Umkhiqizi we-Taconic RF-30 PCB wamabhodi e-Antenna namabhodi e-Low-PIM

I-Highleap Electronics ikhiqiza ama-Taconic RF-30 PCB assemblies ama-antenna asesiteshini esiyisisekelo, amanethiwekhi e-RF angasebenzi, izihlungi, ama-combiners, amabhodi okuphakelayo kanye namamojula okuxhumana. Sisekela ama-prototypes, ukwakhiwa kwe-pilot kanye nokuphinda ukukhiqizwa nge-geometry ye-RF elawulwayo, ukuphathwa kwamaphaneli amakhulu, ukwenziwa ngocingo, ukuhlanganiswa kwezixhumi, ukulawulwa kwenqubo ye-PIM ephansi kanye nokuhlolwa okuchazwe ngamakhasimende.

I-RF-30 iyigama elidala, kuyilapho i-RF-30A iyizinto ze-antenna ze-AGC zamanje ezinevolumu ephezulu. I-Highleap iqinisekisa ukuthi yiliphi ibanga elilawulwa umdwebo, iqinisekisa ukujiya, ithusi, imithetho yesitifiketi kanye nokushintshana, bese ikhipha umzila wokukhiqiza ovikela izidingo ezikhona zokulungiswa kwe-antenna kanye ne-PIM.

Izici ze-RF-30 kanye ne-RF-30A yamanje yokwakhiwa kwe-Antenna

I-AGC RF-30A yamanje iyi-laminate ye-PTFE eqiniswe ngengilazi, egcwele i-ceramic ebekwe kuma-antenna anevolumu ephezulu kanye nezingxenye ze-RF ezingasebenzi. I-AGC ibala i-Dk 2.97 ± 0.05 kanye ne-Df 0.002, kanye ne-PIMD ethuthukisiwe, ikhwalithi ye-PTH kanye nokuzinza komshini. I-RF-30 yefa kusamele ikhishwe ngokumelene nedathashidi elilawulwa yikhasimende futhi ayikwazi ukuqanjwa kabusha i-RF-30A ngaphandle kwemvume.

Bheka ikhasi lomkhiqizo elisemthethweni le-AGC RF-30A. I-Highleap iphinde ixhumanise ukukhiqizwa kwe-antenna nesiqondiso sokuklama i-antenna ye-PCB.

Amandla Okukhiqiza e-Taconic RF-30 PCB

I-Highleap ikhiqiza amabhodi e-RF-30 acacisiwe ngamakhasimende ama-antenna asesiteshini esiyisisekelo, izingxenye ze-RF ezingasebenzi, ama-splitter, ama-couplers, ama-filters, amanethiwekhi okuphakelayo, ama-repeater kanye nama-assemblies ezokuxhumana ahlobene. Amaphrojekthi angaba amasekethe e-microstrip anezingqimba ezimbili, amabhodi e-antenna afakwe imbobo ehlanganisiwe, amaphaneli efomethi ende noma ukwakhiwa kwe-RF/control okuhlanganisiwe, kuye ngokuthi i-DFM yasefektri iyatholakala yini kanye nokutholakala kwezinto.

Ukusekelwa kwe-Highleap kwe-Antenna kanye nemikhiqizo ye-Passive RF

Amandla Okukhiqiza e-Highleap Rigid RF PCB

Izibalo ezingezansi ziyimikhawulo yefektri ye-Highleap eqinile-PCB. Amaphaneli amakhulu e-antenna e-RF-30, amaphethini aqinile angaphansi komhlaba kanye nezidingo ze-PIM ephansi zingabeka iwindi lenqubo elincane eliqondene nephrojekthi ethile, eliqinisekiswa ngesikhathi se-DFM. Bheka ithebula eliphelele lamandla e-PCB eqinile ye-Highleap ukuze uthole imininingwane yefektri eshicilelwe.

