I-Ceramic Resonator
UMboneleli wakho weCeramic Resonator yobuGcisa
I-Suzhou Hangjing Elec & Tech Co., Ltd., yasekwa ngo-2014, bubuchwepheshe-bubuchwephesha obuqhutywayo obuncinci naphakathi{4}}obukhulu (SME) obukhethekileyo-kwi-R&D epheleleyo, uyilo, imveliso, kunye nokuthengiswa kwamacandelo olawulo lwamaza equartz. Imiliselwe kwiqela lobuchwephesha kunye nobuchule obuphezulu bokuvelisa, inkampani iphuhlise ipotfoliyo yemveliso eyomeleleyo equka iikristale zequartz, iicrystal oscillators, iTCXO, VCXO, OCXO, izihluzi zekristale{7}}ukususela kumacandelo asisiseko ukuya kwiinkqubo ezilungiselelweyo.
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![I-SMD Ceramic Resonator HCTB1]()
I-SMD Ceramic Resonator HCTB1Uluhlu lweHCTB1 nguSuzhou Hangjing luza kwifom ye-ZTB eqhelekileyo, egubungela ubungakanani bephakheji ye-DIP ukusuka kwi-5.2x6.8mm ukuya kwi-13.5x14.7mm.Funda ngokugqithisileyo -
![Ubungakanani obuncinci be-SMD yeCeramic Resonator HCTA]()
Ubungakanani obuncinci be-SMD yeCeramic Resonator HCTAIncinci -ubungakanani be-SMD Ceramic Resonator HCTA ifumaneka kwiipakethi ze-ZTA, ezinemilinganiselo ukusuka kwi-2.2×1.8mm ukuya kwi-7.4×3.4mm.Funda ngokugqithisileyo -
![I-Ceramic Resonator enozinzo oluphezulu]()
I-Ceramic Resonator enozinzo oluphezuluI-HCTT yeCeramic Resonator ene-High Stability i-resonator ye-ceramic kwi-ZTT 2.2x1.8 kwi-7.4x3.4 iphakheji ye-SMD.Funda ngokugqithisileyo
Kutheni ukhethe thina
Umgangatho ophezulu
Isixokelelwano sobonelelo esichanekileyo esiqinisekisa umgangatho wemveliso ongaguqukiyo;Izinga eliphezulu-elisezantsi lokungaphumeleli eliqinisekiswe ngovavanyo olungqongqo;{1}}izinto ezisemgangathweni ophezulu kunye nobuchwepheshe obuphezulu benza imveliso ithembeke ngakumbi.
Iinkonzo eziluncedo
Umthengi-inkonzo yesakhelo senkonzo ephakathi (ebandakanya{1}}uthethwano lwentengiso yokuthumela{2}}inkxaso yeentengiso) ebeka phambili impendulo ekhawulezayo{3}}inkonzo ye-intanethi yeyure, ucaphulo olukhawulezayo olusexesheni kwaye olukhawulezayo kuwe.
Imarike yokuthengisa
IiMveliso zethu zande zaba yimimandla ephambili yezizwe ngezizwe kubandakanya iYurophu, uMzantsi-mpuma Asia, iMelika, iOceania, kunye nezinye iimarike ezinkulu. Le nethiwekhi yehlabathi yenza ukuba inkampani ibonelele ngenkxaso epheleleyo kubavelisi bezinto zombane ezikhokelayo kwihlabathi jikelele, ngelixa igcina ingqwalasela eyomeleleyo{1}}kwimveliso ekumgangatho ophezulu.
Isatifikethi sethu
Zonke iimveliso zethu ziye zadlulaGB/T 19001 - 2016/ISO 9001:2015 Quality Management System Standard, Oku kubonisa ukuba zihlangabezana nemigangatho yamazwe ngamazwe yomgangatho, ukhuseleko, kunye nokusebenza.
