IkhathalogiIIsihlungi se-LTCCiyi-3D multi-layer ehlanganisiweIsihlungi se-RFkanye nengxenye eyinhloko kwezokuxhumana zanamuhla kanye nezinhlelo zokusebenza ze-IoT. Inikeza izinzuzo ezifana nosayizi omncane, ukumbozwa kwemvamisa ebanzi, kanye nokuthembeka okuphezulu.
▸ Incane kakhulu: Isebenzisa ukudubulana kwe-ceramic okunezingqimba eziningi, okwenza kube kuncane kakhulu kune-LC ehlukanisiwe kanyeizihlungi ze-microstrip, futhi ifanelekela ama-front-end e-RF aqinile.
▸ Ububanzi bemvamisa ebanzi: Isekela amaza asukela ku-80 MHz kuya ku-40 GHz, amboze i-5G/4G, i-Wi-Fi, i-millimeter wave, nezinye izinhlelo zokusebenza ezivamile.
▸ Ukusebenza okuzinzile: Ibonisa ukuzulazula okuphansi kwezinga lokushisa, kanye nokumelana nokudlidliza kanye nomswakama, ihlangabezana nezidingo eziqinile zezimoto nezezimboni zemvelo.
▸ Inqubo evumayo: Iyahambisana nezikhonkwane zesiliva/zethusi, isekela ukuvikela okwakhelwe ngaphakathi, futhi ifanele ukukhiqizwa kwesisindo se-SMD.
▸ Ububanzi be-bandwidth obuguquguqukayo: Ifinyelela umkhawulokudonsa olinganiselwe ongu-2% kuya ku-60%, okwazi ukuzivumelanisa nezimo zombili ze-narrowband kanye ne-broadband.
Lesi sihlungi esisebenza kahle kakhulu sisetshenziswa kabanzi emikhakheni ehlukahlukene, okuhlanganisa:
▸ Izinto zikagesi zabathengi:Ama-front-end e-RF ama-terminal amancane njengama-smartphone, amawashi ahlakaniphile, nama-earphone e-TWS.
▸ I-inthanethi Yezimoto Nokushayela Okuzimela:Amamojula okuxhumana kwezimoto kanye nezinzwa ze-radar ezidinga ukuhlunga okumelana nokudlidliza nokushisa.
▸ Ukuxhumana kwe-IoT kanye nezimboni:Amamitha ahlakaniphile kanye namasango ezimboni, okuqinisekisa ubumsulwa besignali ezindaweni eziyinkimbinkimbi ze-electromagnetic ezinzima.
▸ Isathelayithi Nokuzulazula:Ama-terminal e-GPS namamojula okuxhumana ngesathelayithi e-LEO, enza ukuhlunga okuncane kuma-band aphezulu.
Isihlungi se-Ceramic kanye nesihlungi se-Dielectric ziyizixazululo ezimbili ezivamile zesihlungi se-RF esisekelwe ku-ceramic, ezinomehluko omkhulu ngokwesimiso kanye nokusebenza okulandelayo:
| Into Yokuqhathanisa | Isihlungi se-LTCC | Isihlungi se-Dielectric |
| Isimiso Sokusebenza | Umsindo we-Electromagnetic | Umsindo we-Electromagnetic |
| Ibhendi Yemvamisa Esebenzayo | Imvamisa Ephansi Nephakathi (kufika ku-millimeter wave) | Imvamisa Ephakathi Nephezulu / 5G |
| Ububanzi bomkhawulo | Iyaguquguquka (Incane/Ibanzi, 2%~60%) | Iyaguquguquka (Incane/Ibanzi) |
| Inani le-Q | Phezulu | Phezulu Kakhulu |
| Amandla Amandla | Okuncane | Okukhulu |
| Ukuqina Kwezinga Lokushisa | Jikelele | Kuhle kakhulu |
| Ukwenqatshwa Okungaphandle Kwebhendi | Jikelele | Okunamandla kakhulu |
Uma kuqhathaniswa nezihlungi ze-dielectric, izihlungi ze-LTCC zinikeza izinzuzo ngobukhulu kanye nokuhlanganiswa, okwenza zibe zilungele izinhlelo zokusebenza zezinga le-terminal kanye nele-module. Izihlungi ze-dielectric, ngakolunye uhlangothi, zifaneleka kakhulu ezimweni zamandla aphezulu kanye nezimo ze-Q eziphezulu njengeziteshi zesisekelo.
NjengochwephesheUmhlinzeki wezingxenye ze-RF ezingasebenzi, I-APEXigxile ku-R&D kanye nokukhiqizwa kwezihlungi ezisebenza kahle, inikeza kokubili imikhiqizo ejwayelekile kanyeizixazululo ezenziwe ngezifiso. Ngokulawulwa kwekhwalithi okuqinile kanye nezinqubo zokukhiqiza ezithuthukisiwe, imikhiqizo yethu inikeza ukusebenza okuzinzile nokuvelele ezimweni ezifana ne-electronics yabathengi, i-inthanethi yezimoto, ukuzulazula kwesathelayithi kanye nokuxhumana kwe-5G. I-APEX iyakwamukela imibuzo yakho.
Isikhathi sokuthunyelwe: Mashi-25-2026
