I-Microwave RFID PCB yeHybrid: I-Rogers 4350B Stackup eneZingqi ezi-8, i-ENIG Finish
I-Multilayer PCB, nayiphi na i-HDI PCB yomaleko
| Uhlobo | I-PCB + impedance ecinezela rhoqo yeHybrid |
| Imveliso yokugqibela | |
| Izinto | IRogers RO4350B 1E/1E 0200 (DK=3.48）（0.508mm）+ Iisubstrates eziqhelekileyo S1000-2M FR-4、TG170 |
| Inani leleya | 8L |
| Ubukhulu beBhodi | 1.6mm |
| ubungakanani obunye | 143.5 * 156mm/1PCS |
| Ukugqitywa komphezulu | VUMELANA |
| ubukhulu bobhedu bangaphakathi | 18um |
| ubukhulu bobhedu bangaphandle | 35um |
| umbala wemaski yesolder | oluhlaza (GTS, GBS) |
| umbala wesikrini sesilika | emhlophe (GTO,GBO) |
| ngonyango | Imingxunya yeplagi yemaski yesolder |
| uxinano lomngxuma wokugrumba ngoomatshini | 14W/㎡ |
| uxinano lomngxuma wokugrumba nge-laser | / |
| ubungakanani obuncinci | 0.2mm |
| ububanzi bomgca/indawo encinci | 4/4ml |
| umlinganiselo wokuvula | 10mil |
| amaxesha okucinezela | Ixesha eli-1 |
| amaxesha okubhola | Ixesha eli-1 |
| I-PN | B0889277A |
Iimpawu zoYilo kunye neMveliso
Iimpawu zeeMveliso zePCB
- Uhlobo:I-PCB yeHybrid High-Frequency (Rogers 4350B + FR-4)
- Umaleko:Iileya ezi-8
- Ubukhulu bebhodi:1.6mm (± 10%)
- Izixhobo:
- Iileya zangaphandle: Rogers RO4350B 1E/1E 0200 (0.508mm, DK=3.48 @10GHz)
- Iileya zangaphakathi: S1000-2M FR-4, TG170
- Ukugqitywa komphezulu:ENIG (Ni: 3–5μm, Au: 0.05–0.1μm)
- Ubukhulu beCopper:
- Ngaphandle: 35μm (1oz)
- Ngaphakathi: 17.5μm (0.5oz)
- Ulawulo lwe-Impedance:±5% (50Ω/75Ω/100Ω inokwenziwa ngokwezifiso)
- Ubungakanani obuncinci:0.2mm
- I-PN: B0889277A
- Izicelo:Abafundi beRFID, iithegi zeMicrowave, iiModule ze-5G IoT
Iingenelo zezinto eziphathekayo
Ukusebenza rhoqo: I-Rogers 4350B isetyenziselwa umaleko womphezulu, kunye ne-dielectric constant ezinzileyo (DK=3.48 ± 0.05) kunye ne-tangent yokulahleka eyi-0.0037 kuphela kwi-10GHz, ukuqinisekisa ukuhanjiswa phantse kwe-zero yesignali ye-microwave kunye nokunyusa umgama wokufunda weethegi ze-RFID ukuya ngaphezulu kweemitha ezili-15.
Ukulungiswa kweendleko: Umaleko ongaphakathi usebenzisa i-substrate ephezulu ye-TG FR-4, enciphisa iindleko zezinto nge-30% ngelixa iqinisekisa amandla olwakhiwo, okwenza ukuba ifaneleke kwimveliso enkulu ye-RFID tag.
Uzinzo lobushushu: Ubushushu botshintsho lweglasi lweRogers 4350B (Tg)>280 ℃, umaleko we-FR-4 Tg 170 ℃, ufanelekile kwi-reflow soldering nakwiindawo ezishushu kakhulu.
Uyilo lwe-Hybrid Stackup
Uyilo lweeleya ezisi-8: Iileya 1-2 ziiRogers 4350B (ileya ye-antenna), iileya 3-6 ziiFR-4 (umbane/umhlaba), kwaye iileya 7-8 ziiRogers 4350B (isekethe ye-RF transceiver), zifezekisa ukwahlulwa ngokugqibeleleyo komhlaba wamandla esignali.
