I-Microwave RFID PCB ye-Hybrid: I-Rogers 4350B Stackup enezingqimba ezingu-8, i-ENIG Finish
I-Multilayer PCB, noma iyiphi i-HDI PCB yengqimba
| Uhlobo | I-PCB + impedance yokucindezela ye-Hybrid ephezulu kakhulu |
| Umkhiqizo wokugcina | |
| Okubalulekile | I-Rogers RO4350B 1E/1E 0200 (DK=3.48）（0.508mm）+ Izingxenyana Ezivamile S1000-2M FR-4、TG170 |
| Inani lesendlalelo | 8L |
| Ubukhulu bebhodi | 1.6mm |
| usayizi owodwa | 143.5*156mm/1PCS |
| Ukuqeda kobuso | NGIYAVUMA |
| ukujiya kwethusi kwangaphakathi | 18um |
| ukujiya kwethusi kwangaphandle | 35um |
| umbala wemaski ye-solder | oluhlaza (GTS, GBS) |
| umbala wesikrini sesilika | okumhlophe (GTO,GBO) |
| ngokwelashwa | Izimbobo zepulagi zemaski yesolder |
| ukuminyana kwembobo yokubhoboza ngomshini | 14W/㎡ |
| ukuminyana komgodi wokubhoboza nge-laser | / |
| ubuncane ngosayizi | 0.2mm |
| ububanzi/isikhala esincane somugqa | 4/4mil |
| isilinganiso sokuvuleka | 10mil |
| izikhathi zokucindezela | Isikhathi esisodwa |
| izikhathi zokubhoboza | Isikhathi esisodwa |
| I-PN | B0889277A |
Izici Zokuklama Nomkhiqizo
Izici zeMikhiqizo ye-PCB
- Uhlobo:I-PCB Enemvamisa Ephakeme Ehlanganisiwe (Rogers 4350B + FR-4)
- Isendlalelo:Izendlalelo eziyi-8
- Ubukhulu bebhodi:1.6mm (± 10%)
- Izinto zokwakha:
- Izendlalelo Zangaphandle: Rogers RO4350B 1E/1E 0200 (0.508mm, DK=3.48 @10GHz)
- Izendlalelo Zangaphakathi: S1000-2M FR-4, TG170
- Ukuqeda Okuphezulu:I-ENIG (Ni: 3–5μm, Au: 0.05–0.1μm)
- Ubukhulu Bethusi:
- Ngaphandle: 35μm (1oz)
- Ngaphakathi: 17.5μm (0.5oz)
- Ukulawulwa Kokuvinjelwa:±5% (50Ω/75Ω/100Ω ingenziwa ngokwezifiso)
- Usayizi Omncane:0.2mm
- I-PN: B0889277A
- Izicelo:Abafundi be-RFID, Amathegi e-Microwave, Amamojula e-5G IoT
Izinzuzo Zezinto Ezibonakalayo
Ukusebenza kwemvamisa ephezulu: I-Rogers 4350B isetshenziselwa ungqimba olungaphezulu, olune-dielectric constant eqinile (DK=3.48 ± 0.05) kanye ne-tangent yokulahlekelwa engu-0.0037 kuphela ku-10GHz, okuqinisekisa ukuthi amasignali e-microwave awalahlekelwa yilutho futhi kwandisa ibanga lokufunda lamathegi e-RFID liye ngaphezu kwamamitha ayi-15.
Ukulungiswa kwezindleko: Isendlalelo sangaphakathi sisebenzisa i-substrate ephezulu ye-TG FR-4, enciphisa izindleko zezinto ngo-30% ngenkathi iqinisekisa ukuqina kwesakhiwo, okwenza ifaneleke ekukhiqizweni kwethegi ye-RFID enkulu.
Ukuqina kokushisa: Izinga lokushisa lokuguquka kwengilazi likaRogers 4350B (Tg)>280 ℃, ungqimba lwe-FR-4 Tg 170 ℃, olufanelekela ukugoqa kabusha kanye nezimo zokushisa okukhulu.
Umklamo we-Hybrid Stackup
Ukwakhiwa kwezingqimba ezingu-8: Izingqimba 1-2 ziyiRogers 4350B (ungqimba lwe-antenna), Izingqimba 3-6 ziyi-FR-4 (uphahla lwamandla/lomhlaba), kanti Izingqimba 7-8 ziyiRogers 4350B (isekethe ye-RF transceiver), okufeza ukuhlukaniswa okuphelele komhlaba wamandla esignali.
