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I-PCB yeHybrid High-Frequency eneRogers RO4350B | Umenzi waseTshayina
I-Multilayer PCB, nayiphi na i-HDI PCB yomaleko
| Uhlobo | I-PCB ecinezela rhoqo yeHybrid + umngxuma ongaboniyo ogqojoziweyo ngoomatshini + umngxuma weplagi ye-resin |
| Imveliso yokugqibela | |
| Izinto | IRogers RO4350B 1E/1E 0200 (DK=3.48）（0.508mm）+ Iisubstrates eziqhelekileyo S1000-2M FR-4、TG170 |
| Inani leleya | 6L |
| Ubukhulu beBhodi | 1.0mm |
| ubungakanani obunye | 53.1 * 54mm/1PCS |
| Ukugqitywa komphezulu | igolide etyebileyo yombane kancinci |
| ubukhulu bobhedu bangaphakathi | 18um |
| ubukhulu bobhedu bangaphandle | 35um |
| umbala wemaski yesolder | oluhlaza (GTS, GBS) |
| umbala wesikrini sesilika | emhlophe (GTO,GBO) |
| ngonyango | umngxuma weplagi yeresin |
| uxinano lomngxuma wokugrumba ngoomatshini | 73W/㎡ |
| uxinano lomngxuma wokugrumba nge-laser | / |
| ubungakanani obuncinci | 0.3mm |
| ububanzi bomgca/indawo encinci | 8/7mil |
| umlinganiselo wokuvula | 4mil |
| amaxesha okucinezela | Izihlandlo ezi-2 |
| amaxesha okubhola | Izihlandlo ezi-4 |
| I-PN | J0691134A |
Rogers RO4350B | Umvelisi wePCB oPhambili waseTshayina oQhelekileyo
Yintoni i-PCB yeHybrid eQhelekileyo kakhulu?
I-PCB ye-hybrid ephindaphindayo yi-PCB ekhethekileyo ene-multilayer edibanisa izixhobo ezahlukeneyo ze-dielectric ukuze kufezekiswe ukusebenza okuphezulu kwe-RF, ukuthembeka kwesignali okuphuculweyo, kunye nolawulo oluphezulu lobushushu. Ngokudibanisa ii-laminates ze-frequency ephezulu ezifana neRogers RO4350B kunye ne-FR-4 eqhelekileyo okanye ezinye izinto, ii-PCB ze-hybrid zibonelela ngesisombululo esingabizi kakhulu nesisebenza kakuhle kwi-RF, kwi-microwave, nakwizicelo zesantya esiphezulu.
Njenge umenzi ophambili we-PCB osebenza rhoqo eTshayina, sigxile ekwenzeni iiPCB ezixutyiweyo ezisebenza rhoqo, sinika uyilo olulungiselelwe wena oluneteknoloji yokucubungula ephucukileyo, kuquka:
✔ Ii-Vias ezizaliswe yi-resin
✔ Iplati yegolide etyebileyo ekhethiweyo
Iimpawu eziphambili ze-High-Frequency Hybrid PCBs zethu
✔ Udibaniso lwezinto: Rogers RO4350B + FR-4 / Ezinye iiSubstrates
✔ Iiteknoloji Zokucubungula: Ii-vias ezingaboniyo zoomatshini, ii-vias ezizaliswe yi-resin, i-plating yegolide etyebileyo engaphelelanga
✔ Ukusebenza kakuhle kweRF: I-Stable dielectric constant (Dk = 3.48) kunye ne-tangent yokulahleka okuphantsi (Df = 0.0037)
✔ Ukuthembeka okuphezulu kobushushu: Tg ≥ 280°C, ilungele ukusetyenziswa kwamandla aphezulu
✔ Ukuvelisa ngokuchanekileyo: Ulawulo oluqinileyo lwe-impedance, ilahleko ephantsi yokufakwa, kunye nozinzo oluphezulu
✔ Ii-Stack-ups ezenzelwe wena: Izisombululo ze-PCB ezixutyiweyo ezininzi ezenzelwe uyilo oluthile lwe-RF
✔ Amandla okuvelisa ngobuninzi: Anexabiso eliphantsi kwaye anokulinganiswa ngokweemfuno zoshishino
Amandla okuvelisa i-PCB yeHybrid eQhelekileyo ePhakamileyo
Sinikezela ngeenkonzo zokwenziwa kwePCB ezenziwe ngokwezifiso ezisebenzisa amaxesha amaninzi, sigxile kwimveliso yePCB exutywe kakhulu, esebenzisa amaxesha amaninzi sisebenzisa izixhobo zikaRogers.
