I-CMOS OCXO Scillators
Umhlinzeki Wakho Ochwepheshe we-CMOS OCXO Scillators
I-Suzhou Hangjing Elec & Tech Co., Ltd., eyasungulwa ngo-2014, iwubuchwepheshe-ibhizinisi elincane nelimaphakathi{4}}eliqhutshwa ngosayizi-(SME) elisebenza ngokukhethekile-ku-spectrum R&D, umklamo, ukukhiqizwa, nokuthengiswa kwezingxenye zokulawula imvamisa ye-quartz. Igxilile eqenjini elichwepheshile nobungcweti bokukhiqiza obuthuthukile, inkampani isungule iphothifoliyo yomkhiqizo eqinile ehlanganisa amakristalu e-quartz, ama-crystal oscillator, i-TCXO, i-VCXO, i-OCXO, izihlungi zekristalu{7}}kusukela ezingxenyeni eziyisisekelo kuya kumasistimu akhiwe ngendlela efanele.
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![I-Oven ye-CMOS Elawulwa I-Crystal Oscillator 36 X 27]()
I-Oven ye-CMOS Elawulwa I-Crystal Oscillator 36 X 27I-CMOS Oven Controlled Crystal Oscillator 36 x 27 OD36H5 Series iyi-CMOS engu-36x27mm enamapulagi ama-5 namakesi ensimbi. Yakhelwe ngokuyinhloko futhi isetshenziswa kabanzi esiteshini se-Base /...Funda kabanzi -
![I-Ultra-I-Low Phase Noise CMOS OCXO 25 X 25]()
I-Ultra-I-Low Phase Noise CMOS OCXO 25 X 25Uchungechunge lwe-Ultra-Low Phase Noise CMOS OCXO 25 x 25 OD25H5 luyiyunithi ye-crystal oscillator elawulwa kuhhavini{5}}ngembobo engu-25x25mm yensimbi engakwazi ukupakisha.Funda kabanzi -
![I-Low Jitter CMOS OCXO Oscillator 2020]()
I-Low Jitter CMOS OCXO Oscillator 2020Uchungechunge lwe-Low Jitter CMOS OCXO Oscillator 2020 OD20H5 ku-20x20mm ngokusebenzisa - imbobo yensimbi ingapakisha inikeza ukunemba okuphezulu, ukuqina okuhle kakhulu, nezinketho eziningi...Funda kabanzi -
![Ukuzinza Okuphezulu kwe-CMOS OCXOs 10 mm X 15 mm]()
Ukuzinza Okuphezulu kwe-CMOS OCXOs 10 mm X 15 mmI-OS15H6, iyunithi ye-OCXO enokukhishwa kwe-HCMOS kuphakheji ye-SMD engu-15×10 mm, isetshenziswa emishinini yokuxhumana.Funda kabanzi -
![SC-Sika i-CMOS OCXO 9.7 X 7.5]()
SC-Sika i-CMOS OCXO 9.7 X 7.5Iklanyelwe izindawo ezidlulele, uchungechunge lwe-OS97H4 OCXO iletha{2}}isikhathi sokunemba esiphezulu kuphakheji ye-SMD ehlangene engu-9.7x7.5mm. Ukuphuma kwayo kwe-HCMOS nokuzinza okukhethekile...Funda kabanzi -
![I-DIP-14 CMOS Output OCXO Oscillator 20 X 13]()
I-DIP-14 CMOS Output OCXO Oscillator 20 X 13Uchungechunge lwe-OD14H4 luyi-OCXO Oscillator ene-DIP-14 CMOS ephumayo ku-20 x 13 METAL CAN PACKAGE, esetshenziswa kabanzi esiteshini se-Base.Funda kabanzi
Kungani ukhethe thina
Ikhwalithi Ephakeme
Uchungechunge olunembayo lokuhlinzeka oluqinisekisa ikhwalithi yomkhiqizo engaguquki;Izinga eliphezulu-eliphansi lokuhluleka eliqinisekiswa ukuhlola okuqinile;{1}}Izinto zekhwalithi ephezulu nobuchwepheshe obuthuthukisiwe kwenza umkhiqizo uthembeke kakhulu.
