- I-Microstrip Circulator
- I-Microstrip Isolator
- I-Dual-Junction Microstrip Circulator
- I-Circulator yokungena
- I-Isolator yokungena
- I-Drop-in Dual-Junction Circulator
- I-Coaxial Circulator
- I-Coaxial Isolator
- I-Coaxial Dual-Junction Circulator
- I-Waveguide Circulator
- I-Waveguaide Isolator
- I-Differential Phase-Shift High Power Waveguide
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Isiyingi esijwayelekile sokudonsela phansi kwe-Dual-Junction
Izici kanye nezicelo
Idizayini yayo yokungena ivumela ukuhlanganiswa okuqondile ezinhlelweni ezihlukahlukene zokuxhumana, izinhlelo ze-radar, nemishini yokuhlola. Ukwakhiwa okuqinile kwe-circulator nokusebenza okuthembekile kuqinisekisa ukudluliswa kwesignali okuphumelelayo kuyilapho kuvikela izingxenye ezibucayi emonakalweni ongase ube khona. Ngokugxila ezintweni ezisetshenziswayo zekhwalithi ephezulu nobunjiniyela obunembayo, i-Typical Drop-in Dual-Junction Circulator iletha ukusebenza okukhethekile nokuthembeka ekufuneni i-RF kanye nezicelo ze-microwave.
Ithebula Lokusebenza Kagesi kanye Nokubukeka Komkhiqizo
1.2~1.4GHz Isiyingi Esijwayelekile Sokudedela Okubili
Uhlolojikelele Lomkhiqizo
Nansi I-L-band Drop-in Dual-Junction Circulator. Ingenziwa ngendlela oyifisayo usayizi omncane, amandla aphezulu, izikhundla zamachweba, nezikhombisi-ndlela zokudlulisela ngokuya ngezidingo zakho.
Ithebula Lokusebenza Logesi
| Imodeli | Imvamisa (GHz) | BW Max | Ukulahlekelwa kokufakwa(dB) Max | Ukuzihlukanisa (dB) Min | I-VSWR Ubukhulu | Izinga lokushisa lokusebenza (℃) | I-PK/CW (Watt) | Isiqondiso |
| I-HDDHA12T14G | 1.2~1.4 | OKUGCWELE | 0.4(P1-P2) | 18.0(P2-P1) | 1.35 | -40~+70 | 200/50/20 | Ngokwewashi |
| 0.8(P2-P3) | 35.0(P3-P2) | |||||||
| I-HDDHB12T14G | 1.2~1.4 | OKUGCWELE | 0.4(P2-P1) | 18.0(P1-P2) | 1.35 | -40~+70 | 200/50/20 | I-Counter Clockwise |
| 0.8(P3-P2) | 35.0(P2-P3) |
Ukubukeka Komkhiqizo
5.3~5.9GHz Isiyingi Esijwayelekile Sokudedela Okubili
Uhlolojikelele Lomkhiqizo
Nansi i-C-band Drop-in Dual-Junction Circulator. Ingenziwa ngendlela oyifisayo usayizi omncane, amandla aphezulu, izikhundla zamachweba, nezikhombisi-ndlela zokudlulisela ngokuya ngezidingo zakho.
Ithebula Lokusebenza Logesi
| Imodeli | Imvamisa (GHz) | BW Max | Ukulahlekelwa kokufakwa(dB) Max | Ukuzihlukanisa (dB) Min | I-VSWR Ubukhulu | Izinga lokushisa lokusebenza (℃) | I-PK/CW (Watt) | Isiqondiso |
| I-HDDHA53T59G | 5.3~5.9 | OKUGCWELE | 0.45(P1-P2) | 19.0(P2-P1/P3-P1) | 1.25 | -40~+70 | 100/20/20 | Ngokwewashi |
| 0.8(P2-P3) | 38.0(P3-P2) | |||||||
| I-HDDHB53T59G | 5.3~5.9 | OKUGCWELE | 0.45(P2-P1) | 19.0(P1-P2/P1-P3) | 1.25 | -40~+70 | 100/20/20 | I-Counter Clockwise |
| 0.8(P3-P2) | 38.0(P2-P3) |
Ukubukeka Komkhiqizo
Amagrafu Ejika Lesikhombi Sokusebenza Kwamanye Amamodeli
Amagrafu ejika asebenzela inhloso yokwethula ngokubonakalayo izinkomba zokusebenza komkhiqizo. Banikeza umfanekiso obanzi wamapharamitha ahlukahlukene njengokuphendula kwemvamisa, ukulahlekelwa kokufaka, ukuhlukaniswa, nokubamba amandla. Lawa magrafu awusizo ekusizeni amakhasimende ukuthi ahlole futhi aqhathanise ukucaciswa kobuchwepheshe bomkhiqizo, asize ekuthathweni kwezinqumo ezinolwazi ngezidingo zabo ezithile.