✔ Uhlobo lwePCB: I-PCB exutyiweyo enefrikhwensi ephezulu
✔ Inani leeleya: iileya ezi-2-48
✔ Ubukhulu bebhodi: 0.2mm - 3.2mm
✔ Ububanzi bomgca obuncinci / Isithuba: 3 mil / 3 mil
✔ Iinketho zokugqiba umphezulu: ENIG, iSilivere yokuntywiliselwa, iTin yokuntywiliselwa, i-OSP, iGolide elukhuni
✔ IiVias: IiVias ezingaboniyo, iiVias ezingcwatyiweyo, iiVias ezizaliswe yiresin
✔ Ubukhulu beCopper: 6oz
Kutheni usebenzisa iRogers RO4350B kwiiPCB eziQhelekileyo kakhulu?
I-Rogers RO4350B yi-thermoset laminate esebenza kakuhle, engabizi kakhulu eyenzelwe iisekethe ze-RF kunye ne-microwave. Ngokungafaniyo ne-FR-4 yendabuko, i-RO4350B ineempawu zombane ezibalaseleyo, nto leyo eyenza ukuba ibe lolona khetho lukhethwayo kwiinethiwekhi ze-5G, iinkqubo ze-radar, kunye nonxibelelwano lwesathelayithi.
| Ipropati | Ixabiso eliqhelekileyo le-RO4350BRO4350B |
| I-Dielectric Constant (Dk) @10GHz | 3.48 ± 0.053.48 ± 0.05 |
| I-Tangent yokulahlekelwa (Df) @10GHz | 0.0037 |
| I-Tg (Ubushushu boTshintsho lweGlasi) I-Tg | >280°C>280℃ |
| I-CTE (Z-Axis @50-260°C)CTE | 32 ppm/°C32 |
| Ukuqhuba kweThermal | 0.69 W/mK |
| Ukufunxwa komswakama | 0.06% |
| Uvavanyo Lokutsha | UL94 V-0 |
Iingenelo eziphambili zeRogers RO4350B kwiMiyilo ye-PCB yeHybrid:
✔ Ukusebenza okuphezulu kakhulu kweFrequency – Ilahleko ephantsi kunye neDk ezinzileyo ziqinisekisa ukuhanjiswa kwesignali okugqwesileyo
✔ Uzinzo oluphezulu lobushushu – Ixhasa ukuhlanganiswa okungenalo ilothe kunye nokutywinwa kobushushu obuphezulu
✔ Ukufunxwa komswakama okuphantsi – Ilungele iindawo ezirhabaxa nezinomswakama
✔ Ukuqhubekeka ngcono – Iyahambelana neenkqubo zokwenziwa kwePCB ezisemgangathweni
Kutheni Usithi Khetha Njengomthengisi Wakho wePCB oQhelekileyo eTshayina?
✔ Ubuchule kwiMveliso yePCB eQhelekileyo
Sinamava angaphezu kweminyaka engama-20 ekwenzeni ii-PCB ezisebenza rhoqo, sigxile kwii-PCB ezixutyiweyo sisebenzisa iRogers RO4350B kunye nezinye izixhobo eziphambili.
✔ Iiteknoloji zeMveliso eziPhambili
Sisebenzisa izixhobo zanamhlanje ukubhola ngokuchanekileyo, ukufaka iiplati, kunye nokufaka iilayero ezininzi, ukuqinisekisa ukusebenza okuphezulu kwe-RF kunye nokuthembeka kwesignali.
✔ Amaxabiso akhuphisanayo kunye notshintsho olukhawulezileyo
Njengomvelisi we-PCB ohamba phambili osebenza rhoqo eTshayina, sinikezela ngezisombululo ezingabizi kakhulu ezinemijikelo yemveliso ekhawulezayo ukuhlangabezana neemfuno zehlabathi.
✔ Ulawulo oluQinisekileyo loMgangatho kunye neziqinisekiso
Ii-PCB zethu ziyahambelana nemigangatho ye-ISO9001, UL, RoHS, kunye ne-IPC, ziqinisekisa ukuthembeka okuphezulu kunye nokusebenza.