Ukufanisa i-Impedance: Lungiselela ububanzi bemigqa ye-microstrip/strip ngokusebenzisa i-3D electromagnetic field simulation, usekele ukucindezelwa kwe-harmonic kufika ku-40GHz, futhi unciphise izinga lamaphutha ezinhlelo ze-RFID.
Inqubo Ethuthukisiwe
Ukubhoboza nge-laser: Umgodi omncane okungenani ongu-0.2mm, okufinyelela ukuxhumana okuphezulu kanye nokuzivumelanisa nomklamo wethegi ye-RFID encane.
Lawula umsele wokugaya ojulile: Indawo ye-antenna isebenzisa umklamo womsele wokuhlukanisa ukuze kuncishiswe ukuphazamiseka kwemisebe yomphetho futhi kuthuthukiswe ukunemba kokufunda.
Ukusebenza Kwezinga Lezempi
Ukusebenza kwezinga lokushisa elibanzi: Kwenziwe ukuhlolwa kwe-MIL-STD-202G indlela 107 yokushisa (-55 ℃) ↔ 125 ℃, imijikelezo eyi-1000), ngaphandle kokuhlukanisa noma ukuqhuma kwegwebu.
Ukuvikelwa kwesifutho sikasawoti: Ubuso be-ENIG bumelana nesifutho sikasawoti amahora angama-96 (ASTM B117), bufanele imishini ye-RFID eqhutshwa ngemikhumbi/ngaphandle.
Ukulwa nokudlidliza: Akukho ukuhlukaniswa kwedivayisi okwenzeke ngesikhathi sokuhlolwa kokudlidliza okungahleliwe (20-2000Hz, 15Grms), okuhlangabezana nezindinganiso ze-MIL-STD-810G.
Ukulawula Ukumelana Okuqondile
Imininingwane ye-Impedance
Ukunemba kwe-Impedance: ± 5% (Okujwayelekile), ± 3% (Ukwenza Ngokwezifiso Ongakukhetha)
Amanani Ajwayelekile Okuvimba Impedance:
Izimpawu Eziphela Ngodwa: 50Ω (Imigqa Yokudlulisa ye-RF), 75Ω (Izixhumi Zevidiyo)
Ama-Differential Pairs: 90Ω (USB), 100Ω (LVDS)
Ibanga Lokuvama: DC~40GHz (Isekela i-5G/Izicelo ze-Millimeter - Wave
Izindlela Zokuhlola: Isikhathi se-TDR - I-Domain Reflectometer + I-Vector Network Analyzer (i-VNA)
Ubuchwepheshe Bokuklama Nokusebenzisa
Ukuthuthukisa Nokufanisa Izinto Ezibalulekile
Ingqimba engaphezulu isebenzisa iRogers RO4350B (DK = 3.48±0.05 @10GHz). I-dielectric constant yayo eqinile iqinisekisa ukuhambisana kwe-impedance ebhendini yemvamisa ephezulu.
Ingqimba yangaphakathi engu-FR - 4 (DK = 4.2) kanye nengqimba yemvamisa ephezulu kuklanywe ngoshintsho lwe-dielectric oluhlanganisiwe ukuze kuthuthukiswe ukuqhubeka kwe-inter-layer impedance nokunciphisa ukubonakaliswa kwesignali.
Ukulingisa Insimu Ye-Electromagnetic Ye-3D
I-ANSYS HFSS isetshenziselwa ukwenza ukulingisa okugcwele kwamagagasi emigqeni/imigqeni ye-microstrip ukuze kubalwe ngokunembile ububanzi bomugqa, isikhala, kanye nobukhulu be-dielectric:
Kwemigqa ye-microstrip engu-50Ω: Ububanzi bomugqa bungu-0.68mm (ungqimba lweRogers 4350B)
Kwama-100Ω umehluko wamapheya: Ububanzi bomugqa buyi-0.15mm/isikhala singu-0.2mm
Isekela ukwakheka kokucindezela kwe-harmonic (isb., okwesithathu - ukuncishiswa kwe-harmonic ku-40GHz kungu->30dB) ukunciphisa ukuphazamiseka kwe-RF.
Ukulawulwa Kwenqubo
Ukunemba Kokuqopha: ± 0.02mm, okuqinisekisa ukubekezelelana kobubanzi bomkhondo.