Ukuhambelana kwe-Impedance: Lungiselela ububanzi bemigca ye-microstrip/strip ngokusebenzisa i-3D electromagnetic field simulation, uxhase ukucinezelwa kwe-harmonic ukuya kuthi ga kwi-40GHz, kwaye unciphise izinga leempazamo zeenkqubo ze-RFID.
Inkqubo Ephambili
Ukubhola nge-laser: Ubuncinane be-0.2mm micro hole, ukufikelela kunxibelelwano oluxineneyo kwaye ukuziqhelanisa noyilo lwe-RFID tag encinci.
Lawula umjelo wokugaya onzulu: Indawo ye-antenna isebenzisa uyilo lomjelo wokwahlulahlula ukunciphisa ukuphazamiseka kwemitha yomphetho kunye nokuphucula ukuchaneka kokufunda.
Ukusebenza kweBanga loMkhosi
Ukusebenza kobushushu obubanzi: Kwenziwe uvavanyo lwe-MIL-STD-202G method 107 thermal shock (-55 ℃) ↔ 125 ℃, ii-1000 cycles), ngaphandle kokususa okanye ukugqwala.
Ukhuseleko lwesitshizi setyuwa: Umphezulu we-ENIG awuxhathisi isitshizi setyuwa kangangeeyure ezingama-96 (ASTM B117), ufanelekile kwizixhobo ze-RFID ezithuthwa ngeenqanawa/zangaphandle.
Ukungadlidlizi: Akukho sixhobo siqhekekileyo ngexesha lovavanyo lokudlidliza olungacwangciswanga (20-2000Hz, 15Grms), sihlangabezana nomgangatho we-MIL-STD-810G.
Ulawulo lwe-Impedance echanekileyo
Iinkcukacha ze-Impedance
Ukuchaneka kwe-Impedance: ± 5% (Umgangatho), ± 3% (Ukwenza ngokwezifiso okukhethwayo)
Amaxabiso aqhelekileyo e-Impedance:
Iimpawu eziphele zodwa: 50Ω (Imigca yoThumelo lweRF), 75Ω (ii-Interface zeVidiyo)
IiPair zokwahluka: 90Ω (USB), 100Ω (LVDS)
Uluhlu lweeFrequency: DC~40GHz (Ixhasa i-5G/IiMillimeter - Usetyenziso lwamaza
Iindlela zoVavanyo: Ixesha le-TDR - I-Domain Reflectometer + I-Vector Network Analyzer (VNA)
Uyilo kunye neTekhnoloji yokuphumeza
Ukuphucula kunye nokuHlanganisa izinto
Umaleko womphezulu usebenzisa iRogers RO4350B (DK = 3.48±0.05 @10GHz). I-dielectric constant yayo ezinzileyo iqinisekisa ukuhambelana kwe-impedance kwibhendi ye-frequency ephezulu.
Umaleko wangaphakathi u-FR - 4 (DK = 4.2) kunye nomaleko ophindaphindayo ophezulu zenziwe nge-hybrid dielectric transition ukuze kuphuculwe ukuqhubeka kwe-inter-layer impedance kunye nokunciphisa ukubonakaliswa kwesignali.
Ukulinganisa intsimi ye-electromagnetic ye-3D
I-ANSYS HFSS isetyenziselwa ukwenza ukulinganisa okupheleleyo kwamaza kwimigca ye-microstrip/imigca ye-strip ukuze kubalwe ngokuchanekileyo ububanzi bomgca, isithuba, kunye nobukhulu be-dielectric:
Kwimigca ye-microstrip ye-50Ω: Ububanzi bomgca yi-0.68mm (umaleko weRogers 4350B)
Kwi-100Ω differential pairs: Ububanzi bomgca yi-0.15mm/isithuba yi-0.2mm
Ixhasa uyilo lokucinezela i-harmonic (umz., okwesithathu - ukuncitshiswa kwe-harmonic kwi-40GHz yi>30dB) ukunciphisa ukuphazamiseka kwe-RF.
Ulawulo lweNkqubo
Ukuchaneka kokukrola: ± 0.02mm, ukuqinisekisa ukunyamezelana kobubanzi bomkhondo.
Ulungelelwaniso lweLamination: Indawo ye-X-RAY, enokuphambuka phakathi komaleko
Unyango Lomphezulu: Igolide Yokuntywiliselwa ye-ENIG Engena-Electroless Nickel (ubukhulu begolide yi-0.05 - 0.1μm), ukuqinisekisa ukuba ii-solder pads zithe tyaba kwaye kunciphisa ukuphambuka kwe-impedance.
