Praecipuum principium Attenuatoris Montis Flanglessi est aliquid energiae signum inputationis consumere, causans ut signum in output fine inferiorem intensionem generaret.Hoc potest accurate temperare et adaptationem significationum in ambitu ad certas exigentias occurrere.Mons Atenuator sine fine potest amplis valoribus attenuationibus accommodare, plerumque inter paucos decibelos ad decem decibelas, ut occurreret signum attenuationis necessitates in diversis missionibus.
Mons Atenuator sine fine applicationes in wireless communicationis systematibus amplis habent.Exempli gratia, in campo communicationis mobilis, Montes Flangless Atenuatores adhibentur ad facultatem tradendi accommodandi vel recipiendi sensus ad providendi egregiam aptabilitatem in diversis distantiis et condicionibus environmentalibus.In RF ambitus designandi, Mons Atenuators Flangless potest adhiberi ad librandas vires initus et output significationum, signo alto vel minore impedimento vitando.Praeterea Mons Atenuators Flangless late usus est in probationibus et mensuris agrorum, ut instrumenta calibrare vel gradus signos adaptare.
Animadvertendum est quod, cum in Monte Atenuatori Lingelesso utendo, oportet eos eligere in schedulis specificis fundatos, et operam dare frequentiae frequentiae operanti, maximam vim consummationis, et parametri linearitatem, ut operationem normalis et diuturnam firmitatem conservet.
Post annos investigationis et evolutionis et productionis resistentium et pads attenuationis, societas nostra consilium comprehendit et facultatem productionis habet.Elit eligendi vel mos excepturi nobis.
RFTYT Flangless Mount Atenuators | |||||
Rated potestas | Frequentia Range | Substratum Dimension | Substratum Material | Attenuation Value | Exemplar & Data Sheet |
5W | DC-3.0 GHz | 4.0×4.0×1.0 | BeO | 01, 02, 03, 04 | RFTXX-05AM0404-3G |
Al2O3 | 05, 10, 15, 20, 25, 30; | RFTXXA-05AM0404-3G | |||
10W | DC-4.0 GHz | 2.5×5.0×1.0 | BeO | 0.5, 01-04, 07, 10, 11 | RFTXX-10AM2550B-4G |
30W | DC-6.0 GHz | 6.0×6.0×1.0 | BeO | 01-10, 15, 20, 25, 30; | RFTXX-30AM0606-6G |
60W | DC-3.0 GHz | 6.35×6.35×1.0 | BeO | 01-09, 16, 20 | RFTXX-60AM6363B-3G |
RFTXX-60AM6363C-3G | |||||
DC-6.0 GHz | 6.0×6.0×1.0 | BeO | 01-10, 15, 20, 25, 30; | RFTXX-60AM0606-6G | |
100W | DC-3.0 GHz | 5.7×8.9×1.0 | ALN | 13, 20, 30 dB* | RFTXXN-100AJ8957-3G |
DC-3.0 GHz | 5.7×8.9×1.0 | ALN | 13, 20, 30 dB* | RFTXXN-100AJ8957T-3G | |
DC-6.0 GHz | 6.0×9.0×1.0 | BeO | 01-10, 15, 20, 25, 30; | RFTXX-100AM0906-6G | |
150W | DC-3.0 GHz | 6.35×9.5×1.5 | ALN | 20, 30 | RFTXXN-150AJ9563-3G |
DC-3.0 GHz | 6.35×9.5×1.5 | ALN | 20, 30 | RFTXXN-150AJ9563T-3G | |
DC-3.0 GHz | 9.5×9.5×1.5 | ALN BeO | 03 30 | RFT03N-150AM9595B-3G RFT30-150AM9595B-3G | |
DC-3.0 GHz | 10.0×10.0×1.5 | BeO | XXV, 30dB . | RFTXX-150AM1010-3G | |
DC-6.0 GHz | 10.0×10.0×1.5 | BeO | 01-10, 15, 17-24; | RFTXX-150AM1010-6G | |
250W | DC-1.5 GHz | 10.0×10.0×1.5 | BeO | 01-03, 20, 30 | RFTXX-250AM1010-1.5G |
300W | DC-1.5 GHz | 10.0×10.0×1.5 | BeO | 01-03, 30 | RFTXX-300AM1010-1.5G |