- 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
01
I-SMT Microwave Dual-Junction Circulator
Izici kanye nezicelo
Le circulator inikezela ngokusebenza okuphezulu kokuzihlukanisa kanye nemizila yesignali ephumelelayo ezinhlelweni zokuxhumana zesimanje, amasistimu e-radar, namamojula angaphambili e-RF. Ukuhambisana kwayo nezinqubo zokuhlanganisa i-SMT kuyenza ibe inketho ekahle ezinhlelweni zokusebenza lapho ukonga isikhala nokuhlanganiswa okuphumelelayo kubalulekile. I-SMT Microwave Dual-Junction Circulator inikeza umzila wesignali othembekile kanye nokuzihlukanisa kuyilapho ivumela ukuhlanganiswa okulula kumjikelezo osekelwe phezu kwe-surface mount.
Ithebula Lokusebenza Kagesi kanye Nokubukeka Komkhiqizo
5.0~6.0GHz SMT Microwave Dual-Junction Circulator
Uhlolojikelele Lomkhiqizo
Nansi i-C-band Surface Mount Technology Microstrip Dual-Junction Circulator eklanyelwe ukufakwa kalula kusetshenziswa ubuchwepheshe bokukhweza phezulu. Umkhiqizo ungenziwa ngendlela oyifisayo ngokuya ngezidingo zakho zebhendi yefrikhwensi, umkhawulokudonsa, ubukhulu, nezindawo zamachweba.
Ithebula Lokusebenza Logesi
| Imodeli | Imvamisa (GHz) | BW Max | Ukulahlekelwa kokufakwa(dB) Max | Ukuzihlukanisa (dB) Min | I-VSWR Ubukhulu | Izinga lokushisa lokusebenza (℃) | I-PK/CW/RP (Watt) | Isiqondiso |
| I-HMDHA50T60G-R | 5.0~6.0 | OKUGCWELE | 0.5(P1-P2) | 18.0(P2-P1) | 1.35 | -55~+85 | 30/15/10 | Ngokwewashi |
| 0.9(P2-P3) | 30.0(P3-P2) | |||||||
| I-HMDHB50T60G-R | 5.0~6.0 | OKUGCWELE | 0.5(P1-P2) | 18.0(P2-P1) | 1.35 | -55~+85 | 30/15/10 | I-Counter Clockwise |
| 0.9(P2-P3) | 30.0(P3-P2) |
Ukubukeka Komkhiqizo
8.5~10.5GHz SMT Microwave Dual-Junction Circulator
Uhlolojikelele Lomkhiqizo
Nansi i-X-band Surface Mount Technology Microstrip Dual-Junction Circulator eklanyelwe ukufakwa kalula kusetshenziswa ubuchwepheshe bokukhweza phezulu. Umkhiqizo ungenziwa ngendlela oyifisayo ngokuya ngezidingo zakho zebhendi yefrikhwensi, umkhawulokudonsa, ubukhulu, nezindawo zamachweba.
Ithebula Lokusebenza Logesi
| Imodeli | Imvamisa (GHz) | BW Max | Ukulahlekelwa kokufakwa(dB) Max | Ukuzihlukanisa (dB) Min | I-VSWR Ubukhulu | Izinga lokushisa lokusebenza (℃) | I-PK/CW/RP (Watt) | Isiqondiso |
| I-HMDHE85T105G | 8.5~10.5 | OKUGCWELE | 0.45(P1-P2) | 18.0(P2-P1) | 1.3 | -55~+85 | 20/10/2 | Ngokwewashi |
| 0.9(P2-P3) | 30.0(P3-P2) | |||||||
| I-HMDHF85T105G | 8.5~10.5 | OKUGCWELE | 0.45(P1-P2) | 18.0(P2-P1) | 1.3 | -55~+85 | 20/10/2 | I-Counter Clockwise |
| 0.9(P2-P3) | 30.0(P3-P2) |
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.