Ƙirƙirar hanyar sadarwa wata dama ce tare da tabbaci mai ƙarfi a fagen kayan lantarki na mabukaci.Idan aka kwatanta da Walƙiya, ƙayyadaddun ƙayyadaddun ƙirar da Apple ke amfani da shi a halin yanzu akan iPhone, USB Type-C yana da fa'ida a bayyane ta fuskar farashi, caji mai sauri, da dacewa, yayin da E-Marker Gabatarwar guntu zai gyara gazawarsa ta tsaro, don haka amfani da shi a cikin samfuran iPhone zai zama yanayin dogon lokaci.A ƙarshe Apple 15 ya canza zuwa kebul Type-C interface.Sarkar masana'antar USB Type-C ta girma, kuma shugabannin masana'antu sun kammala tsarin su kuma suna jiran kasuwa ta fashe.Sarkar masana'antar Type-C ta USB galibi ta haɗa da kwakwalwan kwamfuta da masu haɗawa.Chips su ne ginshiƙan yanayin yanayin USB Type-C.Baya ga kwakwalwan kwamfuta da ake amfani da su a cikin caja da na'urorin tasha, idan ya zama dole don cikakken goyan bayan ma'aunin PD, yana kuma buƙatar Ƙara guntu E-Marker zuwa kebul don inganta amincin mai haɗawa.Dangane da masu haɗawa, USB Type-C zai haɓaka ƙimar samfuran guda ɗaya sosai.A lokaci guda kuma, saboda alamun aiki na kebul na USB Type-C dangane da ƙimar watsa bayanai da ƙarfin caji sun ninka sau biyu, yana buƙatar masu ba da kaya su sami mafi girman ƙarfin sarrafa inganci.Don haka, ana sa ran kamfanonin sarrafa wayar hannu za su ci gajiya sosai tare da raba ribar ci gaban kasuwa.A matsayin kayan aikin sarrafa kansa wanda ke haɓaka babban gasa, ƙarin kasuwanni za su gane shi.
Tare da aikace-aikacen Apple 15 Thunderbolt interface (aƙalla nau'ikan nau'ikan nau'ikan iPhone 15 guda uku suna sanye da cikakken saurin Thunderbolt 4), ingantaccen rage farashin ƙirar ƙirar ƙirar Thunderbolt ya zama babban kumburi a cikin samar da samfur, musamman saboda Na sa Saboda high-mita gwajin bukatun, na asali samar da tsari dole ne a inganta don daidaita inganci da kuma rage samar da farashin, musamman a cikin samar da Laser tsiri aluminum tsare, Laser fenti kau, YAG yankan, Laser alama, Laser waldi da sauran. matakai masu mahimmanci, kai tsaye dangane da daidaito da ingancin aikin gwajin samfur.Saboda zuwan Thunderbolt 4, nau'in haɗin jiki na nau'in C, yawan watsawa ya tashi daga ainihin 5Gbps, 10Gbps, da 20Gbps zuwa 40Gbps.Yayin da aka inganta aikin, abubuwan da ake buƙata don sarrafa kebul da hanyoyin samar da kayayyaki kuma sun fi girma.A saboda wannan dalili, mun wuce albarkatun Platform na masana'antu da aka samo Changrun Laser, mai sana'a wanda ke ba da goyon bayan fasaha na nau'in c da fasahar samar da Thunderbolt, kuma ya raba bayanin da aka koya a lokacin ziyarar.
A halin yanzu, nau'ikan USB4/da Thunderbolt galibi nau'ikan tsarin ne na coaxial.Mai zuwa shine tsarin tafiyar yanzu:
Yanke → Cire kayan kwalliyar waje → Juya foil ɗin tagulla da aka yi masa waƙa → Cire foil ɗin aluminum → Zaren rubutu manne → CO2 Laser cire fenti → Tinning → YAG weaving → Shirya manne waya → CO2 Laser ciki quilt → Core rabo yankan → Core plating Tin → HotBar walda → Gwajin wutar lantarki → Spot UV manne → Haɗa harsashin ƙarfe → Weld harsashin ƙarfe → Samar da kayan ciki da na waje → Gwajin lantarki → Binciken waje → Marufi
Ma'aikata da ake bukata: 70 mutane
Ingantaccen samarwa: 300PCS/H
Yawan samfur: 95% -98%
1.1;braid a duka iyakar / cire kusan 20mm
1.2;Juya ƙwanƙolin baya kuma kunsa shi kusa da gefen waje da W=5mm tagulla
1.3;Yage takardan kyallen da aka fallasa kuma yanke ƙwanƙolin da ba a rufe shi da foil ɗin tagulla.
Lokacin aikawa: Satumba-04-2023