Jagora-mw | Gabatarwa zuwa Tace Waveguide RF |
Jagoran Chengdu microwave Tech.(jagora-mw) - matattarar waveguide RF. An ƙera wannan matattara mai yankan don biyan buƙatun tsarin sadarwar zamani, yana ba da kyakkyawan aiki da aminci. Tare da ci gaba da ƙira da ingantattun injiniyoyi, matattarar waveguide ɗin mu na RF suna ba da ingantacciyar damar tace siginar, yana sa su dace don aikace-aikace iri-iri.
An tsara matattarar waveguide don samar da ingantaccen siginar siginar RF, tabbatar da ingantacciyar siginar sigina da ƙaramin tsangwama. Ƙarfin gininsa da kayan aiki masu inganci sun sa ya dace don amfani a cikin yanayi mai buƙata, yana ba da dorewa na dogon lokaci da aiki mai dacewa. Ko kuna aiki a cikin sadarwa, sararin samaniya, tsaro, ko duk wani masana'antu da suka dogara da fasahar RF, matatun mu na iya biyan takamaiman bukatunku.
Ɗaya daga cikin mahimman fasalulluka na matatun jagorar raƙuman ruwa na RF ɗin mu shine ingantattun siginar su da halayen su na kashewa. Wannan yana nufin yana tace sigina da hayaniyar da ba'a so yadda ya kamata, yana haifar da ingantaccen sadarwa mai inganci. Tare da madaidaicin daidaitawar su da babban zaɓi, matatun mu suna tabbatar da cewa siginar da ake so kawai ke wucewa, haɓaka ingancin sigina da aikin tsarin gabaɗaya.
Baya ga iyawar su ta tacewa, an ƙera matattarar waveguide RF don sauƙaƙe haɗin kai cikin tsarin da ake dasu. Ƙirƙirar ƙirar sa mai sauƙi da sauƙi yana sauƙaƙe shigarwa da kiyayewa, yana adana lokacin ƙungiyar ku da ƙoƙarin ku. Tare da faffadan mitar aikinsu da zaɓuɓɓukan da za a iya daidaita su, za a iya keɓance matatun mu don biyan takamaiman buƙatun aikace-aikacenku.
A [Sunan Kamfanin], mun himmatu don samar da sabbin hanyoyin magancewa waɗanda ke taimaka wa abokan cinikinmu cimma burinsu. RF Waveguide Filters suna nuna sadaukarwar mu don ƙware a fasahar RF kuma muna da tabbacin zai wuce tsammaninku. Gane bambanci tare da matattarar jagorar raƙuman ruwa na RF ɗinmu kuma ɗauki tsarin RF ɗin ku zuwa matakin aiki da aminci na gaba.
Jagora-mw | Ƙayyadaddun bayanai |
Lambar Sashe | Yawan Mitar (MHz) | Asarar Sakawa (dB) | Bandwidth | VSWR | Nau'in haɗin haɗi | Kin yarda | Girma (mm) |
LBF-WG3700/200-1 | 3600 ~ 3800MHz | ≤1.0dB | 200 MHz | ≤1.4 | SMA-F | ≥25dB@3550 MHz≥25dB@4250 MHz | 190*98.42*69.85 |
LBF-WG5170/40-06 | 5150-5190MHz | ≤1.0dB | 40 MHz | ≤1.6 | SMA-F | ≥20dB@5130MHz≥20dB@5210MHz | 123.5*92.8*26.2 |
LBF-WG5330/40-06 | 5310-5350MHz | ≤1.0dB | 40 MHz | ≤1.6 | SMA-F | ≥20dB@5290MHz≥20dB@5370MHz | 123.5*92.8*26.2 |
LBF-WG5410/40-06 | 5390-5430MHz | ≤1.0dB | 40 MHz | ≤1.5 | SMA-F | ≥20dB@5370MHz≥20dB@5450MHz | 123.5*92.8*26.2 |
LBF-WG6G-Q4S | F0: 6004.5 MHz | ≤1.2dB | 40 MHz | ≤1.5 | SMA-F | ≥35dB@F0 90MHz | 155*43*20 |
LBF-WG7.866G-Q5S | F0: 7866.30 MHz | ≤1.0dB | 30 MHz | ≤1.4 | SMA-F | ≥30dB@F0 45MHz≥70dB@F0 300MHz | 179*31*17 |
LWG-7900/8400-WR112 | 7900-8400MHz | ≤0.5dB | 0.5GHz | ≤1.25 | WR112 | ≥70dB@DC-7750MHz | 190*53.5*44.45 |
LBF-WG8.177G-Q5S | F0: 8177.62 MHz | ≤1.2dB | 30 MHz | ≤1.5 | SMA-F | ≥30dB@F0 45MHz≥70dB@F0300MHz | 163*31*17 |
LBF-WG10000/50-04 | F0: 10000 MHz | ≤1.0dB | 50 MHz | ≤1.5 | SMA-F | ≥60dB@F0±500MHz | 92.7*31*16.2* |
LF-WG10.25/10.75-Q4S | 10.25-10.75 GHz | ≤0.5dB | 0.5GHz | ≤1.2 | SMA-F | ≥30dB@9.0GHz ≥30dB@12.0GHz | 82*32*21 |
SHUGABA-MW | Bayarwa |