Ukulungiswa kwe-Lamination: Ukubekwa kwe-X - RAY, ngokuphambuka kwe-inter - layer
Ukwelashwa Komphezulu: Igolide Elingenagesi le-ENIG Nickel (ubukhulu begolide obungu-0.05 - 0.1μm), okuqinisekisa ukuthi ama-solder pads ayasicaba futhi kunciphisa ukuphambuka kwe-impedance.
Ukuhlola Nokuqinisekisa
Ukuhlolwa kwe-Impedance okungu-100%: Uhlelo lokuhlola i-Polar CITS900 flying - probe lusetshenziselwa ukwenza ukuhlolwa okugcwele kwamanethiwekhi abalulekile e-RF.
Imvamisa - Ukuqinisekiswa Kwesizinda: I-vector network analyzer (Keysight PNA) ihlola amapharamitha e-S ukuqinisekisa ukuthi i-Voltage Standing Wave Ratio (VSWR)
Ukuthembeka Kwemvelo:
Ukukhukhuleka kwe-impedance kungaphansi kuka-2% ngaphansi kokushisa okuphezulu (125℃) kanye nokushisa okuphansi (-40℃), okuhlangabezana nezinga le-MIL - STD - 883.
Ngemva kokuguga kwamahora angu-96 kumswakama ongu-85%, izinga lokushintsha kwe-impedance lingaphansi kuka-3%.
Izinsizakalo Zokwenza Ngokwezifiso
Izidingo Ezikhethekile Zokuvimba Ukumelana: Isekela ukwakheka kwe-impedance okungeyona ejwayelekile (njenge-28Ω/110Ω, njll.) futhi inikeza imibiko yokulingisa kanye nedatha yokuhlola.
Umbiko Wokuhlola Ukungavimbeli: Ulethwe nebhodi, kufaka phakathi amanani okuvimbeli alinganisiwe, imidwebo ye-TDR waveform, kanye nama-VNA curves.
Izinzuzo ze-Impedance Ezimweni Zokusebenza
Imigqa Yokuphakela I-Antenna Yomfundi we-RFID
Ukufaniswa okunembile kwe-50Ω kufeza ukulahlekelwa kokubuya kwe-antenna okungu-
I-Millimeter - I-Wave RF Ngaphambili - Ukuphela
Ukuvumelana kwe-impedance (±3%) kubhendi ye-28GHz kusekela amamojula we-millimeter - wave eziteshini zesisekelo ze-5G kanye nokuxhumana kwesathelayithi.
Ukudluliselwa Kwesignali Ehlukile Yesivinini Esiphezulu
Ukugoba kwama-differential pairs angu-100Ω kungu-
Ukuzibophezela Kwekhwalithi
Isisekelo Esijwayelekile: Ihambisana nencazelo yokulawula impedance ye-IPC - 2141A kanye nezinga lokwamukelwa kwe-IPC - 6012 Class 3A.
Ukulandelelwa Kwenkinga: Igcina idatha yokuhlola i-impedance kanye namapharamitha enqubo yeqoqo ngalinye, isekela ukulandelelwa kwedatha kweminyaka eyi-10.
Kungani Ukhetha Injabulo Egcwele Ecebile?
Ebubanzini obukhulu bemboni ye-PCB, i-Rich Full Joy ivele njengomlingani othembekile nothandwayo kumakhasimende ethu, ngenxa yezinzuzo eziningi ezivelele. Ukusikhetha kufana nokufaka ugqozi olunamandla lwempumelelo yephrojekthi yakho. Ngezansi, sizokunikeza ukuhlaziywa okuningiliziwe kwezizathu eziningi ezibalulekile zokuthi kungani amakhasimende esikhetha:
Okujulile Nokuqinile Okuphezulu - Isisekelo Sobuchwepheshe Bemvamisa
- Iminyaka Eyishumi Yokugxila Okuzinikele: Ukuze uthole okugcwele 20Eminyakeni edlule, besizibophezele ngenhliziyo yonke emkhakheni wokukhiqiza ama-PCB e-microwave. 20Iminyaka ibilokhu iyisikhathi sokuhlola okuqhubekayo, ukuqongelela, kanye nokuphumelela. Siye sahlola ngokujulile izici zazo zonke izinto kanye nayo yonke inqubo yokukhiqiza, safinyelela izinga elihamba phambili lokuqonda ama-PCB e-microwave embonini.