Uvavanyo kunye noQinisekiso
Uvavanyo lwe-Impedance oluyi-100%: Inkqubo yovavanyo lwe-Polar CITS900 flying - probe isetyenziselwa ukwenza uhlolo olupheleleyo lweenethiwekhi eziphambili ze-RF.
Uvavanyo lweFrequency - Domain: I-vector network analyzer (Keysight PNA) ivavanya iiparameter ze-S ukuqinisekisa ukuba iVoltage Standing Wave Ratio (VSWR)
Ukuthembeka kokusingqongileyo:
I-impedance drift ingaphantsi kwe-2% phantsi kobushushu obuphezulu (125℃) kunye nobushushu obuphantsi (-40℃), ihlangabezana nomgangatho we-MIL - STD - 883.
Emva kokuguga kangangeeyure ezingama-96 kumswakama ongama-85%, izinga lokutshintsha kwe-impedance lingaphantsi kwe-3%.
Iinkonzo zokwenza ngokwezifiso
Iimfuno ezikhethekileyo ze-Impedance: Ixhasa uyilo lwe-impedance olungekho semgangathweni (njenge-28Ω/110Ω, njl.njl.) kwaye ibonelela ngeengxelo zokulinganisa kunye nedatha yovavanyo.
Ingxelo yoVavanyo lwe-Impedance: Ihanjiswa kunye nebhodi, kuquka amaxabiso e-impedance alinganisiweyo, iidayagram ze-TDR waveform, kunye nee-VNA curves.
Iingenelo ze-Impedance kwiimeko zesicelo
Imigca ye-RFID Reader Antenna Feed
Ukuhambelana okuchanekileyo kwe-50Ω kufezekisa ilahleko yokubuya kwe-antenna ye-
I-Millimeter - I-Wave RF Ngaphambili - Isiphelo
Ukuhambelana kwe-impedance (±3%) kwi-28GHz band ixhasa ii-millimeter - iimodyuli zamaza kwizikhululo zesiseko ze-5G kunye nonxibelelwano lwesathelayithi.
Ukudluliselwa kweSignali yoHluko oluPhezulu
I-skew yee-differential pairs ze-100Ω yi-
Ukuzibophelela koMgangatho
Isiseko Esisemgangathweni: Iyahambelana nenkcazo yolawulo lwe-impedance ye-IPC - 2141A kunye nomgangatho wokwamkelwa we-IPC - 6012 Class 3A.
Ukulandelelwa kweNgxaki: Igcina idatha yovavanyo lwe-impedance kunye neeparamitha zenkqubo kwibhetshi nganye, ixhasa ukulandelelwa kwedatha yeminyaka eli-10.
Kutheni Ukhetha Uvuyo Olupheleleyo Olutyebileyo?
Kwicandelo elikhulu le-PCB, iRich Full Joy ivele njengeqabane elithembekileyo nelithandwayo kubathengi bethu, ngenxa yeenzuzo ezininzi ezibalaseleyo. Ukusikhetha kufana nokufaka isikhuthazo esinamandla sempumelelo yeprojekthi yakho. Apha ngezantsi, siza kukunika uhlalutyo oluneenkcukacha lwezizathu ezininzi eziphambili zokuba abathengi basikhethe:
Isiseko seTekhnoloji yeFrequency esiQinisekileyo nesiQinisekileyo
- Ishumi leminyaka lokugxila ngokuzinikela: Ukuze kube luncedo ngokupheleleyo 20Kwiminyaka edlulileyo, besizinikele ngentliziyo yonke kwicandelo lokuvelisa ii-PCB ze-microwave. 20Iminyaka ibilixesha lophando oluqhubekayo, ukuqokelelana, kunye nokuphumelela. Siye sangena nzulu kwiimpawu zento nganye kunye nayo yonke inkqubo yokuvelisa, safikelela kwinqanaba eliphambili lokuqonda ii-PCB ze-microwave kwishishini.