Isaziso sokuhlanganiswa kwamandla: amanani etafuleni ayimingcele yamandla efektri ngayinye. Inani lezingqimba, i-geometry engu-2/2 mil, ithusi elingu-10 oz, usayizi wephaneli ophezulu, isilinganiso sesici esingu-20:1 kanye nokwakhiwa kwebhodi elincane kakhulu akucatshangwa ukuthi kungafezeka ngasikhathi sinye. I-Highleap iqinisekisa inhlanganisela esebenzisekayo ngemuva kokubukeza izinto eziqondile, i-stackup, ithusi, i-drill, ukubekezelelana kwe-RF, ukuqeda kwendawo kanye nephakheji yokuhlanganisa.

Iphothifoliyo yamanje ye-AGC ibala i-RF-30A kune-RF-30 eyifa. Ngakho-ke i-Highleap iqinisekisa ukuthi umdwebo olawulwayo udinga i-RF-30 yokuqala, uvumela i-RF-30A, noma uvumela enye into efanelekile. Ikhasi elisemthethweni le-AGC RF-30A lichaza into yamanje ye-antenna enevolumu ephezulu, kuyilapho ithebula lomkhiqizo we-AGC RF/microwave libonisa umndeni womkhiqizo osebenzayo. Akukho shintsho olwenziwe ngaphandle kwemvume yamakhasimende.

Ngomongo wokukhiqiza, i-Highleap isebenzisa izilawuli zenqubo ezichazwe ekukhiqizweni kwe-RF PCB futhi ibuyisela ukukhishwa okubhaliwe kwe-stackup/material ngaphambi kokukhiqizwa.

Ukukhiqizwa kwe-Low-PIM Kuqala Nge-Interface Ephelele

I-RF-30 ibilokhu isetshenziswa kuzinhlelo zokusebenza ze-antenna kanye ne-RF ezingasebenzi lapho ukuguquguquka okungasebenzisi kungabaluleka khona. I-PIM ephansi ayidalwa ngokukhethwa kwe-laminate kuphela. I-foil yethusi, isimo somphezulu, izici ezifakwe ipulasitiki, ukuqeda, ukungcola, ukwakheka kwesixhumi, amalunga e-solder, ingcindezi yehadiwe kanye ne-interface yokugcina yokuhlola konke kungafaka isandla.

I-Highleap ivumelanisa i-DFM kanye nokukhiqiza nezimiso zokuklama i-PCB ene-PIM ephansi kanye nokukhethwa kwezinto ezine-PIM ephansi . Isiqinisekiso se-PIM esingenalutho noma esihlanganisiwe sikhishwa kuphela ngendlela yokuhlola evunyelwene ngayo.

Amaphaneli Amakhulu E-Antenna, Ukubhaliswa, kanye Nokuthamba

Amabhodi okuphakelayo e-antenna angaba makhulu ngokomzimba, abe mancane, aphindaphindwayo noma abhekiselwe ngomshini ezindlini nasezindlini ze-radiator. I-Highleap ibuyekeza usayizi wephaneli, ibhalansi yethusi, isiqondiso sezinhlamvu, imigodi yamathuluzi, ama-fiducial, ukwesekwa komzila kanye nokupakishwa ngaphambi kokusebenzisa umzila.

• Ubukhulu be-radiator ebalulekile kanye ne-feed-network buhlukaniswe nokubekezelelana kohlaka okungasebenzi;
• isinxephezelo sephaneli sibangela ukunyakaza kwezinto kanye nokusatshalaliswa kwethusi;
• ukubhaliswa phakathi kobuciko be-RF, izindawo ezibholiwe kanye nedatha yemishini kuyachazwa;
• Izidingo zokuthamba nokusonta zihambisana ne-assembling kanye ne-enclosure interface;
• ukuqondisa, ukufaka amaphuzu angu-V noma ukuhambisa amathebhu kukhethwa ukulawula ikhwalithi yomkhawulo kanye nokuphathwa kwawo;
• ukwesekwa kokuthunyelwa kuvimbela ukugoba, ukuklwebheka kanye nomonakalo wesixhumi.

Ubukhulu bomugqa wokudlulisa buyabuyekezwa ngemodeli ye-RF yekhasimende kanye nokucatshangelwa komklamo ekwakhiweni kwe-antenna ye-PCB kanye nezakhiwo ze-antenna ye-RF . I-Highleap ikhiqiza ngokwejiyometri ekhishwe; ayiklami kabusha iphethini ye-antenna ngaphandle kwesicelo sokushintsha ubunjiniyela.

