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I-1000-40000MHz i-2 Way Power Splitter okanye i-Power Divider okanye i-wilkinson power combiner

I-1000-40000MHz i-2 Way Power Splitter okanye i-Power Divider okanye i-wilkinson power combiner

I-1000-40000MHz I-2 Way Power Splitter okanye i-Power Divider okanye i-wilkinson power combiner Umfanekiso obonisiweyo
  • I-1000-40000MHz i-2 Way Power Splitter okanye i-Power Divider okanye i-wilkinson power combiner

Inkcazo emfutshane:

• Inombolo yoMzekelo: KPD-1/40-2S

• Isihluli samandlangesantya esibanzi sokugubungela ukusuka kwi-1000 ukuya kwi-40000MHz

• Ukulahleka kokufakwa kwe-RF ephantsi ≤2.4dB kunye nokusebenza kakuhle kokulahleka kokubuya

• I-Power Splitter inokusasaza isignali enye ngokulinganayo kwiindlela ezimbini zokuphuma, ifumaneka ngee-2.92-Female Connectors

• Icetyiswa kakhulu, Uyilo lweklasikhi, Umgangatho ophezulu.

 i-keenlion inokubonelelayenza ngokwezifisoIsihlukanisi samandla, iisampuli zasimahla, MOQ≥1

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

 


Iinkcukacha zeMveliso

Iithegi zeMveliso

I-broadband ye-frequency ephezulu 1000 -40000MHzIsihluli samandlalicandelo le-microwave/millimeter wave elisetyenziswa kwihlabathi liphela, oluluhlobo lwesixhobo esahlula amandla esignali yokungenisa ibe ziimveliso ezine ezilinganayo; Ingasasaza ngokulinganayo isignali enye kwiimveliso ezine. Igobolondo le-aluminium alloy, Ingenziwa ngokwezifiso

Izalathi eziphambili

Igama lemveliso Isihluli samandla
Uluhlu lweeFrequency 1-40 GHz
Ukulahleka Kokufakwa ≤ 2.4dB (Ayibandakanyi ilahleko yethiyori 3dB)
I-VSWR NGAPHAKATHI: ≤1.5: 1
Ukubekwa wedwa ≥18dB
Ibhalansi yobukhulu ≤±0.4 dB
Ibhalansi yeSigaba ≤±5°
Ukunganyamezelani 50 OHMS
Ukuphatha Amandla Iiwati ezingama-20
Iziqhagamsheli zeZibuko 2.92-Ibhinqa
Ubushushu bokusebenza ﹣40℃ ukuya ku +80℃

Umzobo Wemida

图片1

Izalathisi zobugcisa

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 lwefrikhwensi:Le yindlela yokusebenza kwiisekethe ezahlukeneyo ze-RF / microwave. Uyilo lolwakhiwo lombane lunxulumene kakhulu nesantya sokusebenza. Isantya sokusebenza sombane kufuneka sichazwe ngaphambi kokuba kwenziwe olu yilo lulandelayo.

2. Amandla okuthwala:Kwi-high-power distributor/synthesizer, amandla aphezulu anokuthwalwa yi-element yesekethe yi-core index, emisela ukuba loluphi uhlobo lomgca wokudlulisa onokusetyenziswa ukufezekisa umsebenzi woyilo. Ngokubanzi, ulandelelwano lwamandla oluthwalwa ngumgca wokudlulisa 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 oko kwezahluli zamandla ezine ezilinganayo yi-6dB.

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

5. Isidanga sokuzahlula:inqanaba lokuhlukaniswa 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 ukuhlukaniswa okwaneleyo phakathi kwamasebe.

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

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