- Amandla Obuchwephesha Aqulunqwe Ngamatyala Amaninzi: Sigqibe ngempumelelo iiprojekthi zeRFID ezingaphezu kwe-100, ezigubungela uluhlu olubanzi lwamacandelo ukusuka kwizicelo ezisisiseko ukuya kubuchwepheshe obuphambili. Iprojekthi nganye ibe luvavanyo oluqatha lwezakhono zethu zobugcisa, kwaye asiphelelanga nje ekuhlangabezaneni nale mingeni ngempumelelo, kodwa sikwaphucule izisombululo zethu rhoqo ukuze sinike abathengi iimveliso kunye neenkonzo ezidlula ulindelo lwabo. Ungafumana ngokuthe ngqo impumelelo yethu entsha kunye namava atyebileyo kwizicelo zobuchwepheshe obuphezulu ngokusebenzisa umgca wethu wemveliso yeRF.
Inkonzo yoLungiso oluSebenzayo nolukhawulezayo
- Umbane - Isantya Sokuhambisa Esikhawulezayo: Siyiqonda nzulu indlela ixesha elixabiseke ngayo ngexesha lokuqhubela phambili iprojekthi. Ngokuphathelele inkonzo yokulinganisa iibhodi zokushicilela ze-hybrid ezinamalaya asi-8, sixhomekeke kwiinkqubo zethu zokuvelisa ezisebenzayo kunye nezixhobo eziphambili, sinciphise ixesha lokuhambisa ukuya kwiintsuku eziyi-≤7. Oku kuthetha ukuba ungazifumana iisampulu ngokukhawuleza, wenze umsebenzi wokuvavanya nokuvavanya ngokukhawuleza, unciphise kakhulu umjikelo weprojekthi, kwaye usebenzise ithuba lemarike.
- Ingxelo yoVavanyo lwe-Impedance yasimahla neyoBuchule: Ukuze sikuncede uqonde ngokupheleleyo ukusebenza kwemveliso, sinikezela ngengxelo yovavanyo lwe-impedance yobungcali simahla. Le ngxelo ihlanganiswe ngononophelo liqela lethu lobuchwephesha elinamava, elirekhoda ngokweenkcukacha idatha ye-impedance yemveliso phantsi kweemeko ezahlukeneyo kunye nezihlandlo. Ikunika inkxaso yedatha echanekileyo yoyilo lwemveliso, ukulungiswa, kunye nokudityaniswa nezinye izinto, okukuvumela ukuba uqonde ngokucacileyo umgangatho wemveliso kunye nokusebenza kwayo.
Ukuqinisekiswa koMgangatho woMkhosi oGunyazisiweyo noQhakamshelwano
- Inkqubo yeSatifikethi seHlabathi esiBanzi: Siphumelele ngempumelelo isiqinisekiso senkqubo yolawulo lomgangatho se-ISO9001, siseka inkqubo yolawulo lomgangatho yesayensi, engqongqo, nepheleleyo. Ukususela ekuhlolweni nasekuthengweni kwezinto eziluhlaza, ukuya kuyo yonke inkqubo yemveliso, ukuya ekuhlolweni nasekupakishweni kwemveliso yokugqibela, yonke ikhonkco ilandela imigangatho yamazwe ngamazwe ukuqinisekisa uzinzo kunye nokuthembeka komgangatho wemveliso. Kwangaxeshanye, isiqinisekiso sokhuseleko se-UL sibonisa ukusebenza kakuhle kokhuseleko lweemveliso zethu, sikhusela ngokufanelekileyo ukhuseleko lomntu kunye nepropathi yabasebenzisi; isiqinisekiso sokhuseleko lokusingqongileyo se-ROHS kunye nesiqinisekiso somgaqo we-REACH sibonisa ingqiqo yethu ephezulu yoxanduva lokhuseleko lokusingqongileyo, kwaye sizimisele ukubonelela abathengi ngeemveliso ze-PCB eziluhlaza nezinobuhlobo nokusingqongileyo.
- Inkcazo-ntetho Esemgangathweni Ophezulu Phantsi Kwemigangatho Engqongqo: Iimveliso zethu zihambelana ngokungqongqo nomgangatho we-IPC - 6012 Class 3A, omele iimfuno zomgangatho ophezulu kakhulu kushishino lwe-PCB kwaye ugubungela imilinganiselo emininzi ephambili efana nokubonakala kwemveliso, ukuchaneka kobukhulu, kunye nokusebenza kombane. Ukukwazi kwethu ukuhlangabezana nalo mgangatho kubonisa ngokupheleleyo ubugcisa bethu obuhle kunye nolawulo oluqinileyo kwinkqubo yemveliso, ukuqinisekisa ukuba yonke i-PCB eziswa kuwe inomgangatho ogqwesileyo womkhosi kwaye inokusebenza ngokuzinzileyo kwiindawo ezahlukeneyo ezinzima nezinzima.