I-Ceramic Resonator
Iiresonators zeCeramic zizinto ezisisiseko kwiisekethe ze-elektroniki, zidlala indima ebalulekileyo ekwenzeni ii-oscillation okanye iifrikhwensi ezichanekileyo. Ngokungafaniyo nabalingane babo, iikristale ze-quartz, ii-resonators ze-ceramic zenziwe ngezinto ze-ceramic, ngokuqhelekileyo zikhokelela i-zirconate titanate (PZT). Ezi zixhobo zibonisa iimpawu ze-piezoelectric, oku kuthetha ukuba zivelisa intlawulo yombane xa ziphantsi koxinzelelo lomatshini.
|
Inombolo yendawo |
Uluhlu lokuphindaphinda (MHZ) |
Ukuchaneka rhoqo (25℃)(%) |
Uzinzo kwiqondo lobushushu (-25"+85℃)(%) |
Ubushushu bokusebenza ( isidanga ) |
Ukuguga iminyaka elishumi (%) |
|
HC TT1 |
2.00- 8.00 |
±0.5 |
±0.3 |
-25 ~+85 |
±0.3 |
|
HC TT2 |
4.00- 8.00 |
±0.5 |
±0.3 |
- 25~+85 |
±0.3 |
|
HC TT3 |
8.00- 12.00 |
±0.5 |
±0.3 |
- 25~+85 |
±0.3 |
|
HC TT4 |
6.00- 13.00 |
±0.5 |
±0.4 |
-25 ~+85 |
±0.3 |
|
HC TT5 |
8.00- 13.00 |
±0.5 |
±0.4 |
-25 ~+85 |
±0.3 |
|
HC TT4 |
13.01- 60.00 |
±0.5 |
±0.3 |
-25 ~+85 |
±0.3 |
|
HC TT5 |
16.00- 60.00 |
±0.5 |
±0.3 |
-25 ~+85 |
±0.3 |
|
HC TT6 |
20.00- 60.00 |
±0.5 |
±0.3 |
-25 ~+85 |
±0.3 |
|
HC TT7 |
24.00- 60.00 |
±0.5 |
±0.3 |
-25 ~+85 |
±0.3 |
|
HC TT8 |
2.00- 12.00 |
±0.5 |
±0.3 |
-25 ~+85 |
±0.3 |
Izinto eziluncedo zeCeramic Resonator
Uzinzo rhoqo
Igcina ukuphambuka kwamaxesha ngaphakathi ± 0.5% ngaphezu koluhlu olubanzi lobushushu (-20℃ukuya +70 degree), iqinisekisa ukuthembeka kwesekethe.
01
Phezulu Q
Imiba yomgangatho inokufikelela kumawaka e-ppm, icinezela ngokufanelekileyo ukuphazamiseka kwesiginali ngaphandle kweresonant frequency.
02
Ukuxhathisa okothusayo
Isakhiwo se-ceramic matrix simelana nokungcangcazela komatshini kunye nokutshatyalaliswa, ukulungelelanisa kwiindawo zokusebenza ezinzima.
03
Iindleko{0}}Ukusebenza
Xa kuthelekiswa ne-crystal oscillators, iindleko zokuvelisa zimalunga ne-30%{2}}i-50% ephantsi, iyenza ifaneleke kwizicelo ezinkulu.
04
Imbuyekezo yoBuqondo
Ngokuqulunqwa kwemathiriyeli ephuculweyo, i-coefficient yobushushu obuphindaphindiweyo inokulawulwa ngaphakathi kwe-± 30ppm/degree.
05
Umphezulu -IziXhobo zeCeramic kwiNtaba:Ezi zirenatha ezixineneyo zeseramikhi eziyilelwe umphezulu-ukufakwa ngokuthe ngqo kwiibhodi zesekethe, zizenza zilungele indawo{1}}usetyenziso olunyanzelweyo. Zifumaneka kwiipakethe zobukhulu obahlukeneyo kunye noluhlu lwamaza.
Ngokusebenzisa-Izitshizi zeCeramic emngxunyeni:Ezi resonator zibonisa umkhondo onokuthengiswa kwibhodi yesekethe ngokusebenzisa{0}imingxuma egqojoziweyo. Banikezela ngenkxaso eyomeleleyo yoomatshini kwaye bafanelekile kwizicelo apho kufuneka uburhabaxa.
IiResonators zeCeramic ezincinci
Iiresonators ze-ceramic ezincinci zincinci ngobukhulu xa zithelekiswa neenguqulelo eziqhelekileyo, zizenza zilungele izicelo apho indawo i-premium. Bagcina uzinzo oluphezulu kunye nokuchaneka nangona i-compact form factor.
Phezulu -IiReonators zeCeramic rhoqo
Eyilwe ukuba isebenze kumaza aphezulu, ezi resonators ziyakwazi ukuvelisa i-oscillations kuluhlu lwe-megahertz. Ngokuqhelekileyo zisetyenziswa kwiinkqubo ezifana nonxibelelwano lwerediyo (RF) kunye neesekethe zexesha.