Izinzuzo Zesevisi
Uhlaka lwesevisi-emaphakathi yekhasimende (oluhlanganisa{1}}izingxoxo zokuthengisa ukuze lithumele-usekelo lokuthengisa) olubeka phambili impendulo esheshayo. 24-isevisi ye-inthanethi yehora, ikhotheshini efika ngesikhathi futhi esheshayo yakho.
Sales Market
Imikhiqizo yethu inwebele ezifundeni zamazwe ngamazwe ezibalulekile ezihlanganisa i-Europe, i-Southeast Asia, iMelika, i-Oceania, nezinye izimakethe ezinkulu. Le nethiwekhi yomhlaba wonke yenza inkampani ikwazi ukunikeza ukwesekwa okuphelele kubakhiqizi bezinto zikagesi abahamba phambili emhlabeni wonke, kuyilapho igcina ukugxila okuqinile{1}kumikhiqizo yekhwalithi ephezulu.
Isitifiketi Sethu
Yonke imikhiqizo yethu ine-passGB/T 19001 - 2016/ISO 9001:2015 Quality Management System Standard, Lokhu kubonisa ukuthi ihlangabezana nezindinganiso zamazwe ngamazwe zekhwalithi, ukuphepha, nokusebenza.
I-Low Jitter CMOS OCXO Oscillator 2020 intuthuko ebalulekile kuzisombululo zesikhathi zikagesi, eziklanyelwe ukuhlangabezana nezimfuneko zomsindo oqinile wezinhlelo zokusebenza zesimanje{1}}zobuchwepheshe obuphezulu. Le oscillator yakhelwe ukuletha{3}ukusebenza okuphansi kwe-jitter, okubalulekile ekugcineni ubuqotho nokuthembeka kwamasignali edijithali kuwo wonke amadivayisi namasistimu ahlukahlukene. Leli khono libaluleke kakhulu emikhakheni efana nezokuxhumana, ugesi wabathengi, kanye nezinsimbi ezinembile, lapho ukunemba nokungaguquguquki komthombo wesikhathi kubalulekile futhi ukuze kuthuthukiswe ukusebenza kahle{5}okuphelele.
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I-PARAMETER |
5220H5 / 5220S5 / 5220T5 |
IMIBANDELA / AMAZWI |
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Ibanga lokuvama lokuzisholo |
10 ~ 100MHz |
Bheka inothi |
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I-voltage yokuhlinzeka |
3.3VDC/ 5.0VDC/ 12.0VDC |
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Ukusetshenziswa kwamandla (ukufudumala) (isimo esizinzile) |
<3.0W |
Ingahluka kuye nge-voltage yokunikezela esetshenzisiwe |
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<1.5W |
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Ibanga lokushisa elisebenzayo |
-20 ukuya ku-+70℃noma -40 kuya ku-+85 degree |
Ezinye izinketho ezitholakalayo |
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I-HCMOS ye-waveform ephumayo |
I-VOH enkulu noma ilingana no-90% Vcc noma i-VOL Ngaphansi noma ilingana no-10% Vcc |
Imodeli ehlobene ye- " 5220H5 |
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Okukhipha i-waveform SINEWAVE |
Inkulu noma ilingana no-6dBm / Ngaphansi noma ilingana no-10dBm |
Imodeli ehlobene ye- " 5220S5 |
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Okukhipha i-waveform ye-TTL |
I-VOH Inkulu noma ilingana no-2.4V / VOL Ngaphansi noma ilingana no-0.4V |
Imodeli ehlobene ye- " 5220T5 |
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Qaphela:Amafrikhwensi ajwayelekile 10MHz, 15.36MHz, 16.384MHz, 19.44MHz, 20MHz, 25MHz, 26MHz, 38.88MHz, 50MHz. |
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Izici ze-Low Jitter CMOS OCXO Oscillator 2020
Ukuzinza kwe-Oscillator:I-jitter ephansi ibalulekile ekugcineni ukuqina kwe-oscillator Kusizinda Sesikhathi. Kuzinhlelo zokusebenza ezifana nezinhlelo zokuxhumana, iziguquli zedatha, noma{1}}amasistimu edijithali anesivinini esikhulu, isikhathi esinembayo sibalulekile ekuthathweni kwedatha efanele kanye nokucutshungulwa kwesignali okunembile.