Ubuchule beNkonzo yokwenza ngokwezifiso eziguquguqukayo kakhulu
- Ukwenziwa ngokwezifiso okujikelezayo ukuze kuhlangatyezwane neemfuno ezahlukeneyo: Siyaqonda ukuba iimfuno ze-PCB zabathengi abahlukeneyo zahlukile kakhulu. Ke ngoko, sinikezela ngeenkonzo zokwenza ngokwezifiso ezijikelezayo ukusuka kuyilo ukuya kwimveliso. Nokuba zeziphi iimfuno ezikhethekileyo onazo ngenani leeleya, ubungakanani, okanye uyilo lwemodyuli olusebenzayo lwebhodi yesekethe, okanye ukuba ufuna izixhobo okanye iinkqubo ezithile, iqela lethu leengcali lingasebenzisana nawe ukuze lilungelelanise isisombululo esifanelekileyo ngokweempawu neemfuno zeprojekthi yakho.
- Iqela leeNgcali linceda ekuphuculeni izisombululo: Ngexesha lenkqubo yokwenza ngokwezifiso, iqela lethu leenjineli ezinamava liza kusebenzisa ulwazi lwalo lobuchwephesha ukukunika iingcebiso zokuphucula uyilo. Ngokulungisa ngokufanelekileyo uyilo lwesekethe, ukukhetha izixhobo ezifanelekileyo, kunye nezinye iindlela, sinokukunceda ukunciphisa iindleko kunye nokuphucula ukusebenza kwemveliso ngelixa uhlangabezana neemfuno zakho zokusebenza, ukufezekisa inzuzo ephezulu yeprojekthi.
Inkqubo yeNkonzo yaBathengi epheleleyo neyoBuchule
- Ukulandelelana kweProjekthi Ehamba nekhosi Epheleleyo: Ukususela kwangoko xa uqala ukunxibelelana nathi ngeemfuno zeprojekthi yakho, umphathi weprojekthi ozinikeleyo uya kukunika inkonzo yomntu ngamnye. Baza kulandelela inkqubela yeprojekthi kuyo yonke inkqubo kwaye banike ingxelo ngokukhawuleza kuyo yonke indawo ebalulekileyo kwinkqubo yemveliso ukuqinisekisa ukuba uhlala unolwazi ngemeko yeprojekthi. Nokuba yingxoxo yesicwangciso soyilo, ukulungelelaniswa kweengxaki ngexesha lenkqubo yemveliso, okanye inkonzo emva kokuhanjiswa, ungonwabela inkonzo esebenzayo, yobungcali, neyokucingela.
Impendulo Ekhawulezileyo Emva Kokuthengisa: Ukuba udibana neengxaki ngexesha lokusetyenziswa kweemveliso zethu, iqela lethu lokuthengisa emva kokuthengisa liza kuphendula ngokukhawuleza kwaye likunike izisombululo ngexesha elifutshane kangangoko. Nokuba kukujongana neengxaki zomgangatho wemveliso okanye ukubonisana ngobuchwephesha kunye nesikhokelo, sithatha ulwaneliseko lwabathengi njengenjongo yethu ephambili kwaye senza yonke imizamo yokuqinisekisa ukusebenza kakuhle kweprojekthi yakho kwaye sikukhulule kuzo naziphi na iingxaki.
Ulwazi oluthe kratya malunga neMicrowave RFID PCB
1. Kutheni Ukhetha iHybrid Press kaRogers 4350B kunye neFR - 4?
Ukulinganisela Ukusebenza Okuphezulu kunye neendleko ngokusebenzisa uYilo lweHybrid
Kwelinye icala, i-FR - 4, isixhobo esingabizi kakhulu, siyasebenza kwiindawo ezifana nombane kunye neenkampani zesekethe zedijithali. Ibonelela ngeqonga elizinzileyo lale misebenzi, engadingi nqanaba lifanayo lokusebenza rhoqo njengenxalenye yokuphatha isignali ye-RF. Ngokudibanisa ezi zinto zimbini kuyilo lwe-hybrid press, sifumana ibhalansi ephawulekayo.