- Amandla Obuchwepheshe Akhiwe Ngamacala Amaningi: Siqede ngempumelelo amaphrojekthi e-RFID angaphezu kwe-100, ahlanganisa izinkambu eziningi kusukela kuzinhlelo zokusebenza eziyisisekelo kuya kubuchwepheshe obusezingeni eliphezulu. Iphrojekthi ngayinye ibilokhu iyisivivinyo esinzima samakhono ethu obuchwepheshe, futhi asizange nje sihlangabezane nalezi zinselele ngempumelelo, kodwa futhi sithuthukise njalo izixazululo zethu ukuze sinikeze amakhasimende imikhiqizo nezinsizakalo ezingaphezu kwalokho abakulindele. Ungahlangabezana ngqo nezimpumelelo zethu ezintsha kanye nesipiliyoni esicebile ezinhlelweni zobuchwepheshe obusezingeni eliphezulu ngomugqa wethu womkhiqizo we-RF.
Isevisi Yokwenza Amaphrothokholi Esebenza Kahle Futhi Esheshayo
- Umbani - Isivinini Sokulethwa Okusheshayo: Siyaqonda ngokujulile ukubaluleka kwesikhathi ngesikhathi sokuthuthuka kwephrojekthi. Ngokuphathelene nensizakalo yokwenza ama-prototyping amabhodi okucindezela e-hybrid anezingqimba ezingu-8, sithembele ezinqubweni zethu zokukhiqiza ezisebenzayo kanye nemishini ethuthukisiwe, sinciphise isikhathi sokulethwa saba yizinsuku ezingu-≤7. Lokhu kusho ukuthi ungathola amasampula ngesikhathi esisheshayo, wenze ngokushesha umsebenzi wokuhlola nokuhlola olandelayo, unciphise kakhulu umjikelezo wephrojekthi, futhi usebenzise ithuba lemakethe.
- Umbiko Wokuhlola Ukuvinjelwa Kwamahhala Nobungcweti: Ukuze sikusize uqonde ngokugcwele ukusebenza komkhiqizo, sinikeza umbiko wokuhlola ukuvinjelwa kobungcweti mahhala. Lo mbiko uhlanganiswe ngokucophelela yithimba lethu lobuchwepheshe elinolwazi, eliqopha ngokuningiliziwe idatha yokuvinjelwa komkhiqizo ngaphansi kwezimo ezahlukene kanye nemvamisa. Ikunikeza ukwesekwa kwedatha okunembile kokuklama umkhiqizo, ukwenza ngcono, kanye nokufanisa nezinye izingxenye, okukuvumela ukuthi ube nokuqonda okucacile kwekhwalithi nokusebenza komkhiqizo.
Ibutho Elinegunya Neliqinile - Ukuqinisekiswa Kwekhwalithi Yebanga
- Uhlelo Oluphelele Lwesitifiketi Samazwe Ngamazwe: Siphumelele ngempumelelo isitifiketi sohlelo lokuphatha ikhwalithi ye-ISO9001, sasungula inqubo yokuphatha ikhwalithi yesayensi, eqinile, nephelele. Kusukela ekuhlolweni nasekuthengweni kwezinto zokusetshenziswa, kuya kuyo yonke inqubo enqubweni yokukhiqiza, bese kuba ukuhlolwa nokupakishwa komkhiqizo wokugcina, yonke isixhumanisi ilandela amazinga omhlaba wonke ukuqinisekisa ukuzinza nokuthembeka kwekhwalithi yomkhiqizo. Ngesikhathi esifanayo, isitifiketi sokuphepha se-UL sibonisa ukusebenza okuhle kakhulu kokuphepha kwemikhiqizo yethu, sivikela ngempumelelo ukuphepha komuntu siqu kanye nempahla yabasebenzisi; isitifiketi sokuvikelwa kwemvelo se-ROHS kanye nesitifiketi somthethonqubo we-REACH sibonisa umuzwa wethu omkhulu wesibopho sokuvikelwa kwemvelo, futhi sizibophezele ekuhlinzekeni amakhasimende ngemikhiqizo ye-PCB eluhlaza neyobungani nemvelo.
- Ukwethulwa Kwekhwalithi Ephakeme Ngaphansi Kwezindinganiso Eziqinile: Imikhiqizo yethu ihambisana ngokuqinile ne-IPC - 6012 Class 3A standard, emele izidingo zekhwalithi ephezulu kakhulu embonini ye-PCB futhi ihlanganisa izilinganiso eziningi ezibalulekile njengokubukeka komkhiqizo, ukunemba kobukhulu, kanye nokusebenza kukagesi. Ikhono lethu lokuhlangabezana naleli zinga libonisa ngokugcwele ubuciko bethu obuhle kanye nokulawula okuqinile enkambisweni yokukhiqiza, ukuqinisekisa ukuthi yonke i-PCB elethwa kuwe inekhwalithi ephezulu kakhulu yezempi futhi ingasebenza ngokuzinzile ezindaweni ezahlukahlukene eziyinkimbinkimbi nezinzima.
