0102030405
Inkqubo yokujonga iiNdawo ezingaboniyo
Imiyalelo yokwenziwa kwemveliso
| Uhlobo lweBhodi yeSekethe | I-PCB ecinezela rhoqo yeHybrid + i-PCB edityanisiweyo yentsimbi + ukungasebenzi kakuhle |
| iileya zebhodi ye-pcb | 8L |
| ubukhulu bebhodi ye-pcb | 2.0mm |
| Ubungakanani obunye | 144*141.5mm/1PCS |
| Ukugqitywa komphezulu | VUMELANA |
| Ubukhulu bobhedu bangaphakathi | 18um |
| Ubukhulu bobhedu bangaphandle | 35um |
| Ukugquma iSolder | oluhlaza (GTS, GBS) |
| Isikrini sesilika sePCB | emhlophe (GTO,GBO) |
| izixhobo zebhodi yesekethe | IRogers RO4350B 1E/1E 0200 (DK=3.48）（0.508mm）+ Iisubstrates eziqhelekileyo S1000-2M FR-4、TG170 |
| ngokusebenzisa umngxuma | Imingxunya yeplagi yemaski yesolder |
| Ubuninzi bomngxuma wokugrumba ngoomatshini | 17W/㎡ |
| Ubuninzi bomngxuma wokugrumba nge-laser | / |
| Ubungakanani obuncinci | 0.2mm |
| Ububanzi bomgca/indawo encinci | 8/10mil |
| Imbobo | 10mil |
| Ukucinezela | Ixesha eli-1 |
| ukubhola iibhodi ze-pcb | Ixesha eli-1 |
Ukuqinisekisa umgangatho
Inkqubo yoLawulo loMgangatho: ISO 9001: 2015, ISO14001: 2015, IATF16949: 2016, OHSAS 18001: 2007, QC080000: 2012SGS, RBA, CQC, WCA kunye ne ESA, SQ MARK, Canon GA, Sony GP,
Umgangatho womgangatho we-PCB: IPC 1 ,IPC 2 ,IPC 3 ,GJB 362C-2021 ，AS9100
Inkqubo enkulu yokuvelisa i-PCB: I-IL/lmage, iPatternPlating, i-I/L AOI, i-B/Oxide, i-Layup, i-Press, i-LaserDrilling, i-Drilling, i-PTH, i-PanelPlating, i-O/Llmage, i-PanelPlating, i-SESEtching, i-O/L AOI, i-S/Mask, i-Legend, i-SurfaceFinshed (ENIGENEPIG, iGolide elukhuni, iGolide ethambileyo, i-HASL, i-LF-HASL, i-lmm Tin, i-lmm iSilivere, i-OSP), i-Rout, i-ET, i-FV
Izinto zokufumanisa
| Izixhobo zokuhlola | izinto zovavanyo |
| I-oven | Uvavanyo lokugcina amandla obushushu |
| Umatshini wokuvavanya inqanaba lokungcola kwe-ion | Uvavanyo lokucoceka kwe-Ionic |
| Umatshini wokuvavanya ityuwa | Uvavanyo lokutshiza ngetyuwa |
| Umvavanyi we-DC osebenza ngamandla aphezulu | Uvavanyo lokumelana ne-voltage |
| UMegger | Ukumelana nobushushu |
| Umatshini wokutsalwa we-Universal | Uvavanyo lokuqina kwamaxolo |
| I-CAF | Uvavanyo lokufuduka kwee-ion, ukuphucula ii-substrates ze-PCB, ukuphucula ukucutshungulwa kwe-PCB, njl. |
| I-OGP | Ukusebenzisa izixhobo zokulinganisa umfanekiso we-3D ezingadibaniyo, kunye neqonga lokuhamba le-XYZ axis kunye nesibuko sokusondeza ngokuzenzekelayo, kusetyenziswa imigaqo yohlalutyo lomfanekiso ukucubungula imiqondiso yomfanekiso ngekhompyutha, ukulinganiswa kobukhulu bejometri kunye nokunyamezelana kwendawo kunokufunyaniswa ngokukhawuleza nangokuchanekileyo, kwaye amaxabiso e-CPK anokuhlalutywa. |
| Umatshini wokulawula ukumelana okwi-intanethi | Uvavanyo lwe-TCT lokuxhathisa ulawulo Iindlela eziqhelekileyo zokusilela, ukuqonda izinto ezinokubangela umonakalo kwizixhobo zenkqubo kunye nezinto eziyinxalenye yazo ukuqinisekisa ukuba imveliso iyilwe okanye yenziwe ngokuchanekileyo na |