Ukulawula Izinto ze-RF-30, Ithusi, kanye Nokuqedwa Komphezulu

Ukukhishwa kwezinto ezibonakalayo kukhomba ibanga eliqondile, ukujiya kwe-dielectric, isisindo/uhlobo lwethusi, imibhalo yenqwaba kanye nezinye izindlela ezivunyelwe. Nge-RF-30 yefa, i-Highleap iqinisekisa ukuthi isitoko nezitifiketi ngaphambi kwentengo nosuku ziwukugcina. Uma kuphakanyiswa i-RF-30A noma enye into, umnikazi womklamo kumele avume imodeli entsha ye-Dk/yokulahlekelwa, ukujiya kanye nohlelo lokufaneleka.

Ukutholakala Kwezinto ze-RF-30 kanye Nokulawulwa Kokuguquka kwe-RF-30A

I-Highleap ingacaphuna ukuqhubeka kwe-RF-30 yokuqala, izinto ezinikezwe amakhasimende noma ushintsho lwe-RF-30A oluvunyiwe. Ushintsho luhlolwa ngemodeli ye-Dk, ukujiya, ithusi, ubukhulu be-antenna, i-PIM, ukuziphatha kwe-PTH, isitifiketi kanye nokulungiswa. Ukukhiqizwa akuqali kuze kube yilapho umzila ogunyaziwe ubhaliwe phansi.

Iphrofayili yethusi kanye nokuqeda kuthinta ukulahlekelwa komqhubi kanye ne-PIM. I-Highleap ibuyekeza izinketho isebenzisa isiqondiso se-copper foil esivame kakhulu kanye nokukhethwa kokuphela kobuso be-RF PCB . Umhambi wokukhiqiza urekhoda izinto ezivunyiwe kanye nokuqeda ukuze ama-oda aphindaphindwayo angakhiwa kabusha kusukela enkumbulweni.

Ukuhlolwa Kokuhlanganiswa Kwe-PCB Ye-Antenna kanye Nokukhiqizwa

I-Highleap ingaletha amabhodi e-antenna e-RF-30 angenalutho noma izinhlangano eziphelele ezinezixhumi ze-RF, izintambo, izihlangu, amabakaki, ama-passive kanye nezingxenye zokulawula. Inqubo yokuhlanganisa ilandela izingozi ezichazwe ekuhlanganisweni kwe-PCB yezokuxhumana kanye nokulawulwa kwenqubo ye-RF PCBA.

• Ukuqinisekiswa kwe-BOM kanye nesixhumi ngokumelene nomdwebo okhishwe;
• ukulawula i-stencil/ukunamathisela kwama-ground pads, izihlangu kanye ne-mixed thermal mass;
• ukwesekwa kwe-fixture ukuvikela izifunda ze-antenna ezinkulu noma ezincane ngesikhathi sokugoqa;
• ukulungiswa kwesixhumi esilawulwayo kanye ne-torque lapho kuchazwe khona;
• I-AOI, ukuhlolwa okubonakalayo kanye ne-X-ray yamalunga afihliwe uma kudingeka;
• ukuqhubeka, umsebenzi we-DC, ukuhlolwa kwe-RF noma kwe-PIM ngokwendlela yamakhasimende;
• ukulandelelanisa idatha, ukuhlanganiswa kwedatha yokuhlola kanye nokupakishwa kokuthunyelwa kwamanye amazwe okuvikelayo.

Ngemva kokuthunyelwa, i-Highleap isekela ukubuyekezwa kwamarekhodi, ukulawulwa, ukuhlanganiswa kokuhlaziywa kokwehluleka kanye nesenzo sokulungisa. Ama-oda aphindaphindwayo alawulwa ukubuyekezwa okuvunyiwe, indlela yezinto ezibonakalayo kanye nokucaciswa kokuhlolwa.