Imibuzo Ebuzwa Rhoqo (FAQ) Malunga nee-PCB zeHybrid eziQhelekileyo kakhulu
1. Yintoni i-PCB exutyiweyo ephindaphindwayo?
I-PCB ye-hybrid ephindaphindayo yi-PCB eneziteya ezininzi edibanisa izixhobo ezahlukeneyo ze-dielectric ukuze kufezekiswe ukusebenza ngokugqibeleleyo kwizicelo zesantya esiphezulu kunye ne-RF. Ngokudibanisa izixhobo ezifana neRogers RO4350B kunye ne-FR-4 eqhelekileyo, ii-PCB ze-hybrid zibonelela ngokuthembeka kwesignali okuphuculweyo, ulawulo lwe-impedance, kunye nolawulo lobushushu ngelixa zinciphisa iindleko zokuvelisa.
2. Kutheni kufuneka usebenzise iRogers RO4350B endaweni ye-FR-4 eqhelekileyo?
Ngokungafaniyo ne-FR-4, iRogers RO4350B inikezela:
✔ I-dielectric constant ezinzileyo (Dk = 3.48), iqinisekisa ukusasazeka kwesignali rhoqo.
✔ I-tangent yokulahleka okuphantsi (Df = 0.0037), kunciphisa ukuncitshiswa kwesignali.
✔ Uzinzo oluphezulu lobushushu (Tg >280°C), oluxhasa usetyenziso lwamandla aphezulu.
✔ Ukufunxwa komswakama okuphantsi (0.06%), nto leyo eyenza ukuba ifaneleke kwiindawo ezirhabaxa.
3. Zithini iingenelo zobuchwepheshe be-PCB obuxutyiweyo?
Ii-PCB ze-hybrid ezisebenza rhoqo zibonelela:
✔ Ukonga iindleko – Ukudibanisa i-FR-4 eqhelekileyo kunye nezixhobo ze-RF eziphambili kunciphisa iindleko.
✔ Ukuphuculwa kokuthembeka kwesignali – Ukuncipha kokulahleka kokufakwa kunye nokuphambuka kwe-impedance.
✔ Ukusebenza ngcono koomatshini – Ukugoba okunciphileyo, ukuthembeka okuphuculweyo.
✔ Ulawulo oluphuculweyo lobushushu – Ifanelekile kwiisekethe zeRF ezinamandla aphezulu.
4. Ngawaphi amashishini asebenzisa rhoqo ii-PCB ezixutyiweyo ezihlala ziphezulu?
Ezi PCB zisetyenziswa kakhulu kwiinkonzo zonxibelelwano, i-radar yeemoto, i-aerospace, iinethiwekhi ze-5G, kunye nezixhobo ze-IoT apho ukuhanjiswa kwesignali okuzinzileyo kunye nokuthembeka kobushushu kubalulekile.
5. Zeziphi iiteknoloji eziphambili zokucubungula ii-PCB ezixutyiweyo ezisetyenziswa rhoqo?
✔ Ii-vias ezingaboniyo ze-mechanical – Ukuphucula indawo nokuphucula ukuhanjiswa kwesignali ngesantya esiphezulu.
✔ Ii-vias ezizaliswe yi-resin – Ukuqinisekisa ukuthembeka kokufakwa kwe-multilayer stacking.
✔ Iplati yegolide etyebileyo ekhethiweyo – Ukuze kubekho ukuhanjiswa okungcono kunye nokuqina kwiisekethe zeRF.
6. Ukukhethwa kwezinto kuchaphazela njani ukusebenza kwe-PCB rhoqo?
I-dielectric constant (Dk) kunye ne-dissipation factor (Df) zibalulekile ekusebenzeni kwe-RF PCB. I-Dk ezinzileyo iqinisekisa ukuhanjiswa kwesignali rhoqo, ngelixa i-Df ephantsi inciphisa ukulahleka kwesignali. I-Df ephantsi kaRogers RO4350B kunye nokunyamezelana kwe-Dk okuqinileyo kwenza ukuba ilungele ukusetyenziswa kwe-5G, i-radar, kunye ne-satellite.
7. Zeziphi izinto ezigqityiweyo kumphezulu ezikhoyo kwii-PCB ezixutyiweyo ezifumaneka rhoqo?
Sinikezela ngeendlela ezininzi, kuquka:
✔ I-ENIG (iGolide yokuntywiliselwa ngaphandle kwe-electroless Nickel) – Eyona ilungileyo yokuthembeka kwesignali.