Olu yilo aluqinisekisi nje kuphela ukusebenza kakuhle ngokupheleleyo kodwa lukwakhokelela ekongeni iindleko ezinkulu. Xa kuthelekiswa nokusebenzisa ibhodi ye-all-Rogers, iindleko zizonke zingancitshiswa ukuya kuthi ga kwi-40%. Olu phuculo lweendleko, ngaphandle kokunciphisa ukusebenza, lwenza i-Rogers 4350B kunye ne-FR-4 hybrid press ibe lukhetho olufanelekileyo kwiintlobo ngeentlobo zezicelo, ukusuka kwiinkqubo ze-RFID zorhwebo ukuya kwiizicelo zezinga loshishino apho ukusebenza kunye neendleko zizinto ezibalulekileyo ekufuneka ziqwalaselwe.
2. Impembelelo ye-Electroless Nickel Immersion Gold (ENIG) kwi-RFID Performance
I-ENIG: Ukuqinisekisa Ukusebenza Okufanelekileyo kunye Nokuthembeka Kwexesha Elide
Kwiinkqubo ze-RFID, i-antenna yinxalenye ebalulekileyo, kwaye naluphi na utshintsho kwi-impedance lunokukhokelela ekulahlekelweni kwesignali kunye nokunciphisa uluhlu lonxibelelwano. Umphezulu othe tyaba obonelelwa yiVUMELANA
iqinisekisa ukuba ukuxinana kwee-antenna ezifakwe kumphezulu kuhlala kufana kuyo yonke ibhodi, okuvumela ukuhanjiswa kwesignali kunye nokwamkelwa kwayo ngokufanelekileyo.
Ngaphezu koko, umaleko wegolide kwinkqubo ye-ENIG usebenza njenge-antioxidant enamandla. Kwimeko yokusebenza yokwenyani yezixhobo ze-RFID, ukuvezwa emoyeni nakumswakama kunokubangela i-oxidation, nto leyo eyonakalisa ukuhanjiswa kwee-RF contact points. Umaleko wegolide uthintela ngokufanelekileyo le oxidation, ugcina ukuhanjiswa kwexesha elide kwezi ndawo zibalulekileyo zokunxibelelana. Oku akupheleli nje ekuphuculeni ukusebenza kwenkqubo ye-RFID ngexesha lokusebenza kwayo kokuqala kodwa kukwaqinisekisa ukusebenza kwayo okuthembekileyo ixesha elide, kunciphisa isidingo sokugcinwa rhoqo kunye nokutshintshwa.
3. Ungalawula njani ukuchaneka kokulungelelaniswa kwe-Interlayer yeBhodi ye-8-Layer?
Iindlela Eziphambili Zokulungelelanisa I-Interlayer Echanekileyo Kwi-8 - Iibhodi Zeleya
Ukubeka i-X-Ray drilling positioning yindlela echanekileyo kakhulu esivumela ukuba sifumane ngokuchanekileyo imingxuma yokugrumba kumaleko ngamnye. Ngokusebenzisa i-X-Ray imaging, sinokuchonga indawo echanekileyo yeendawo zokubhekisa kumaleko ngamnye, siqinisekise ukuba imingxuma yokugrumba igrunjwe kwindawo echanekileyo. Oku kuchaneka kubalulekile njengoko kwakha isiseko sokulungelelaniswa okulandelayo ngexesha lenkqubo yokugrumba.
Inkqubo yokulungelelanisa ngokuzenzekelayo ye-CCD, kwelinye icala, isebenzisa imifanekiso ebonakalayo ukufumanisa iimpawu zokulungelelanisa kumaleko ngamnye. Nje ukuba iimpawu zifunyenwe, inkqubo inokulungisa ngokuzenzekelayo indawo yamaleko ukuqinisekisa ukulungelelaniswa okugqibeleleyo ngaphambi kwenkqubo yokubopha. Olu buchule bokulungisa ngexesha langempela buphucula kakhulu ukuchaneka kokulungelelanisa phakathi kwamaleko.
Ngokusebenzisa ezi teknoloji zimbini, siyakwazi ukufezekisa ukungalingani phakathi kwee-layer ezingaphantsi kwama-50μm. Eli nqanaba liphezulu lokuchaneka lihlangabezana neemfuno ezingqongqo zoyilo lwe-HDI, apho nokungalingani okuncinci kunokukhokelela kwimiba efana nee-short circuits, ii-open circuits, okanye ukuphazamiseka kwesignali. Ngokuqinisekisa ukulungelelaniswa okuchanekileyo kwee-interlayer, siphucula ukusebenza kunye nokuthembeka kwe-8-layer Microwave RFID PCB, okwenza ukuba ifaneleke ukusetyenziswa kwiintlobo ngeentlobo zezicelo eziphezulu.