Amandla Esevisi Yokwenza Ngokwezifiso Eguquguqukayo Kakhulu
- Ukwenza Ngokwezifiso Konke Ukuze Kuhlangatshezwane Nezidingo Ezihlukahlukene: Siyaqonda ukuthi izidingo ze-PCB zamakhasimende ahlukene ziyahlukahluka kakhulu. Ngakho-ke, sinikeza izinsizakalo zokwenza ngokwezifiso konke kusukela ekwakhiweni kuya ekukhiqizweni. Kungakhathaliseki ukuthi yiziphi izidingo ezikhethekile onazo ngenani lezingqimba, usayizi, noma ukwakheka kwemodyuli esebenzayo yebhodi lesifunda, noma uma udinga izinto noma izinqubo ezithile, ithimba lethu lochwepheshe lingasebenzisana nawe eduze ukuze lihlele ikhambi elifanele kakhulu ngokwezici nezidingo zephrojekthi yakho.
- Ithimba Lochwepheshe Lisiza Ekuthuthukiseni Izixazululo: Ngesikhathi senqubo yokwenza ngokwezifiso, ithimba lethu lonjiniyela abanolwazi lizosebenzisa ulwazi lwabo lobuchwepheshe ukukunikeza iziphakamiso zokuthuthukisa umklamo. Ngokulungisa ngokufanele ukwakheka kwesekethe, ukukhetha izinto ezifanele kakhulu, nezinye izindlela, singakusiza ukunciphisa izindleko nokuthuthukisa ukusebenza komkhiqizo ngenkathi uhlangabezana nezidingo zakho zokusebenza, ukufeza inzuzo ephezulu yephrojekthi.
Uhlelo Oluphelele Nolucabangelayo Lwezinsizakalo Zamakhasimende
- Ukulandelela Iphrojekthi Okuphelezelwa Yizifundo Ezigcwele: Kusukela ngesikhathi uqala ukuxhumana nathi ngezidingo zakho zephrojekthi, umphathi wephrojekthi ozinikele uzokunikeza isevisi yomuntu ngamunye. Bazolandela inqubekela phambili yephrojekthi kuyo yonke inqubo futhi baphendule ngokushesha kuzo zonke izindawo ezibalulekile enqubweni yokukhiqiza ukuqinisekisa ukuthi uhlala unolwazi ngesimo sephrojekthi. Kungakhathaliseki ukuthi ingxoxo yohlelo lokuklama, ukuhlanganiswa kwezinkinga ngesikhathi senqubo yokukhiqiza, noma isevisi yangemva kokuthengisa ngemva kokulethwa, ungajabulela isevisi ephumelelayo, yobungcweti, neyokucabangela.
Ukusekelwa Okusheshayo Kokuthengiselana Ngemva Kokuthengisa: Uma uhlangabezana nanoma yiziphi izinkinga ngesikhathi sokusetshenziswa kwemikhiqizo yethu, ithimba lethu lokuthengisa ngemva kokuthengisa lizophendula ngokushesha futhi likunikeze izixazululo ngesikhathi esifushane kakhulu. Kungakhathaliseki ukuthi ukusingatha izinkinga zekhwalithi yomkhiqizo noma ukubonisana nobuchwepheshe kanye nesiqondiso, sithatha ukwaneliseka kwamakhasimende njengomgomo wethu oyinhloko futhi senza yonke imizamo yokuqinisekisa ukusebenza kahle kwephrojekthi yakho futhi sikukhulule kunoma yiziphi izinkathazo.
Ulwazi Olwengeziwe mayelana ne-Microwave RFID PCB
1. Kungani Kufanele Ukhethe i-Hybrid Press kaRogers 4350B no-FR - 4?
Ukulinganisa Ukusebenza Okuphezulu kanye Nezindleko Ngokuklanywa Okuhlanganisiwe
Ngakolunye uhlangothi, i-FR - 4, into engabizi kakhulu, iyasebenza ezindaweni ezifana nokunikezwa kwamandla kanye nezithwali zesekethe yedijithali. Ihlinzeka ngeplatifomu ezinzile yale misebenzi, engadingi izinga elifanayo lokusebenza kwemvamisa ephezulu njengengxenye yokuphatha isignali ye-RF. Ngokuhlanganisa lezi zinto ezimbili ekwakhiweni kwe-hybrid press, sifinyelela ibhalansi emangalisayo.