Iqondo lobushushu{0}}Bubuyekeziwe iiResonators zeCeramic
Ezi resonators zibandakanya iindlela zembuyekezo yeqondo lobushushu ukugcina imveliso ezinzileyo yamaza omoya phezu koluhlu olubanzi lobushushu. Zibalulekile kwiindawo apho ukuguquguquka kobushushu kubaluleke kakhulu.
Ukusetyenziswa kweCeramic Resonator
IMicrocontroller Clock Generation:Iiresonators zeCeramic zisetyenziswa rhoqo njengemithombo yewotshi ye-microcontrollers[KY1] kunye nezinye iisekethe ezidityanisiweyo zedijithali. Banikezela ngeempawu zexesha ezizinzileyo eziyimfuneko ukuvumelanisa ukusebenza kwezi zixhobo.
Ulawulo olukude:Ulawulo olukude lwe-infrared (IR) luxhomekeke kwiiresonators ze-ceramic ukuvelisa amaza othutho okuhambisa imiyalelo kwizixhobo zombane ezifana nomabonakude, ii-DVD player, kunye ne-air conditioners.
Umbane weeMoto:Iiresonators zeCeramic zifumana ukusetyenziswa ngokubanzi kwi-automotive electronics kwizicelo ezifana neeyunithi zokulawula iinjini (ECUs), iinkqubo zokubeka iliso loxinzelelo lwesondo (TPMS), kunye neenkqubo zokungena ezingundoqo.
Ii-Electronics zabathengi:Ukusuka kwiiwotshi zedijithali kunye neenkqubo ze-alam ukuya kwizixhobo zasekhaya kunye nezixhobo zomntu, iiresonators ze-ceramic zibalulekile ekusebenzeni kwezixhobo ezininzi zombane zabathengi.
Unxibelelwano olungenazingcingo:Iiresonators zeCeramic ziqeshwe kwiinkqubo zonxibelelwano ezingenazingcingo, kuquka iirotha zeWi{0}Fi, iimodyuli zeBluetooth, kunye neeselfowuni, ukuqinisekisa ukuveliswa okuchanekileyo kunye nongqamaniso.
Umgaqo wokuSebenza weCeramic Resonator
Isiphumo sePiezoelectric
Izixhobo ezithile ze-ceramic, ezifana ne-lead zirconate titanate (PZT), zibonisa umphumo we-piezoelectric.Oku kuthetha ukuba zigqwesa ngoomatshini xa kusetyenziswa umbane wombane kwaye, ngokuchaseneyo, zivelisa amandla ombane xa ziphantsi koxinzelelo lomatshini.
I-Mechanical Resonance
Ubume kunye nemilinganiselo ye-ceramic resonator yenzelwe ukufikelela kwi-resonance mechanical kwi-frequency ethile.Kule zihlandlo, ukutshatyalaliswa kombane omncinci kuvelisa ukunyakaza okuqinileyo komatshini.
I-Electromechanical Coupling
Umphumo we-piezoelectric uqinisekisa ukuguqulwa kwamandla phakathi kweefom zombane kunye noomatshini.Isiginali yombane kwi-resonant frequency ibangela ukunyakaza okunamandla komatshini, okuthi emva koko kuvelise umqondiso obalulekileyo wombane kwi-frequency efanayo.
Ukuchaneka kunye nokuzinza kweeResonators zeCeramic
Ukwahluka kobushushu
Ukuguquguquka kobushushu kunempembelelo enkulu kwiresonant frequency of resonators ceramic. Ngokuqhelekileyo, njengoko iqondo lokushisa linyuka, i-resonant frequency iyancipha. Esi siphumo, esibizwa ngokuba yi-coefficient yeqondo lokushisa, sihambelana nempahla ye-piezoelectric esetyenzisiweyo.
Ukuguga
Ngokuhamba kwexesha, i-resonant frequency ye-ceramic resonator inokukhukuliseka. Esi siganeko, saziwa njengokuguga, kubalelwa kutshintsho oluthe ngcembe kwisakhiwo semathiriyeli yepiezoelectric. Izinga lokuguga ngokuqhelekileyo liphezulu ngexesha lokuqala lokusebenza, ngokuthe ngcembe licotha njengoko i-resonator izinza.