✔ I-Hard Gold Plating – Ihlala ixesha elide kwaye ayigugi.
✔ Isilivere Eyomileyo – Ilungele izixhobo ezithambileyo.
8. I-PCB esetyenziswa rhoqo kakhulu iyinciphisa njani i-EMI (uNgxamiseko lwe-Electromagnetic)?
✔ Uyilo olucwangcisiweyo lwe-stack-up – Ukunciphisa ukudibana kwesignali engafunekiyo.
✔ Ulawulo lwendlela yokuthintela umbane - Ukuqinisekisa ukuthembeka kwesiginali.
✔ Iindlela ezifanelekileyo zokumisa umhlaba – Ukunciphisa ukuphazamiseka kwiisekethe zeRF.
9. Zithini iingxaki zokuvelisa ii-PCB ezixutyiweyo ezisebenza rhoqo?
✔ Ukuhambelana kwezinto – Izinto ezahlukeneyo ziyanda ngamanani ahlukeneyo, zifuna iindlela ezichanekileyo zokubopha i-lamination.
✔ Ukugrumba ngokuchanekileyo – Ukugcina umgangatho uphezulu kubalulekile ekusebenzeni kweRF.
✔ Ulawulo lobunzima bekopolo – Luchaphazela ukulahleka kwesignali kumaza aphezulu.
10. Ndingayikhetha njani umenzi wePCB ofanelekileyo osebenzisa i-high-frequency?
Xa ukhetha umenzi we-PCB osebenzisa i-frequency ephezulu, cinga ngoku:
✔ Amava nge-RF kunye nokuveliswa kwe-PCB exutyiweyo
✔ Amandla okucubungula aphucukileyo (ii-vias ezingaboniyo, ii-vias ezizaliswe yi-resin, ulawulo lwe-impedance)
✔ Iziqinisekiso zomgangatho oqinileyo (imigangatho ye-ISO, i-IPC, i-UL)
Usetyenziso olwandisiweyo lwee-PCB zeHybrid eziQhelekileyo kakhulu
1. Iinkqubo zoNxibelelwano ezingenazingcingo ze-5G
Ii-eriyali zesikhululo sesiseko kunye nee-transceivers
Iimodyuli ze-RF zangaphambili ze-Millimeter-wave (mmWave)
Iinethiwekhi ze-backhaul ezikhawulezayo kunye ne-fiber-optic
Kutheni kubalulekile: Iinethiwekhi ze-5G zisebenza kumaza aphezulu (24 GHz ukuya kwi-100 GHz), zifuna izixhobo ze-PCB ezilahlekelwa kancinci ezifana neRogers RO4350B ukuze kuncitshiswe ukonakala kwesiginali.
2. I-Elektroniki yeSatellite kunye ne-Aerospace
Iinkqubo zokukhangela ze-GNSS
Ii-antenna ze-array ezicwangcisiweyo zonxibelelwano lwesathelayithi
Iinkqubo zeRadar kunye neTelemetry
Kutheni kubalulekile: Usetyenziso lweenqwelo-moya lufuna ii-PCB ezilula nezithembekileyo kakhulu ezinokumelana nobushushu obugqithisileyo kunye nokuchatshazelwa yimitha.
3. Iinkqubo zeRadar yeeMoto kunye ne-ADAS
Iradar yeemoto ye-77 GHz
Unxibelelwano lweLidar kunye nesithuthi-ukuya-konke (V2X)
Iiyunithi zolawulo lwe-elektroniki (ii-ECU) ze-HANDS
Kutheni kubalulekile: Iimoto zanamhlanje zifuna ii-PCB ezisebenza rhoqo ukuze kuthintelwe ukungqubana, ulawulo lokuhamba ngenqanawa oluhambelanayo, kunye neenkqubo zokuqhuba ezizimeleyo.
4. Izixhobo ze-IoT kunye ne-Smart
Iinkqubo ze-smart home automation
Izixhobo zokujonga impilo ezinxitywayo
Iinethiwekhi zesenzi ezingenazingcingo
Kutheni kubalulekile: Izixhobo ze-IoT zifuna ii-PCB ezincinci nezisebenza kakuhle ezinokusetyenziswa kwamandla aphantsi kunye noqhagamshelo olusebenzayo lwe-wireless.