Lo mklamo awuqinisekisi nje kuphela ukusebenza okuhle kakhulu kodwa futhi uholela ekongeni izindleko okukhulu. Uma kuqhathaniswa nokusebenzisa ibhodi le-all-Rogers, izindleko zizonke zingancishiswa kufikela ku-40%. Lokhu kusebenza kahle kwezindleko, ngaphandle kokudela ukusebenza, kwenza i-Rogers 4350B kanye ne-FR - 4 hybrid press ibe yisinqumo esifanele sezinhlelo zokusebenza ezahlukahlukene, kusukela ezinhlelweni ze-RFID zezentengiselwano kuya ezinhlelweni zezimboni lapho ukusebenza kanye nezindleko kuyizinto ezibalulekile okufanele uzicabangele.
2. Umthelela we-Electroless Nickel Immersion Gold (ENIG) ekusebenzeni kwe-RFID
I-ENIG: Ukuqinisekisa Ukusebenza Okuhle Nokuthembeka Kwesikhathi Eside
Ezinhlelweni ze-RFID, i-antenna iyisici esibalulekile, futhi noma yikuphi ukushintshashintsha kwe-impedance kungaholela ekulahlekelweni kwesignali kanye nokwehla kwebanga lokuxhumana. Ubuso obuyisicaba obunikezwa yiNGIYAVUMA
kuqinisekisa ukuthi ukuvinjelwa kwama-antenna afakwe ebusweni kuhlala kufana kuyo yonke ibhodi, okuvumela ukudluliselwa kwesignali okuphumelelayo nokwamukelwa.
Ngaphezu kwalokho, ungqimba lwegolide enqubweni ye-ENIG lusebenza njenge-antioxidant enamandla. Endaweni yokusebenza yangempela yamadivayisi e-RFID, ukuchayeka emoyeni nasemswakeni kungabangela i-oxidation, okubuye kuphazamise ukuhanjiswa kwezindawo zokuxhumana ze-RF. Ungqimba lwegolide luvimbela ngempumelelo lokhu kuqhekeka, lugcine ukuhanjiswa kwesikhathi eside kwalezi zindawo zokuxhumana ezibalulekile. Lokhu akugcini nje ngokuthuthukisa ukusebenza kohlelo lwe-RFID ngesikhathi sokusebenza kwalo kokuqala kodwa futhi kuqinisekisa ukusebenza kwalo okuthembekile isikhathi eside, kunciphisa isidingo sokulungiswa njalo nokushintshwa.
3. Ungakulawula Kanjani Ukunemba Kokuhambisana Kwezingqimba Eziphakathi Kwebhodi Lezingqimba Ezingu-8?
Amasu Athuthukisiwe Okuqondanisa Okuqondile Kwezingqimba Eziphakathi Kwamabhodi Angu-8
Ukubeka i-X-Ray drilling positioning kuyindlela enembe kakhulu esivumela ukuthi sithole ngokunembile imigodi yokubhoboza kungqimba ngayinye. Ngokusebenzisa i-X-Ray imaging, singakwazi ukubona indawo eqondile yamaphuzu okubhekisela kungqimba ngayinye, siqinisekise ukuthi imigodi yokubhoboza ibhobozwe endaweni efanele. Lokhu kunemba kubalulekile njengoba kwakha isisekelo sokuqondanisa okulandelayo ngesikhathi senqubo yokubhoboza.
Ngakolunye uhlangothi, uhlelo lokuqondanisa okuzenzakalelayo lwe-CCD lusebenzisa izithombe ezibonakalayo ukuthola izimpawu zokuqondanisa kungqimba ngayinye. Uma izimpawu sezitholiwe, uhlelo lungalungisa ngokuzenzakalelayo indawo yezendlalelo ukuqinisekisa ukulingana okuphelele ngaphambi kwenqubo yokubopha. Leli khono lokulungisa ngesikhathi sangempela lithuthukisa kakhulu ukunemba kokuqondanisa phakathi kwezendlalelo.
