Dux-mw | Introductio ad I. stop filter |
Cohors columellarum sistendarum, quae etiam filtras sistendas notae sunt, instrumenta magni momenti sunt in electronicis et telecommunicationum. Facultas eius frequentias inutiles supprimendi intra certum praefinitum spatium facit ut magni ponderis momentum in applicationibus sicut processus audio, impedimentum radiophonicum diminutionis, et signum analyseos biomedicae.
Nostrae filtrae cohortis singularem accurationem et observantiam praebent, ita ut solae frequentiae partes usuris supprimantur servato altiore signo integritatis. Hic gradus accurationis criticus est in condicionibus in quibus praesentia quarundam frequentiarum notam qualitatem deponit vel impedit cum optato output.
Una e praecipuis commodis cohortis nostrae sistenda est earum mobilitas. In compagem compaginari potest in varias systemata et machinas, incluso instrumento audio, retiacula communicationis et instrumentis medicinis. Utrum operaris in productione audio, communicationes wireless vel vigilantia physiologica, cohortis nostrae columellae sistendae solutionem certae frequentiae tractandi invitis componentibus praebent.
Praeterea filtrae nostrae cohortis machinantur ut constantem et certam observantiam praebeant, ad diuturnum tempus stabilitatem et firmitatem praestandam. Eius consilium robustum et elementa quali- ficat idoneam faciunt ad applicationes industriales ac inceptis R&D exigendis.
In summa, filtra nostra vincula interrumpitionem significant processus technologiae significantes, dum accuratam et efficacem extenuationem frequentiorum specificorum componunt. Cum sua versatilitate et fidelitate, optima est doctorum et inquisitorum quaerentium solutiones altas faciendorum frequentiae impedimentum administrandi. Experiamur differentiam ligamentorum nostrorum columellarum et plenam potentialem applicationum processus signi reserare.
Dux-mw | Specification |
Pars Number | Cohors subsisto (MHz) | Transite cohortis | Damnum insertio (dB) | Band transeat VSWR | Connector type | Cohors subsisto rejectio | Dimensiones (mm) |
LBT-880/960-Q9S | 880-960 | 10Mhz-700Mhz&1200-2100Mhz | ≤3.0dB | ≤1.6 | SMA-F | ≥30dB@880-960MHz | 310*65*30 |
LBT-1437/1467-2S | 1437-1467 | Dc-1347Mhz&1550-2400Mhz | ≤3.0dB | ≤1.6 | SMA-F | ≥50dB@1437-1467MHz | 252*63*26 |
LBT-1785/1805-2S | 1785-1805 | Dc-170Mhz&1885-2600Mhz | ≤3.0dB | ≤1.6 | SMA-F | ≥50dB@1785-1805MHz | 252*61*26 |
LBT-1842.5/75-2S | 1805~1880 | DC~1795MHz&1890-3600MHz | ≤2.0dB | ≤1.8 | SMA-F | ≥40dB@1805~1880MHz | 464*61*26 |
LBT-1880/1920-2S | 1880-1920 | Dc-1800Mhz&2000-3000Mhz | ≤3.0dB | ≤1.6 | SMA-F | ≥50dB@1880-1920MHz | 252*61*26 |
LTF-2420/2470-2S | 2420-2470 | Dc-2400Mhz &2490-4000Mhz | ≤4.5dB | ≤1.8 | SMA-F | ≥50dB@2420-2470MHz | 182*50*31 |
LTF-2575/2595-1 | 2575-2595 | 800-2400Mhz &2605-3000Mhz | ≤3dB | ≤1.68 | SMA-F | ≥20dB@2575-2595MHz | 296*74*58 |
LTF-5150/5925-2S | 5150-5925 | Dc-5000Mhz & 6105-8000Mhz | ≤4.5dB | ≤1.8 | SMA-F | ≥40dB@5150-5925MHz | 79.3*25.2*13 |
LTF-5150/5250-Q7 | 5150-5250 | Dc-5120Mhz& 5280-8000Mhz | ≤3.5dB | ≤2.0 | NK | ≥40dB@5150-5250MHz | 116*28.4*20 |
LTF-5250/5350-Q7 | 5250-5350 | Dc-5220Mhz&5380-8000Mhz | ≤3.5dB | ≤2.0 | NK | ≥40dB@5250-5350MHz | 116*28.4*20 |
LTF-5725/5825-Q7 | 5725-5825 | Dc-5695Mhz &5855-8000Mhz | ≤3.5dB | ≤2.0 | NK | ≥40dB@5725-5825MHz | 116*28.4*20 |
LTF-5470/5725-Q7 | 5470-5725 | Dc-5430Mhz & 5765-8000Mhz | ≤3.5dB | ≤2.0 | NK | ≥40dB@5470-5725MHz | 116*28.4*20 |