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Umthombo Wakho Othembekileyo Wezahluli Zamandla Ezineendleko Eziphantsi Nezenzelwe Wena Ezinokuhanjiswa Okukhawulezayo

Umthombo Wakho Othembekileyo Wezahluli Zamandla Ezineendleko Eziphantsi Nezenzelwe Wena Ezinokuhanjiswa Okukhawulezayo

Umthombo Wakho Othembekileyo Wezahluli Zamandla Ezineendleko Eziphantsi Nezenzelwe Wena Ezinomfanekiso Ocacileyo Wokuhanjiswa Okukhawulezayo
  • Umthombo Wakho Othembekileyo Wezahluli Zamandla Ezineendleko Eziphantsi Nezenzelwe Wena Ezinokuhanjiswa Okukhawulezayo
  • Umthombo Wakho Othembekileyo Wezahluli Zamandla Ezineendleko Eziphantsi Nezenzelwe Wena Ezinokuhanjiswa Okukhawulezayo

Inkcazo emfutshane:

Uluhlu lweeFrequency 0.7-6 GHz
Ukulahleka Kokufakwa ≤ 2.5dB (Ayibandakanyi ukulahleka kwethiyori 7.8dB)
I-VSWR INGENA:≤1.5: 1 OUT:≤1.5:1
Ukuzahlula ≥18dB
Ibhalansi yobukhulu ≤±1 dB
Ibhalansi yeSigaba ≤±8°
Impedance 50 OHMS
Ukuphatha Amandla 20 Watt
IziXhobo zePort Connectors SMA-Female
Ubushushu bokusebenza ﹣40℃ ukuya ku-+80℃

i-keenlion inokubonelela yenza ngokwezifiso Isihluli samandla, iisampuli zasimahla, MOQ≥1

Nasiphi na imibuzo siyavuya ukuyiphendula, nceda uthumele imibuzo kunye neeodolo zakho.

 


Iinkcukacha zeMveliso

Iithegi zeMveliso

Isivumelwano Esikhulu 6S

• Inombolo yoMzekelo:02KPD-0.7^6G-6S

• I-VSWR IN≤1.5: 1 OUT≤1.5: 1 kwi-wideband ukusuka kwi-700 ukuya kwi-6000 MHz

• Ukulahleka kokufakwa kwe-RF ephantsi ≤2.5 dB kunye nokusebenza kakuhle kokulahleka kokubuya

• Ingasasaza ngokulinganayo isignali enye kwiindlela ezi-6 zokuphuma, ifumaneka ngee-SMA-Female Connectors

• Icetyiswa kakhulu, Uyilo lweklasikhi, Umgangatho ophezulu.

Isivumelwano Esikhulu 12S

• Inombolo yoMzekelo:02KPD-0.7^6G-12S

• I-VSWR IN≤1.75: 1 OUT≤1.5: 1 kwi-wideband ukusuka kwi-700 ukuya kwi-6000 MHz

• Ukulahleka kokufakwa kwe-RF ephantsi ≤3.8 dB kunye nokusebenza kakuhle kokulahleka kokubuya

• Ingasasaza ngokulinganayo isignali enye kwiindlela ezili-12 zokuphuma, ifumaneka ngeeSMA-Female Connectors

• Icetyiswa kakhulu, Uyilo lweklasikhi, Umgangatho ophezulu.

Isihluli samandla
02KPD-0.7^6G-12S.5

Uluhlu lweefrikhwensi ezibanzi kakhulu

Ukulahleka kokufakwa okuphantsi

Ukuzihlukanisa okuphezulu

Amandla phezulu

Ipasi yeDC

Izicelo eziqhelekileyo

Ii-index zobugcisa zomsasazi wamandla ziquka uluhlu lweefrikhwensi, amandla okuthwala, ilahleko yokusasazwa ukusuka kwisekethe ephambili ukuya kwisebe, ilahleko yokufakwa phakathi kokufakwa kunye nokuphuma, ukwahlulwa phakathi kwee-ports zesebe, umlinganiselo wamaza okuma kwe-voltage kwi-port nganye, njl.njl.

1. Uluhlu lweefrikhwensi: Le yindlela yokusebenza kwiisekethe ezahlukeneyo ze-RF / microwave. Uyilo lolwakhiwo lombane lunxulumene kakhulu nefrikhwensi yokusebenza. Ifrikhwensi yokusebenza yombane kufuneka ichazwe ngaphambi kokuba kwenziwe olu yilo lulandelayo.

2. Amandla okuthwala: kumsasazi/isistim esinamandla aphezulu, amandla aphezulu anokuthwala into yesekethe yi-core index, emisela ukuba loluphi uhlobo lomgca wokudlulisela onokusetyenziswa ukufezekisa umsebenzi woyilo. Ngokubanzi, ulandelelwano lwamandla oluthwalwa ngumgca wokudlulisela ukusuka kumncinci ukuya kumkhulu ngumgca we-microstrip, umgca we-strip, umgca we-coaxial, umgca we-air strip kunye nomgca we-air coaxial. Ngowuphi umgca omele ukhethwe ngokwemisebenzi yoyilo.