Ngokusebenzisa lobu buchwepheshe obubili, siyakwazi ukufeza ukungalingani phakathi kwezingqimba okungaphansi kwama-50μm. Leli zinga eliphakeme lokunemba lihlangabezana nezidingo eziqinile zemiklamo ye-HDI, lapho ngisho nokungalingani okuncane kakhulu kungaholela ezinkingeni ezifana nezingqimba ezimfushane, izingqimba ezivulekile, noma ukuphazamiseka kwesignali. Ngokuqinisekisa ukuhambisana okunembile kwezingqimba, sithuthukisa ukusebenza okuphelele kanye nokuthembeka kwe-PCB ye-Microwave RFID enezingqimba ezingu-8, okwenza ifaneleke ukusetshenziswa ezinhlotsheni ezahlukene zokusebenza okuphezulu.
Izicelo
- I-UHF RFID, 12.
- I-RFID, -40℃.
- 134℃ RFID，1000。
- • I-Intelligent Warehousing: Amathegi ethreyi le-UHF RFID anebanga lokufunda elingamamitha ayi-12, avumelana nezimo zeshelufu lensimbi.
• Ukuphathwa Kwezempi: Amathegi okuphathwa kwezikhali ze-RFID ezilwa nensimbi, ayakwazi ukumelana namazinga okushisa abandayo kakhulu angu-40℃ kanye nezindawo ezinothuli nesihlabathi.
• Ukuhlanza ngemithi: Amathegi e-RFID okuhlanza ngemithi okushisa okuphezulu angu-134℃, angasetshenziswa kabusha izikhathi ezingaphezu kwe-1000.
I-Intelligent Warehousing: Amathegi e-UHF RFID Tray
Ukuthuthukisa Ukuphathwa Kwendawo Yokugcina Impahla Ngebanga Elide Nelensimbi - Elinobungane Amathegi
Kuhlelo oluyinkimbinkimbi lwezindawo zokugcina impahla zanamuhla ezihlakaniphile, ukulandelela nokuphatha impahla ngendlela ephumelelayo kubaluleke kakhulu. Amathegi ethreyi e-UHF RFID avele njengesisombululo esishintsha umdlalo. Lawa mathegi aklanywe ukuze abe nobubanzi bokufunda obuhlaba umxhwele obufinyelela kumamitha ayi-12. Leli khono lobubanzi obude livumela ukuhlonza amathreyi ngokushesha nangokulula kulo lonke ihholo, ngisho noma usekude kakhulu.
Okuhlukanisa la mathegi ukuthi ayakwazi ukuzivumelanisa nezimo eziphawulekayo nezimo zamashelufu ensimbi. Izindawo zensimbi zingaba inselele enkulu kumasignali e-RFID ngenxa yokubonakaliswa kwesignali kanye nokuphazamiseka. Kodwa-ke, amathegi ethu ethreyi le-UHF RFID aklanywe ngobuchwepheshe obuthuthukisiwe bokulwa nokuphazamiseka. Ayakwazi ukudlulisa nokwamukela amasignali ngokunembile naphezu kokuba khona kwamashelufu ensimbi. Lokhu kuwenza afaneleke ukusetshenziswa ezindaweni zokugcina impahla lapho kuvame ukusetshenziswa khona amashelufu ensimbi.
Ngala mathegi, abaqhubi bezindawo zokugcina impahla bangenza ukuhlolwa okusheshayo kwempahla. Abaqhubi be-Forklift bangaskena amathreyi ngokushesha njengoba behambahamba endaweni yokugcina impahla, besusa isidingo sokuskena ngesandla into ngayinye. Lokhu akugcini nje ngokusindisa isikhathi esiningi kodwa futhi kunciphisa ingozi yamaphutha abantu. Idatha yesikhathi sangempela enikezwa yilezi zindawo zokugcina impahla yenza kube lula ukuphathwa kwesitoko okungcono, okuqinisekisa ukuthi amazinga empahla ahlala elungiswa futhi izimpahla zingatholakala futhi zithunyelwe kahle kakhulu.
Amathegi e-Anti - Metal RFID Ordnance Management
Ukumaka Okuthembekile Kwezindawo Eziyinselele Zezempi
Imisebenzi yezempi ivame ukwenzeka kwezinye zezimo ezinzima kakhulu eMhlabeni. Amathegi ethu okuphatha izikhali ze-RFID ezilwa nensimbi aklanyelwe ngqo ukumelana nalezi zinselele ezinkulu. Akhelwe ukubekezelela amakhaza ashubile angu-40℃. Ezindaweni ezibandayo zokuthunyelwa kwezempi, njengezifunda zase-Arctic noma ezindaweni ezinezintaba eziphakeme, amathegi endabuko angahluleka ngenxa yobuthakathaka bezinto ezibangelwa ukubanda noma ukuwohloka kwesignali. Kodwa-ke, amathegi ethu akhiwa kusetshenziswa izinto ezikhethekile ezingamelani namazinga okushisa aphansi kanye nemiklamo yesekethe ethuthukisiwe egcina ukusebenza kwazo ngisho nasemakhazeni ashubile kangaka.