Ubuqotho bedatha:I-Jitter ingathinta ubuqotho bokudluliswa kwedatha. Kumasistimu lapho idatha ivumelaniswa khona kusignali yewashi, i-jitter eningi ingase iholele emaphutheni esikhathi, okubangele ukonakala noma ukulahleka kwedatha.
I-Spectral Purity:I-Jitter inikela emsindweni wesigaba sesiginali yewashi, engathandeki ezinhlelweni eziningi. Umsindo wesigaba esibi kakhulu ungehlisa ukusebenza kwezinhlelo zokuxhumana, ikakhulukazi kumafrikhwensi omsakazo (RF) nasezinhlelweni ezingenantambo.
I-Analog-kuya-Iziguquli Zedijithali (ADCs) kanye Nedijithali-kuya-Iziguquli ze-Analog (DACs):Kuzinhlelo zokusebenza ezinembayo ezifana nokucutshungulwa komsindo noma izinsimbi, i-jitter ephansi ibalulekile ekugcineni ukunemba kwama-ADC nama-DAC. I-Jitter ingethula amaphutha enqubweni yokuguqulwa, okuthinta ikhwalithi yesiginali yokuphumayo.
Ukusatshalaliswa kwe-Oscillator:Kumasistimu anezingxenye eziningi noma amasekhethi ahlanganisiwe, i-oscillator ephansi-ye-jitter ibalulekile ukuze kube nokuvumelanisa okunembile. I-jitter eyeqile ingaholela ekushintshaneni kwesikhathi phakathi kwezingxenye ezihlukene zesistimu.
Uhlobo lwe-Low Jitter CMOS OCXO Oscillator 2020
Ultra{{0}Uhlobo Lokuzinza Okuphezulu
Ukuzinza kwemvamisa okungu-±0.1 ppb (izingxenye ngebhiliyoni ngayinye) ebangeni lokushisa eligcwele, isb, -40℃ukuya ku-+85℃. Izinhlelo zokusebenza zifaka phakathi ukuzulazula kwesathelayithi (GPS, Beidou), amanethiwekhi okuvumelanisa e-5G, ukuxhumana kwe-quantum, ne-radar enembayo ephezulu.
Uhlobo Lokuzinza Okuphezulu
Ukuzinza kwemvamisa ye-±1 ppb ukuya ku-±10 ppb. Izicelo zifaka iziteshi eziyisisekelo ze-5G, ukuxhumana kwe-optical (amamojula we-100G/400G), kanye ne-industrial automation (PLC).
Okuvamile-Uhlobo Lwenjongo
Ukuzinza kwemvamisa okungu-±10 ppb kuya ku-±50 ppb. Izicelo zifaka iziteshi eziyisisekelo ze-4G, okokusebenza kwezokwelapha (i-MRI), namathuluzi okuhlola nokulinganisa.
Izicelo ze-Low Jitter CMOS OCXO Oscillator 2020
5G/6G Ezokuxhumana
Amawashi ayinhloko esiteshi se-5G adinga ama-OCXO (OCXOs) ukuthi anikeze ±10 ppb kuya ku-±20 ppb ukuzinza. Lawa ma-OCXO asebenza njengemithombo yewashi eliyisipele yamanethiwekhi okuvumelanisa e-SyncE+IEEE 1588 PTP, avimbela ukuphazamiseka kokudluliswa kwezwi/kwedatha okubangelwa ukwehluleka kwewashi eliyinhloko.
Ukuzulazula kwesathelayithi kanye nesikhathi
Izamukeli ze-Beidou/GPS zidinga ama-OCXO ukuthi anikeze ireferensi yefrikhwensi enozinzo lwe<±5 ppb, ensuring a symbol synchronization error of <1 ns when demodulating satellite signals and achieving centimeter-level positioning accuracy.
Ukuhlolwa Okunembayo Nesilinganiso
Ama-Oscilloscopes nama-spectrum analyzers adinga ama-OCXO ukuthi anikeze ireferensi yemvamisa ngokuzinza kwe-±1 ppb kuya ku-±5 ppb, iqinisekisa iphutha lemvamisa<0.1 Hz (using a 1 GHz signal as an example) for measured signals.