Izicelo
- I-UHF RFID, 12.
- I-RFID, -40℃.
- 134℃ RFID，1000。
- • Indawo yokugcina impahla ekrelekrele: Iithegi zetreyi ze-UHF RFID ezinomgama wokufunda oziimitha ezili-12, ezilungelelaniswe neendawo zeshelufu zesinyithi.
• Ulawulo lwezoMkhosi: Iithegi zolawulo lwezixhobo zeRFID ezichasene nesinyithi, ezikwaziyo ukumelana namaqondo obushushu abandayo kakhulu angama-40℃ kunye neendawo ezinothuli nesanti.
• Ukucoca ngoNyango: Iithegi zeRFID zokucoca ngobushushu obuphezulu ze-134℃, ezinokusetyenziswa kwakhona ngaphezulu kwamaxesha ali-1000.
Indawo yokugcina impahla ekrelekrele: Iithegi zetreyi ye-UHF RFID
Ukuphucula uLawulo lweWarehouse ngee-Long - Range kunye neMetal - Friendly Tags
Kwinkqubo entsonkothileyo yokugcina izinto ezikrelekrele zanamhlanje, ukulandelela nokulawula impahla ngokufanelekileyo kubaluleke kakhulu. Iithegi zetreyi ze-UHF RFID ziye zavela njengesisombululo esitshintsha umdlalo. Ezi thegi zenzelwe ukuba zibe noluhlu lokufunda olumangalisayo olufikelela kwiimitha ezili-12. Olu lwazi lomgama omde luvumela ukuchongwa ngokukhawuleza nangokulula kweetreyi kuyo yonke indawo yokugcina izinto, nokuba ukude kakhulu.
Into eyenza la mathegi ahluke kukuba ayakwazi ukuziqhelanisa neemeko zeeshelufu zesinyithi. Imiphezulu yesinyithi inokuba ngumceli mngeni omkhulu kwiisignali zeRFID ngenxa yokubonakaliswa kwesignali kunye nokuphazamiseka. Nangona kunjalo, iithegi zethu zetreyi ze-UHF RFID ziyilwe ngetekhnoloji ephucukileyo yokulwa nokuphazamiseka. Ziyakwazi ukuhambisa nokufumana iisignali ngokuchanekileyo nangona kukho iishelufu zesinyithi. Oku kuzenza zilungele ukusetyenziswa kwiindawo zokugcina impahla apho kusetyenziswa khona iishelufu zesinyithi.
Ngezi tagi, abaqhubi beendawo zokugcina impahla banokwenza uhlolo olukhawulezileyo lwezinto ezikhoyo. Abaqhubi beForklift banokuskena ngokukhawuleza iitreyi njengoko bejikeleza indawo yokugcina impahla, besusa isidingo sokuskena ngesandla into nganye nganye. Oku akugcini nje ngokusindisa ixesha elininzi kodwa kunciphisa nomngcipheko wempazamo yomntu. Idatha yexesha langempela enikezelwa zezi tagi ivumela ulawulo olungcono lwesitokhwe, iqinisekisa ukuba amanqanaba ezinto ezikhoyo ahlala ephuculwa kwaye iimpahla zinokufunyanwa kwaye zithunyelwe ngokufanelekileyo.
Iimpahla zoMkhosi: Ulawulo lweMithi yeRFID yeMetal - Iithegi
Ukuthegiswa okuthembekileyo kwiindawo ezijongene nemingeni zomkhosi
Imisebenzi yothutho lwemikhosi idla ngokwenzeka kwezinye zezona meko zinzima eMhlabeni. Iithegi zethu zolawulo lwezixhobo zeRFID ezichasene nesinyithi zenzelwe ngokukodwa ukumelana nale mingeni inzima. Zenzelwe ukunyamezela ingqele ekrakra ye -40℃. Kwiindawo ezibandayo zokusasazwa kwemikhosi, njengemimandla yeArctic okanye iindawo eziphakamileyo zeentaba, iithegi zemveli ziya kusilela ngenxa yokubanda okubangelwa zizinto okanye ukuwohloka kwesignali. Nangona kunjalo, iithegi zethu zakhiwe kusetyenziswa izixhobo ezikhethekileyo ezimelana nobushushu obuphantsi kunye noyilo oluphambili lwesekethe olugcina ukusebenza kwazo nokuba kubanda kakhulu.