Ngaphezu kokubanda, imisebenzi yezempi ivame ukuhambisana nezimo ezinothuli nesihlabathi. Isihlabathi nothuli kungangena futhi kulimaze izingxenye ze-elekthronikhi. Kodwa lawa mathegi e-RFID alwa nensimbi avalwe futhi avikelwe ngebhokisi eliqinile elimelana nokungena kothuli nesihlabathi. Izakhiwo zawo ezilwa nensimbi zibalulekile ezindaweni zempi lapho izikhali nemishini zivame ukwenziwa ngensimbi. Amathegi anganamatheliswa ngqo ezinqoleni zensimbi ngaphandle kokuphazamiseka kwesignali, okuvumela ukulandelwa okunembile kwezikhali, izinhlamvu, nezinye izimpahla zempi.
Lolu hlelo lokumaka oluthembekile luqinisekisa ukuthi abasebenzi bezempi bangahlala belandelela izikhali zabo ezibalulekile. Kungakhathaliseki ukuthi kusesikhathini sokuthuthwa, ukugcinwa, noma ukuthunyelwa ensimini, amathegi ahlinzeka ngolwazi lwendawo kanye nesimo ngesikhathi sangempela. Lokhu kwenza kube lula ukuhlela amasu okungcono, izikhathi zokuphendula ngokushesha uma kunezimo eziphuthumayo, kanye nokusebenza kahle kwezempi okuthuthukisiwe.
Ukuhlanza Inzalo Kwezokwelapha: 134℃ Ukuhlanza Inzalo Kwezinga Lokushisa Eliphezulu Amathegi e-RFID
Amathegi Ahlala Isikhathi Eside Okuhlanza Ngokuphindaphindwayo Emkhakheni Wezokwelapha
Embonini yezokwelapha, ukugcina amazinga okuhlanzeka okuqinile kanye nokulandelela akunakwenzeka ukuxoxisana. Amathegi ethu e-RFID okuhlanza asezingeni eliphezulu angu-134℃ aklanyelwe ukuhlangabezana nezidingo ezinzima zezinqubo zokuhlanza amakhemikhali. Lawa mathegi ayakwazi ukumelana namazinga okushisa aphezulu kakhulu angu-134℃ ngesikhathi sokuhlanza amakhemikhali nge-autoclave, okuyindlela evamile nephumelelayo yokuqeda amagciwane, amagciwane, kanye nezinye izifo ezithathelwanayo ezindaweni zezokwelapha.
Ngaphezu kwalokho, la mathegi ahlala isikhathi eside, futhi ayakwazi ukusetshenziswa kabusha izikhathi ezingaphezu kwe-1000. Lokhu kuqina okuphezulu akugcini nje ngokunciphisa izindleko ezihambisana nokushintsha amathegi njalo kodwa futhi kuqinisekisa ukulandelwa okuqhubekayo nokuthembekile kwemishini yezokwelapha namathuluzi. Esimweni sasesibhedlela, lapho inani elikhulu lamathuluzi okuhlinza, amadivayisi afakelwa, kanye nezinye izinto zokwelapha kudingeka zihlanzwe futhi zilandelwe, la mathegi adlala indima ebalulekile.
Isikhathi ngasinye lapho into yezokwelapha ihlanzwa, ithegi ingaskenwa ukuze kuqoshwe usuku lokuhlanza, isikhathi, kanye nolunye ulwazi olufanele. Lokhu kusiza ekugcineni irekhodi eliningiliziwe nelinembile lomlando wokuhlanza into ngayinye, ukuqinisekisa ukuthi kusetshenziswa izinto ezihlanzwe kahle kuphela ezigulini. Amandla alezi thegi okubekezelela imijikelezo yokuhlanza ephindaphindwayo azenza zibe yingxenye ebalulekile ekuphathweni kwempahla yezokwelapha yesimanje, okufaka isandla ekuthuthukiseni ukuphepha kwesiguli kanye nokusebenza kahle kwesibhedlela.
Izicelo Ezinwetshiwe Zama-PCB Ahlanganisiwe Anemvamisa Ephakeme