Ukunyamezelwa kokwenziwa kwemveliso
Ukwahluka kwenkqubo yokuvelisa kubangela ukungafani okuncinci kwimilinganiselo ebonakalayo kunye neempawu eziphathekayo ze-resonators nganye. Oku kuguquguquka kukhokelela kukwahluka kwi-resonant frequency yokuqala kwibhetshi yeeresonators, okuchaphazela ukuchaneka. Abaqulunqi bahlala beqwalasela oku kunyamezelwa kwendalo xa bekhetha iresonator kwisicelo esithile, beqinisekisa ukuba isixhobo sisebenza ngaphakathi kwemida eyamkelekileyo yamaza.
Layisha iCapacitance
I-circuitry yangaphandle exhunywe kwi-resonator ye-ceramic ichaphazela i-frequency yayo yokusebenza. I-capacitance yomthwalo, kubandakanywa i-capacitance ye-capacitance traces, i-capacitors yomthwalo, kunye ne-input capacitance ye-microcontroller, yenza inxalenye yesiphaluka se-resonant kwaye ichaphazela ngokuthe ngqo i-oscillation frequency. Idatadatha ixela owona mthwalo uphezulu kwiresonator enikiweyo, kwaye abayili kufuneka baqinisekise ukuba owona mthwalo wokwenene kwisekethe uhambelana noku ukuphumeza ubungakanani obufunekayo. Nakuphi na ukungalingani kunokubangela ukutenxa rhoqo kunye nokungazinzi.
Uxinzelelo loomatshini
Uxinzelelo lwangaphandle lomatshini olusetyenziswa kwiresonator yeceramic inokutshintsha iresonant frequency yayo. Ukungcangcazela komzimba okanye uxinzelelo kwisixhobo kunokubangela utshintsho kwikristale kwisakhiwo saso okanye kwiimpawu zemathiriyeli, kubangele utshintsho olubonakalayo kodwa olubonakalayo. Oku kubaluleke ngakumbi kwizicelo ezibandakanya ukothuka okanye ukungcangcazela, nto leyo ebaluleke kakhulu ukunciphisa uxinzelelo.
Ungayikhetha njani iCeramic Resonator
Ukuzinza rhoqo:Uzinzo lweresonator ngaphezulu kokwahluka kobushushu kunye neziphumo zokwaluphala kubalulekile ekugcineni ixesha elichanekileyo kwiisekethe zombane. Khetha iresonator ene-drift frequency ephantsi kunye nonyamezelo oluqinileyo losetyenziso olufuna ixesha elichanekileyo.
Uluhlu lokuSebenza rhoqo:Qinisekisa ukuba uluhlu lwamaza okusebenza kweresonator luhambelana neemfuno zesicelo sakho. Iiresonators zeCeramic ziyafumaneka kwiindidi ezahlukeneyo zamaza, ukusuka kwikhilohertz ezimbalwa ukuya kwiimegahertz ezininzi, ke khetha enye ehambelana neemfuno zakho ezithile.
Umlinganiselo wobushushu:I-coefficient yeqondo lokushisa le-resonator inquma indlela i-frequency yayo itshintsha ngayo ngokuguquguquka kweqondo lokushisa. Jonga ii-resonators ezinobushushu{1}}zoyilo olubuyiselweyo okanye i-coefficients yobushushu obuphantsi ukunciphisa ukuqhutywa kwamaqondo obushushu.
Ubungakanani bepakethi kunye nokuNgxwala:Qwalasela imilinganiselo yomzimba kunye nokhetho lokunyuswa kweresonator yeceramic, ngakumbi ukuba indawo incinyiwe kwisicelo sakho. Umphezulu -ukunyuka kunye{2}}nokhetho lwepakethe yomngxunyana luyafumaneka, ngoko ke khetha leyo ifanelena kakuhle noyilo lwebhodi yesekethe kunye nenkqubo yendibano.
Umthamo wokuLayisha:Umthamo womthwalo we-resonator kufuneka uhambelane neemfuno zesekethe ye-oscillator ehambelana nayo. Qinisekisa ukuhambelana phakathi kwe-resonator yomthwalo we-capacitance kunye ne-capacitance ye-oscillator yesekethe ukufezekisa ukuzinza kunye nokusebenza ngokufanelekileyo.
Izatifikethi
FAQ
Singabenzi beeresonator zeceramic zobuchwephesha kunye nababoneleli eTshayina, babonelela ngemveliso ekumgangatho ophezulu elungiselelwe ngexabiso eliphantsi. Ukuba uza kwisaphulelo esipheleleyo seresonator yeceramic, wamkelekile ukufumana ikowuteshini kunye nesampulu yasimahla kumzi-mveliso wethu.