capasitha 2g104j kunye neno lokhu olungapheli olwazi lwashayeleka lokhu kudingeka lokusebenzisa izinhlobo zakho zeelectronics. Lolu hlobo olwancane lolwayo lwayo lokuhlola phakathi komkhankho wesithathu wokusho lowo ungene ukuhlola ngokuphambili ukuthi umdlalo we-SARMs uzoba kudingeka ukufinyelela indawo yokuba yilo mnguni olwayo wasebenzela ngokuphambili lokuba kuhlanganiswe ngalokhu oluzange libuyekezele iindawo ezazibuyisela lokuhlola kodwa kufuneka kuhlonishwe ngazo kakhulu. Ngoko ke, namhlanje siyabafunda ngokukhulu ngale ndaba enkulu.
Ukhombiso
Ngokulandelayo: i-capacitor 2g104j yintoni elikhoyo lokuncedisi lekhompyutha; iyiphumelela umoya okufakwe kwaye ithunyelwe xa kudingeka. Ikhethwe ngamabhedheni amabili amagqabi asebenzisa umthengi wophawuli wesicatshulwa kunye nokuphucula ukuba noma ikhathaleleyo, lokuhlola ukuba icapacity yesilungiselelo sesifazwe sokuqala sive 0.1μf, ulwazi olusetyenziswa lokuhlukeleka kwi-circuits zokukhomputha njenge-filtering, decoupling kunye ne-bypassing ezincedayo lokuvumela ukubonisa imibiko yokusebenza kwesicatshulwa ngokugcina ngokuzungezelela amasistimu angaphandle kokuba analog kunye nondigital.
Amavantegi
i-capacitor 2g104j, iziphumela ngokubanzi ngazo zindima ukuqhuba kwemoya kunye nokuphucula ukuba noma ikhathaleleyo. Inani lesi-sizi lesine lento lolungileyo lokuhlola intemperatsha, meaning ayiqhelekanga ngokukhangana kwi-environments ezidingekayo. Ngoba inani lamanye amaxhobo akhona, lokhu kusetshenziswa kwi-systems eziqinisekisayo lokuhlola ukuba capacitive coupling kwi-equipment yenkululeko esincinci. Ngaphezulu kwalokho, inguqulelanga kunye nokuba kudibanekanga kunye nokuba kudibanekanga kunye nokuba kudibanekanga kunye nokuba kudibanekanga kunye nokuba kudibanekanga.
Ngumoya wokugcina, amacapacitor we-2g104j abangabonisa isimo sokuqala sokubanzi kuhlanganiswa lokuthi lesi technology sihlala ngenye indawo lamanje kunye nokuba kungenziwe ukukholela izidingo ezintsha zokusebenza kompyutha. Ukudibanisa, amacapacitor amahluke umsindo wesiriyesi eqopheni (ESR) kunye nomsindo wesirayesi (ESL); ngakho xa kufanele kube kusetyenziswa kwindawo yokunciphako kakhulu. Isicatulo semanzelo engaphambili usebenziswe ukuthola uphawu olungileyo ngaphandle kokuphawuliwa kwesikhatsi.
Lokhu liqhutywa njengekhuseleko elincinci. Ukuphakamiswa kwe-2g1041 kukho ngaphandle kwisebe sikhono esemva kwezilindi zezwe lomdlalo zonke ezazibekwa. Ayikho Amatshoba; Ukuqinisekiswa nge-RoHS. Isixhumanisi sesiqephu esethweni siyaziwa ngokwesigaba ukufinyelela khuseleko kokubhalela nokuthola okukhangelana nesicwangciso. Ngaphandle kokuba lokhu kuhlu kwesiphumo, kufuneka kuhlola kakhulu ukuze kuziphathe izinto ezingasetyenziswa.
Leli nyoni lecapacitor lingayityelwa ngeminye imininingwane yamandla, njengeminye yezindlela ezithile neziqephu zokugcina kompyutha. Ngiyafuna izindlela ezimbini zakahle ekuthathweni kweziqephu zokugcina kompyutha nokuphuma amagama apho akusetyenziswa, uzivumela amanxaso amahhwebhu ahlukome aziphumelela inkulumo enye yesigaba sokulandelana nesicelo.
Ukusebenzisa
Ukufakwa kwe 2g104j Capacitor ngokuchanekileyo kwibhodi yePC, Polarity ibaluleke kakhulu|(/*! + */. Ukongeza, kufuneka usebenzise i-soldering iron engama-300~350 ̊C kwakhona. Iiparameter eziphambili ekufuneka zithathelwe ingqalelo ukuze zifumane okona kulungileyo kwezi zixhobo kwinqanaba lenkqubo kukudityaniswa kwazo ngaphakathi kokuhamba koyilo oluqhelekileyo kunye nokukhetha inqanaba elifanelekileyo lombane kwelinye leentsapho ezintathu (X7R, X5TPL okanye i-NP0 dielectric) ngokweenkcukacha zenkqubo yokwen
Unokuqiniseka ukuba le yimveliso elungileyo yokugqibela kwaye ukuba ugutyungelwe sisiqinisekiso esipheleleyo nge 2g104j capacitor. Kodwa ukuba kukho naziphi na iingxaki ziya kulungiswa ngoko nangoko, nto leyo enqabileyo kodwa uyazi... Sizama ukuba nenkonzo yabathengi egqibeleleyo. Ikwakhiwe kwakhona ukuze kutshintshwe ngokukhawuleza kwe condenser ngokwayo kwiimeko zolondolozo.
ngenisa amaxesha esisodwa nokugcina ukusetha izindlela ezifanayo ngamandla kwezi zinto zokushintsha emva kokwesetyenziso sosebenzisi. Ngaphakathi, siyaziwe ukuthi sithola amandla apha kwiindawo yokusebenza, phakathi kokufakelwa komoya okanye nokuzama nokubhala nokuhlola.
UZZEC usetshenziswa i-IOS900 RoHS, REACH noma amandla amanye apho. Sibonisa ukukhangelwa kwizinto esiyithumeleyo esikhathini sokuthi sithole amandla apha lokuhlola kumaxwebhu esihlanganiswa nokuphatha kwezinye izindlela. Ngaphandle kulowo, uZZEC usebenzisa i-2022 German Leybold coating equipment, kunye nokulandelana nezitimi ezinomsindo eJapan.
UZZEC wasetshenziswa kwi-2007. yinkampani yesixhobo esebenza nokuvavanya, uphathanekisa nokuthengela. UZZEC ungenxa lokungaba yintlango engenani, amalabawesi amacala nokuphathanekiswa. Ukuphathanekiswa kweqhosha enkulu kudingeka ukuthi uzohamba ngomthimbu omncane ngemvume kwe-sample yophrojekthi.
ZZEC yindlela elifokusekiseleyo elibhala kwezinto ezinomsindo, ukuthatha futhi ukusetha amacapacitor esilungileyo, esincane kakhulu elingene lomshini we-2g104j. Ngoku kumele igama leluntu luhlabe amacapacitor angamakhulu ngonyaka. Amacapacitor akhiwe kwiimbizo ezininzi, phakathi kweendlela yokulula izithelo zemoto, ukuhlawula kwezinhlobo zokusebenza kwaye nokuthiwa okugcineni.
Baixiang Industrial Zone, Yueyang County, Hunan Province
+86 13632246380
+86 13902496593
+86 13902496752
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