I-Industrial Automation kanye-noLawulo Lwesitimela Esisheshayo
-Amayunithi okulawula ukunyakaza kwamarobhothi embonini aphezulu adinga ama-OCXO (anokusimama okungu-±20 ppb kuya ku-±50 ppb) njengemithombo yewashi, okuqinisekisa iphutha lesikhathi<1 μs for motor drive signals and achieving micron-level positioning accuracy.
• I-Thermostat Design
I-Oven eyodwa-iqhathaniswa ne-Dual{2}}I-Oven Architecture:Ama-OCXO-e-oven eyodwa azuza ukuzinza okungu-±5 ppb kuya ku-±50 ppb esebenzisa-i-thermostat yesendlalelo esisodwa, okuwenza afanelekele izinhlelo zokusebenza zokulawula izimboni. Ama-OCXO ama-Dual-oven (afana ne-Yangxing Technology YOV5050DP) asebenzisa idizayini "yesidleke se-oven", efinyelela ukulawula izinga lokushisa ngokunemba okungu-±0.01℃kanye nokuzinza okudlula<±1 ppb, making them suitable for extremely precise applications such as satellite navigation and quantum communications.
Ukushintshashintsha kwezinga lokushisa:Imvamisa-ye-ovini eyodwa ye-OCXO ingase ishintshe ngo-±0.1 ppb iye ku-±1 ppb kulo lonke ushintsho lwedigri elingu-1 kuzinga lokushisa elizungezile. Qinisekisa ukuthi idivayisi isebenza endaweni yezinga lokushisa engashintshi (efana negumbi-elinesiphephetha-moya) noma khetha imodeli-yehhavini embaxambili.
• Isinxephezelo Sokuguga
Ama-quartz crystal resonators aguga ngokuhamba kwesikhathi, okuholela ekukhukhuleni kwemvamisa (isilinganiso esijwayelekile: ±0.5 ppb/ngonyaka). -Ama-OCXO aseqophelweni eliphezulu azakhele-isifunda sesinxephezelo esigugayo sokulinganisa imvamisa okuzenzakalelayo, kodwa adinga ukulinganisa okuvamile kusetshenziswa umthombo wereferensi wangaphandle (njengokuqeqeshwa kwe-GPS) ukuze kuqinisekiswe-ukuzinza kwesikhathi eside.
Ukuhlola Nokulinganisa
Izindlela Zokuhlola I-Jitter
Ukuhlolwa Kwesizinda Sesikhathi:Sebenzisa i-oscilloscope (umkhawulokudonsa Omkhulu noma olingana no-1 GHz) noma i-interval analyzer (TIA) ukuze ulinganise inkathi jitter noma ukuphakama-kuya{2}}i-peak jitter (Pk-Pk jitter) yesiginali yokuphumayo ye-OCXO. Isibonelo, inani eliphakeme-lo-lokuya phezulu kwe-Taijing Technology XO3225 lingama-40 psec.
Ukuhlolwa Kwesizinda Semvamisa:Sebenzisa i-spectrum analyzer (umkhawulokudonsa Omkhulu noma olingana no-10 GHz) ukuze ulinganise umsindo wesigaba, ngokucaciswa okujwayelekile okungu- -150 dBc/Hz ekususeni okungu-10 kHz.
Imvamisa Yokulinganisa
Indawo Yelabhorethri:Linganisa njalo ezinyangeni eziyisi-6 usebenzisa iwashi le-athomu le-rubidium noma umthombo wereferensi onesiyalo se-GPS njengesithenjwa.
Indawo Yezimboni:Linganisa njalo ezinyangeni eziyi-12, ugxile ekuzinzeni kwemvamisa nokusebenza kwe-jitter.
Izitifiketi
FAQ
Singabakhiqizi nabahlinzeki be-cmos ocxo scillators abaqeqeshiwe e-China, sihlinzeka ngemikhiqizo eyenziwe ngokwezifiso ephezulu ngentengo ephansi. Uma uzokwehlisela isaphulelo sika-wholesale cmos ocxo scillators, wamukelekile ukuthola ikhotheshini namasampula amahhala embonini yethu.