| Izixhobo zokuhlola | izinto zovavanyo |
| Ibhokisi yomothuko ebandayo neshushu | Uvavanyo lomothuko olubandayo nolushushu, ubushushu obuphezulu nobuphantsi |
| Igumbi lobushushu kunye nomswakama ohlala uhleli | Uvavanyo lokumelana nokugqwala kunye nokugquma komphezulu nge-electrochemical |
| Imbiza yesolder | Uvavanyo lokuthengiseka |
| I-RoHS | Uvavanyo lweRoHS |
| Umvavanyi we-Impedance | I-AC impedance kunye namaxabiso okulahleka kwamandla |
| Izixhobo zovavanyo lombane | Vavanya ukuqhubeka kwesekethe yemveliso |
| Umatshini wenaliti obhabhayo | Uvavanyo lokuqhuba ubushushu obuphezulu kunye nokumelana okuphantsi |
| Umatshini wokuhlola umngxuma ozenzekelayo ngokupheleleyo | Jonga iintlobo ezahlukeneyo zemingxuma engangqalanga, kuquka imingxunya engqukuva, imingxunya emifutshane, imingxunya emide, imingxunya emikhulu engangqalanga, imingxunya eneembobo, imingxunya embalwa, imingxunya emikhulu nemincinci, kunye nemisebenzi yokuhlola iplagi yemingxuma. |
| I-AOI | I-AOI ihlola ngokuzenzekelayo iimveliso ze-PCBA ngeekhamera ze-CCD ezikumgangatho ophezulu, iqokelele imifanekiso, ithelekise amanqaku ovavanyo kunye neeparameter ezifanelekileyo kwisiseko sedatha, kwaye emva kokucutshungulwa komfanekiso, ijonga iziphene ezincinci ezinokungajongwa kwi-PCB ekujoliswe kuyo. Akukho ndlela yokubalekela iziphene zesekethe. |
Yintoni iNkqubo yokuJonga amabala angaboniyo (i-BSM)?
Inkqubo yokujonga iiNdawo ezingaboniyo (i-BSM) yiteknoloji yokhuseleko lwezithuthi ephucukileyo eyenzelwe ukubona nokujonga iindawo ezingaboniyo kumacala omabini emoto yakho, ikunceda uphephe ukungqubana okunokwenzeka. Nantsi ingqwalasela esondeleyo kwimisebenzi ephambili kunye neenzuzo zeNkqubo yokujonga iiNdawo ezingaboniyo:
Imisebenzi ephambili yeNkqubo yoKujonga amabala angaboniyo
Ukufunyanwa kweNdawo engaboniyo: Isebenzisa izinzwa eziphambili (ngesiqhelo i-radar okanye iikhamera), inkqubo ibona izithuthi okanye imiqobo kwiindawo ezingaboniyo, inika izilumkiso ngexesha langempela.
Uncedo Lokutshintsha Indlela: Iinkqubo Zokujonga Indawo Engabonakaliyo Eziphambili zinokudityaniswa neenkqubo zokulawula kunye nokuqhobosha imoto yakho. Olu phawu lukunceda ngexesha lokutshintsha indlela, luphucula ukhuseleko ngokubanzi kwaye luthintele ukungqubana.
Itekhnoloji ePhambili: Idibanisa iinkqubo zeradar kunye neekhamera ukuze kufunyanwe ngokuchanekileyo nangokuthembekileyo.
Ukutyala imali kwiNkqubo yokuJonga iindawo ezingaboniyo linyathelo elilumkileyo kuye nawuphi na umqhubi ofuna ukuphucula iimpawu zokhuseleko lwemoto yakhe. Hlala uqaphela indawo ekungqongileyo kwaye uqhube ngokuzithemba usazi ukuba inkqubo yakho ye-BSM ijonga iindawo ezingaboniyo.
Iingenelo zeNkqubo zoKujonga amabala angaboniyo
Ukhuseleko Oluphuculweyo: Lunciphisa kakhulu umngcipheko weengozi ngokulumkisa abaqhubi ngezithuthi ezikwiindawo abangaziboniyo.