3. Ukulahleka kokusasazwa: ukulahleka kokusasazwa ukusuka kwisekethe ephambili ukuya kwisekethe yesebe ngokuyintloko kunxulumene nomlinganiselo wokusasazwa kwamandla womsasazi wamandla. Umzekelo, ukulahleka kokusasazwa kwezahluli zamandla ezimbini ezilinganayo yi-3dB kwaye ukulahleka kwezahluli zamandla ezine ezilinganayo yi-6dB.

4. Ukulahleka kokufakwa: ukulahleka kokufakwa phakathi kokufakwa kunye nokuphuma kubangelwa yi-dielectric engaphelelanga okanye umqhubi womgca wokudluliselwa (njengomgca we-microstrip) kwaye kuthathelwa ingqalelo umlinganiselo wamaza amiyo ekupheleni kokufakwa.

5. Idigri yokwahlulwa: idigri yokwahlulwa phakathi kwee-ports zamasebe lolunye uphawu olubalulekileyo lomsasazi wamandla. Ukuba amandla okufaka avela kwi-port nganye yamasebe anokuphuma kuphela kwi-port ephambili kwaye akufanele aphume kwamanye amasebe, kufuneka ukwahlulwa okwaneleyo phakathi kwamasebe.

6. I-VSWR: okukhona i-VSWR encinci yezibuko ngalinye, kokukhona ingcono.

Ezona mpawu

Uphawu

Iingenelo
Ibhendi ebanzi kakhulu, 0.7 to 6I-GHz Uluhlu olubanzi kakhulu lweefrikhwensi luxhasa usetyenziso oluninzi lwe-broadband kwimodeli enye.
Ukulahleka okuphantsi kokufakwa,2Uhlobo lwe-.5 dB. kwi0.7/6 I-GHz Indibaniselwano ye-20/30Ukuphathwa kwamandla e-W kunye nokulahleka okuncinci kokufakwa kwenza le modeli ibe ngumviwa ofanelekileyo wokusasaza iimpawu ngelixa igcina ukuhanjiswa kwamandla esignali okugqwesileyo.
Ukuzihlukanisa okuphezulu,18 uhlobo lwe-dB. kwi0.7/6 I-GHz Inciphisa ukuphazamiseka phakathi kwamazibuko.
Ukuphatha ngamandla aphezulu:•20U-W njengomhlukanisi

•1.5W njengesihlanganisi

 I02KPD-0.7^6G-6S/12Sifanelekile kwiinkqubo ezineemfuno ezininzi zamandla.
Ukungalingani kwe-amplitude ephantsi,1i-dB kwi0.7/6 I-GHz Ivelisa imiqondiso yokuphuma ephantse ilingane, ilungele iindlela ezihambelanayo kunye neenkqubo zeendlela ezininzi.

Izalathisi eziphambili 6S

Igama lemveliso Indlela eyi-6Isihluli samandla
Uluhlu lweeFrequency 0.7-6 GHz
Ukulahleka Kokufakwa ≤ 2.5dB(IsiNgesi)Ayibandakanyi ilahleko yethiyori eyi-7.8dB）
I-VSWR NGAPHAKATHI: ≤1.5: 1PHUMA: ≤1.5:1
Ukubekwa wedwa ≥18dB
Ibhalansi yobukhulu ≤±1 dB
Ibhalansi yeSigaba ≤±8°
Ukunganyamezelani 50 OHMS
Ukuphatha Amandla Iiwati ezingama-20
Iziqhagamsheli zeZibuko I-SMA-Ibhinqa
Ubushushu bokusebenza ﹣40℃ ukuya ku +80℃
Isihluli samandla

Umzobo woMgca 6S

Isihluli samandla

Izalathisi eziphambili ze-12S

Igama lemveliso Indlela eyi-12Isihluli samandla
Uluhlu lweeFrequency 0.7-6 GHz
Ukulahleka Kokufakwa ≤ 3.8dB(IsiNgesi)Ayibandakanyi ilahleko yethiyori eyi-10.8dB）
I-VSWR NGAPHAKATHI: ≤1.75: 1PHUMA: ≤1.5:1
Ukubekwa wedwa ≥18dB
Ibhalansi yobukhulu ≤±1.2 dB
Ibhalansi yeSigaba ≤±12°
Ukunganyamezelani 50 OHMS
Ukuphatha Amandla Iiwati ezingama-20
Iziqhagamsheli zeZibuko I-SMA-Ibhinqa
Ubushushu bokusebenza ﹣40℃ ukuya ku +80℃
Isihluli samandla