5. Ii-RF Power Amplifiers kunye nee-High-Power Transmitters
Iimodyuli zamandla ze-microwave kunye ne-RF
Ii-amplifiers ze-Broadband kwizicelo zasemkhosini
Iinkqubo zokusasazwa kwamandla eTelecom
Kutheni kubalulekile: Ii-PCB ezisebenzisa ubushushu obuphezulu ezine-thermal conductivity egqwesileyo zibalulekile ekuthinteleni ubushushu obugqithisileyo kwiinkqubo ze-RF ezinamandla aphezulu.
6. Amaziko eeKhompyutha kunye neeDatha eziKhawulezayo
Iiswitshi zenethiwekhi ezikhawulezayo
Ii-transceivers ezibonakalayo zamaziko edatha
Isiseko sekhompyutha yelifu
Kutheni kubalulekile: Iziko ledatha lanamhlanje lifuna ii-PCB ezikwi-low latency ezine-impedance ezinzileyo ukuxhasa umthwalo womsebenzi wokubala we-40G/100G Ethernet kunye ne-AI.
7. Izixhobo zoNyango lweMifanekiso yezonyango kunye neRF
Iibhodi zokucubungula imiqondiso ye-MRI kunye ne-CT scan
Iinkqubo ze-telemetry zonyango ezingenazingcingo
Izixhobo zonyango ezinokufakelwa
Kutheni kubalulekile: Ii-PCB ezixutyiweyo ezisebenza rhoqo zivumela imifanekiso yezonyango echanekileyo kunye nonxibelelwano olungenazingcingo kwizicelo zonyango.
8. Iinkqubo zoKhuselo kunye neMfazwe ye-elektroniki
Iinkqubo zeradar zomkhosi kunye nokujonga
Iimodyuli zonxibelelwano ezifihliweyo ezikhuselekileyo
Iinqwelo-moya zeenqwelo-moya ezingenamntu (UAV)
Kutheni kubalulekile: Ii-PCB eziqinileyo nezisebenza rhoqo ziqinisekisa ukuhanjiswa kwesignali okuzinzileyo kwiindawo ezinzima, nto leyo ezenza zibe zilungele ukusetyenziswa emkhosini.
9. Izixhobo zoVavanyo kunye noKulinganisa
Abahlalutyi besignali abasebenzisa amaxesha amaninzi
Iijenereyitha zefrikhwensi ye-microwave
Abahlalutyi benethiwekhi kunye ne-spectrum
Kutheni kubalulekile: Ulawulo lokuthintela ngokuchanekileyo lubalulekile ekulinganisweni ngokuchanekileyo kwesignali kwizicelo zovavanyo lwe-RF.
10. Ukwenziwa kwezinto ngokuzenzekelayo kwimizi-mveliso kunye neerobhothi
Izinzwa zoshishino eziqhagamshelwe kwi-5G
Iinkqubo zolawulo lweerobhothi ezizimeleyo
Iimodyuli ze-automation zefektri ezingenazingcingo
Kutheni kubalulekile: Ii-PCB ezisebenza rhoqo ziphucula unxibelelwano olungenazingcingo kwiifektri ezikrelekrele nakwiindawo ze-Industry 4.0.
Indima yeZixhobo zePCB eziQhelekileyo kakhulu ekuThunyelweni kweSignali
✔ I-Dielectric Constant ezinzileyo (Dk): Iqinisekisa ukusasazeka kwesignali efanayo kwi-PCB.
✔ I-Tangent Ephantsi Yokulahlekelwa (Df): Inciphisa ukulahleka kwesignali, ingakumbi kwi-microwave kunye ne-mmWave frequency.
✔ Ukuqhuba Ubushushu: Inceda ekususeni ubushushu kwii-RF ezinamandla aphezulu.
✔ Ukumelana nokufuma: Ithintela ukonakala kwesignali kwiindawo ezifumileyo.
✔ Ulawulo lwe-Impedance: Iqinisekisa ukusebenza okuqikelelweyo kwiisekethe zedijithali kunye neRF ezikhawulezayo.
Ngaba ufuna umthengisi we-PCB othembekileyo osebenza rhoqo eTshayina? Qhagamshelana nathi ukuze ufumane izisombululo ze-PCB zeRogers RO4350B ezenzelwe wena!