Ukuqhuba ngaphandle koxinzelelo: Kunika uxolo lwengqondo, ingakumbi ngexesha lokutshintsha iindlela kunye nokudibana kwiindlela ezinkulu.
Yintoni i-dielectric constant ye-RO4350B?
I-dielectric constant (Dk) ye-RO4350B inokwahluka kancinci ngokwexesha, nangona olu tshintsho ludla ngokuba luncinci. I-RO4350B yenzelwe ukuba ibe yi-microwave esebenza kakuhle kunye nezixhobo ze-radio frequency, kunye ne-dielectric constant (Dk) ezinzileyo ngokwendlela eyilelweyo ukuze ivumelane neemfuno ezahlukeneyo zexesha.
Kwiphepha layo ledatha yobuchwephesha, iRogers Corporation idla ngokubonelela ngexabiso elingaguqukiyo le-dielectric kwi-frequency ethile (njenge-10 GHz), elimalunga ne-3.48 kwi-RO4350B. Oku kuthetha ukuba xa uyila kwaye uvavanya ukufaneleka kwebhodi yesekethe ye-RO4350B kwizicelo ezithile, eli xabiso lingaguqukiyo le-dielectric lingaqwalaselwa.
Nangona kunjalo, Ngokwenyani, xa kuvavanywa ukusebenza kwayo nayiphi na into kwiifrequencies ezahlukeneyo, kubalulekile ukuqonda indlela i-dielectric constant yayo etshintsha ngayo ngokwefriquence, njengoko oku kunokuchaphazela isantya sokusasazeka kunye nokulahleka kwemiqondiso. Nangona ixabiso le-Dk le-RO4350B lenzelwe ukuba lizinze, linokubonisa utshintsho oluncinci kuluhlu olubanzi kakhulu lweefrequencies. Kwinkqubo yoyilo lwezicelo zefrequencies eziphezulu, kudla ngokucetyiswa ukuba ubhekisele kwidatha eneenkcukacha zobugcisa bezinto ukuze ufumane ulwazi oluchanekileyo lwepropathi yezinto.
Isicelo
I-HDI PCB ineendlela ezahlukeneyo zokusetyenziswa kwicandelo le-elektroniki, ezinje ngezi:
-Idatha Enkulu kunye ne-AI: I-HDI PCB inokuphucula umgangatho wesiginali, ubomi bebhetri kunye nokuhlanganiswa okusebenzayo kweefowuni eziphathwayo, ngelixa inciphisa ubunzima kunye nobukhulu bazo. I-HDI PCB inokuxhasa uphuhliso lweetekhnoloji ezintsha ezifana nonxibelelwano lwe-5G, i-AI kunye ne-IoT, njl.
-Imoto: I-HDI PCB inokuhlangabezana neemfuno ezinzima nezithembekileyo zeenkqubo ze-elektroniki zeemoto, ngelixa iphucula ukhuseleko, intuthuzelo kunye nobukrelekrele beemoto. Ingasetyenziswa nakwimisebenzi efana neradar yeemoto, ukuhambahamba, ukuzonwabisa kunye noncedo lokuqhuba.
-Ezonyango: I-HDI PCB inokuphucula ukuchaneka, uvakalelo kunye nokuzinza kwezixhobo zonyango, ngelixa inciphisa ubungakanani bazo kunye nokusetyenziswa kwamandla. Ingasetyenziswa nakwiinkalo ezifana nemifanekiso yezonyango, ukubeka esweni, ukuxilongwa kunye nonyango.
Isicelo
Iinkqubo eziphambili ze-HDI PCB zikwiifowuni eziphathwayo, iikhamera zedijithali, ii-AI, ii-IC carriers, iilaptops, ii-elektroniki zeemoto, iirobhothi, iidrone, njl.njl., ezisetyenziswa kakhulu kwiindawo ezininzi.
-Ezonyango: I-HDI PCB inokuphucula ukuchaneka, uvakalelo kunye nokuzinza kwezixhobo zonyango, ngelixa inciphisa ubungakanani bazo kunye nokusetyenziswa kwamandla. Ingasetyenziswa nakwiinkalo ezifana nemifanekiso yezonyango, ukubeka esweni, ukuxilongwa kunye nonyango.