Umzobo woMgca 12S

19

Ukupakishwa kunye nokuHanjiswa

Iiyunithi zokuthengisa: Into enye

Ubungakanani bephakheji enye: 10.3X14X3.2 cm/18.5X16.1X2.1

Ubunzima obupheleleyo obunye: 1 kg

Uhlobo lwephakheji: Thumela iphakheji yebhokisi

Ixesha lokukhokhela：

Ubungakanani (Iziqwenga) 1 - 1 2 - 500 >500
Ixesha eliqikelelweyo (iintsuku) 15 40 Kuza kuxoxiswana

1.Isihluzi-mandla sisixhobo esahlula amandla esignali yokungenisa ibe ziitshaneli ezimbini okanye ngaphezulu ukuze sikhuphe amandla alinganayo okanye angalinganiyo. Singakwazi nokudibanisa amandla esignali amaninzi abe yimveliso enye. Ngeli xesha, sinokubizwa ngokuba yi-combiner.

2.Kuya kuqinisekiswa ukuba kukho inqanaba elithile lokuzihlukanisa phakathi kwezibuko zokukhupha zesixhobo sokwahlula amandla. Umatshini wokusasaza amandla ukwabizwa ngokuba yi-over-current distributor, eyahlulwe yaba yi-active kunye ne-passive. Ingasasaza ngokulinganayo itshaneli enye yesignali kwiitshaneli ezininzi zokukhupha. Ngokubanzi, itshaneli nganye ine-dB attenuation eliqela. Ukuncitshiswa kwabasasazi abahlukeneyo kuyahluka ngokwee-frequency ezahlukeneyo zesignali. Ukuze kulungiswe ukuncitshiswa, kwenziwa i-passive power divider emva kokongeza i-amplifier.

3.Inkqubo yokuhlanganisa kufuneka ihambelane ngokungqongqo neemfuno zokuhlanganisa ukuze ihlangabezane neemfuno zokukhanya ngaphambi kokuba kube nzima, kuncinci ngaphambi kokuba kube kukhulu, kufakwe i-riveting ngaphambi kokufakwa, kufakwe ngaphambi kokuba kufakwe i-welding, ngaphakathi ngaphambi kokuba kufakwe i-outer, esezantsi ngaphambi kokuba kufakwe i-upper, kuthe tyaba ngaphambi kokuba kufakwe i-high, kwaye kufakwe iindawo ezibuthathaka ngaphambi kokuba kufakwe i-increase. Inkqubo yangaphambili ayizukuchaphazela inkqubo elandelayo, kwaye inkqubo elandelayo ayizukutshintsha iimfuno zokufakela zenkqubo yangaphambili.

4.Inkampani yethu ilawula ngokungqongqo zonke izalathisi ngokuhambelana nezalathisi ezibonelelwa ngabathengi. Emva kokugunyaziswa, ivavanywa ngabahloli abaziingcali. Emva kokuba zonke izalathisi zivavanyiwe ukuze zifaneleke, ziyapakishwa kwaye zithunyelwe kubathengi.

Iprofayile yekhampani

1.Igama leKhampani:Ubuchwepheshe beMicrowave yaseSichuan Keenlion

2. Umhla wokusekwa:Itekhnoloji yeSichuan Keenlion Microwave eyasekwa ngo-2004.Ifumaneka eChengdu, kwiPhondo laseSichuan, eTshayina.

3Isiqinisekiso senkampani:Ihambelana ne-ROHS kunye neSatifikethi se-ISO9001:2015 ISO4001:2015.

FAQ

Q:Zithini iinkcukacha kunye neendlela zeemveliso zakho ezikhoyo?

A:Sinikezela ngezixhobo ze-mirrowave ezisebenza kakuhle kunye neenkonzo ezinxulumene nazo kwii-microwave ekhaya nakwamanye amazwe. Ezi mveliso zixabisa kancinci, kuquka abasasazi bamandla abahlukeneyo, abadibanisi bendlela, izihluzi, abadibanisi, abadibanisi be-duplex, izixhobo ezizenzekelayo, abahlukanisi kunye nabajikelezi-langa. Iimveliso zethu zenzelwe ngokukodwa iindawo ezahlukeneyo kunye namaqondo obushushu agqithisileyo. Iinkcukacha zinokwenziwa ngokweemfuno zabathengi kwaye ziyasebenza kuzo zonke iibhendi zefrikhwensi ezisemgangathweni nezithandwayo ezineebhendi ezahlukeneyo ukusuka kwi-DC ukuya kwi-50GHz..

Q:Ngaba iimveliso zakho zingazisa ilogo yendwendwe?

A:Ewe, inkampani yethu inokubonelela ngeenkonzo ezenzelwe wena ngokweemfuno zabathengi, ezinje ngobungakanani, umbala wenkangeleko, indlela yokugquma, njl.

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