Ukongeza kwingqele, imisebenzi yomkhosi idla ngokuhamba neemeko ezinothuli nesanti. Isanti nothuli zinokungena kwaye zonakalise izinto ze-elektroniki. Kodwa ezi tagi ze-RFID ezichasene nesinyithi zivaliwe kwaye zikhuselwe ngesikhongozelo esiqinileyo esimelana nokungena kothuli nesanti. Iimpawu zazo ezichasene nesinyithi zibalulekile kwiindawo zomkhosi apho izixhobo nezixhobo zihlala zenziwe ngesinyithi. Ezi tagi zinokuncamathiselwa ngqo kwizixhobo zesinyithi ngaphandle kokuphazamiseka kwesignali, okuvumela ukulandelelwa ngokuchanekileyo kwezixhobo, iimbumbulu, kunye nezinye izinto zomkhosi.
Le nkqubo yokumakisha ethembekileyo iqinisekisa ukuba abasebenzi basemkhosini banokugcina umkhondo wezixhobo zabo ezixabisekileyo. Nokuba kuxa kuthuthwa, kugcinwa, okanye kuthunyelwa ebaleni, ezi tag zibonelela ngendawo kunye nolwazi lwexesha langempela. Oku kwenza kube lula ukucwangcisa ngcono, amaxesha okuphendula akhawulezileyo xa kukho iimeko ezingxamisekileyo, kunye nokuphucula ukusebenza kakuhle kwezixhobo zomkhosi.
Ukucoca ngoNyango: 134℃ Ukucoca ngobushushu obuphezulu RFID Iithegi
Iithegi ezihlala ixesha elide zokubulala iintsholongwane ngokuphindaphindiweyo kwicandelo lezonyango
Kwishishini lezonyango, ukugcina imigangatho yococeko engqongqo kunye nokulandeleka akunakwenzeka. Iithegi zethu zeRFID zokubulala iintsholongwane kwiqondo lobushushu eliphezulu ze-134℃ zenzelwe ukuhlangabezana neemfuno eziqatha zeenkqubo zokubulala iintsholongwane kwezonyango. Ezi thegi ziyakwazi ukumelana namaqondo obushushu aphezulu kakhulu e-134℃ ngexesha lokubulala iintsholongwane kwi-autoclave, okuyindlela eqhelekileyo nesebenzayo yokuphelisa iintsholongwane, iintsholongwane, kunye nezinye izifo kwizibonelelo zonyango.
Ngaphezu koko, ezi thegi zinobomi obumangalisayo, ziyakwazi ukusetyenziswa kwakhona izihlandlo ezingaphezu kwe-1000. Olu kuqina luphezulu alunciphisi nje kuphela iindleko ezinxulumene nokutshintshwa kweethegi rhoqo kodwa lukwaqinisekisa ukulandelelwa okuqhubekayo nokuthembekileyo kwezixhobo zonyango kunye nezixhobo. Kwindawo yesibhedlele, apho inani elikhulu lezixhobo zotyando, izixhobo ezifakelwayo, kunye nezinye izixhobo zonyango kufuneka zicocwe kwaye zilandelwe, ezi thegi zidlala indima ebalulekileyo.
Ngalo lonke ixesha into yezonyango ihlanjululwa, ithegi ingaskenwa ukuze kubhalwe umhla wokucoca, ixesha, kunye nolunye ulwazi olufanelekileyo. Oku kunceda ekugcineni irekhodi eneenkcukacha nechanekileyo yembali yokucoca into nganye, ukuqinisekisa ukuba kusetyenziswa izinto ezicocekileyo ngokufanelekileyo kuphela kwizigulana. Ukukwazi kwezi thegi ukunyamezela imijikelo yokucoca ngokuphindaphindiweyo kuzenza zibe yinxalenye ebalulekileyo kulawulo lwanamhlanje lwezinto zonyango, okufaka isandla ekuphuculeni ukhuseleko lwesigulana kunye nokusebenza kakuhle kwesibhedlele.
Usetyenziso olwandisiweyo lwee-PCB zeHybrid eziQhelekileyo kakhulu