Isikhathi Sokuhola kanye Nephakheji Yesilinganiso Se-RF-30

I-Highleap inikeza ukuhlela okujwayelekile noma okusheshayo ngemuva kokuqinisekiswa kokusebenza kwezinto kanye nosayizi wephaneli. Indlela ingasebenzisa ukwenziwa okubalulekile, ukukhishwa kwesihloko sokuqala noma ukuthunyelwa okuhlukanisiwe. Bheka ukukhiqizwa okusheshayo kwe-PCB okuvama kakhulu ukuze uthole indlela yokuhlela.

Ukuze uthole umzila ophelele we-PCB kanye ne-PCBA, i-Highleap ingahlanganisa ukubuyekezwa kwe-RF laminate nobunjiniyela bokuhlanganisa be-RF PCB kanye nesilinganiso sokukhiqiza esisemthethweni.

Ngemva kokuthola amafayela aphelele, i-Highleap iqinisekisa izinto zokwakha, ukusetshenziswa kwephaneli, amathuluzi akhethekile, ukutholakala kwesixhumi kanye nokulungela i-PIM/ukuhlola ngaphambi kokulungisa ikhotheshini kanye nesheduli yokuthunyelwa. Amaphaneli amakhulu e-antenna kanye nezinto ze-PIM zihlelwe njengezinyathelo ezibalulekile kunokuba kube yizibikezelo ezifihliwe.

Thumela i-Gerber/ODB++, umdwebo wokwenziwa olawulwayo, i-stackup, i-RF-30 eqondile noma imfuneko ehlukile evunyiwe, ithusi, ubukhulu be-RF obubalulekile, idatha yokubhoboza/yomzila, izidingo zephaneli/ukuthamba, ukuqeda, ubuningi, indawo yokulethwa, i-BOM, imidwebo yokuhlanganisa kanye nendlela yokuhlola ye-PIM/RF nge- Highleap Electronics . Ikhasi elibanzi lokukhiqiza izinto ze-Taconic lingasetshenziswa lapho ibanga lisahlolwa.

Ingabe iHighleap isengakwazi ukwenza iTaconic RF-30 PCB?

I-Highleap ingabuyekeza ukukhiqizwa kwe-RF-30 okudlule, kodwa ukutholakala kwezinto ezibonakalayo, izitifiketi kanye nemithetho yokushintshana kwamakhasimende kumele kuqinisekiswe ngaphambi kokuzibophezela okuqinile.

Ingabe i-RF-30A ingasetshenziswa esikhundleni se-RF-30?

Kuphela ngemvume ebhaliwe yomnikazi womklamo ngemva kokubuyekezwa komehluko kagesi, wemishini, wokucubungula kanye noweziqu.

Ingabe i-Highleap ingaqinisekisa i-PIM ephansi?

Isiqinisekiso singaxhunyaniswa kuphela nezinto ezichaziwe, ukuhlanganiswa, ukwakheka, imvamisa, amandla kanye nendlela yokwamukela. I-Highleap ingacaphuna leyo ndlela yokuhlola elawulwayo.

Ingabe i-Highleap ingakwazi ukuhlanganisa amabhodi amakhulu e-antenna?

Yebo, kuncike ekuphathweni kwephaneli, ukufakwa kwayo, ukuba yisicaba, isixhumi kanye nokubuyekezwa kokuhlolwa. Lezi zidingo kufanele zifakwe ku-RFQ.

Yiluphi ulwazi oludingekayo ukuze kutholakale isilinganiso se-RF-30 antenna PCB?

Nikeza imidwebo yephaneli neyemishini i-Gerber noma i-ODB++, imininingwane yezinto ezibonakalayo nezethusi, ubukhulu obubalulekile be-RF, izidingo ze-PIM noma ze-impedance, ulwazi lwesixhumi, ubuningi, amafayela omhlangano kanye nendawo yokulethwa.

Ingabe i-Highleap inikeza ukwesekwa kwangemva kokuthengisa kwama-oda aphindaphindwayo e-antenna?

Yebo. I-Highleap igcina amarekhodi okubuyekeza, okuhlanganisa kanye nenqubo, isekela ukubuyekezwa kokulawula kanye nesenzo sokulungisa, futhi ilawula izinto ezivunyiwe noma izinguquko zenqubo yokwakha okulandelayo.