Isixhumi Sephinikhodi Yamanje Ye-Pogo Ephakeme

I-Dongguan Xinteng Electronics Co., Ltd. ingomunye wabakhiqizi nabaphakeli abanokwethenjelwa kakhulu kwesixhumi sephinikhodi ye-pogo esezingeni eliphezulu e-China, esivezwa imikhiqizo yekhwalithi nesevisi enhle. Siyakwamukela kusixhumi sephinikhodi ye-pogo ephezulu yenqwaba eqinile esitokweni lapha embonini yethu. Futhi, isevisi eyenziwe ngezifiso kanye nesevisi ye-OEM&ODM iyatholakala.

Lesi sixhumi se-Pogo Pin sinesakhiwo esiyindilinga kanye nephimbo elingu-7.0mm. Iphimbo elibanzi uma kuqhathaniswa lidizayinelwe ukuhlangabezana nezidingo zebanga lokuphepha lokuvaleleka kokudluliswa okuphezulu{{2}kwamanje. Ingakwazi ukuthwala umkhawulo wamanje we-10A futhi inempilo yesevisi yemijikelezo engu-50,000. Amandla okuxhumana angu-300g ± 20% ngengcindezi yokusebenza engu-2.1mm.

Iphinikhodi ye-Pogo yenziwe ngethusi eliqhuba kahle kakhulu elinendawo egqinsiwe yegolide ecwecwe ukuze kuncishiswe ukumelana nokuxhumana futhi kuvinjwe i-oxidation. Ngenxa yezidingo eziphakeme zamanje zokudlulisela, ububanzi bephinikhodi yakhelwe ukuthi ibe ngu-3.0mm. Ububanzi bephinikhodi encane bungashisa kalula futhi buthinte nokusebenza kwentwasahlobo. Idizayini efanele iqinisekisa ukuthintana okuzinzile ngaphansi kwemithwalo ephezulu.

1. Okokuqala, izixhumi ze-Pogo Pin zithembele kumshini wasentwasahlobo ukuze kuzuzwe ukuthintana. Ahlanganisa isiphetho sowesilisa (iphinikhodi-elayishiwe ye-Pogo) kanye nesiphetho sesifazane (othintwayo oyisicaba noma owehlisiwe). Ngesikhathi sokusetshenziswa, iziphetho zesilisa nezesifazane kufanele zigcine ukuqondana okunembayo, ngokubekezelela okunconywayo okujwayelekile okungu-±0.1mm. Ukungaqondani kahle kakhulu kungaholela "ekuhlanganiseni kwephinikhodi" noma "ekungaqondisweni kahle kwephini" ngesikhathi sokukhwelana, ukonakala noma ukulimaza ithiphu lephini.
2. Izixhumi ze-Pogo Pin zingafakwa kusetshenziswa izindlela ezihlukene, ezihlanganisa i-DIP soldering, ukukhwezwa kwe-SMT, noma izikulufu. Zombili izixhumi ze-DIP ne-SMT Pogo Pin zilungele izinhlelo zokusebenza kumadivayisi amancane, njengezihloli eziphathwa ngesandla nezinto ezigqokekayo. Indlela ye-DIP izinzile futhi iqinisekisa ukuma kwephinikhodi, kuyilapho indlela ye-SMT yonga isikhala futhi ngenxa yalokho ifaneleka kumadivayisi agqokekayo. Ngezinto ezilungiswayo zokuhlola noma amathuluzi, ukucindezela{3}ekuklanyweni kungasiza ukushintshwa, okuvumela ukushintshwa okusheshayo nokugcinwa kwamamojula wephinikhodi.
3. I-compression stroke kumele ilawulwe kumklamo wokudokha. Onjiniyela bazomaka ukucindezela kwephinikhodi ngayinye ye-Pogo emdwebeni. Kubalulekile ukuyisebenzisa ngaphakathi kwebanga lokuminyanisa elibonisiwe. Ukucindezela ngokweqile kungalimaza intwasahlobo, kuyilapho ukucindezela okungajulile kungabangela ukuthintana okungalungile. Umkhuba ongcono kakhulu uwukucindezela iphinikhodi phakathi nendawo yokushaywa kwayo ngemva kokuhlanganisa. Lokhu kuqinisekisa ukuthintana okuzinzile futhi kwandisa impilo.
4. Mayelana nokusebenza kukagesi,{0}}izixhumi eziphezulu zamanje ze-Pogo Pin zidinga ukunakwa ekuthintwaneni ukumelana nokukhiqiza ukushisa. Lokhu kungafinyelelwa ngokwandisa ububanzi be-foil yethusi ku-PCB noma ukusebenzisa ukuchithwa kokushisa. Kunconywa ukuthi ama-Pogo Pins ahlanganiswe negolide eliwugqinsi ukuze kuncishiswe ukumelana nokuxhumana futhi amelane ne-oxidation.
5. Lapho uxhuma futhi ukhipha ipulaki, zama ukugcina indlela yokufaka eqondile futhi ugweme ukufakwa nge-engeli. Izikhonkwane ze-Pogo zine-taper ye-guide, kodwa ukufakwa nge-engeli ekhuphukayo kungalimaza kalula i-plating. Ngokuhamba kwesikhathi, i-plating yegolide iyaphela, ithiphu i-oxidize, futhi ukumelana nokuxhumana kuyanda.

Singabakhiqizi abasebenza ngokukhethekile{0}}ngezixhumi ze-Pogo Pin ezinokwethenjelwa okuphezulu. Siphatha yonke into kusukela ku-R&D, ukukhiqiza, kanye nokudayiswa{2}}kwasendlini, okusenza inkampani ephambili ngempela{3}}esekelwe kubuchwepheshe. Ifektri yethu ithatha cishe amamitha-skwele ayi-2,700, futhi ithimba lethu le-R&D linamalungu ayi-15, iningi lawo elinesipiliyoni seminyaka engaphezu kwe-15 embonini futhi azijwayeze ngokujulile ngesakhiwo, ukusebenza kukagesi, kanye nemininingwane yenqubo.

Eminyakeni yamuva nje, i-Xinteng ibilwela ukuthola izindinganiso eziphakeme, njengedizayini encane, ukuhanjiswa okuphezulu{{0}kwamanje, ukuvikeleka kwamanzi kanye nokugqwala{1}}okungavikeleki, nempilo ende, futhi sisungule izixazululo eziningi ezintsha.

Sihlinzeka ngezixazululo zokuxhuma ngogesi kuma-automotive electronics, amadivaysi e-IoT, ama-electronics abathengi, kanye nobuhle bezokwelapha. Ngokombono wamakhasimende, amandla e-Xinteng atholakala ekuphenduleni kwayo okusheshayo, ukuxhumana okuphumelelayo nethimba lethu lonjiniyela, kanye nekhono lokuphakamisa izixazululo ezifanele zesakhiwo sezimo ezihlukahlukene zohlelo lokusebenza.

Amashadi ashisayo: isixhumi sephinikhodi ye-pogo ephezulu yamanje, abakhiqizi bephinikhodi ye-pogo yaseChina ephezulu yamanje, abahlinzeki, imboni