MW princeps | Introductio ad humilis PIM Filter |
RF humilis pim bandpass filter. Hoc cutting-ore filter est providere superior perficientur, filtering de unwanted annuit et obscuratis tertia-ut intermotus (3-ut IMD) in RF systems.
Duo signa in linearibus ratio penitus cum nonlinear factores, tertio ordine intermotus occurrit, inde in falsum significationibus. Nostra RF humilis pim bandpass Filtra sunt machinatum providere superior filtering et reducere impulsum intermotus perturbatos, efficaciter mitigating hoc exitus.
Et provectus consilium et subtendis ipsum, nostri tellus odio providere excelsum campester selectivity, permittens solum desideravit RF annuit dum attenuating unwanted frequentiis. Hoc ensures vestri RF ratio operates cum meliorem efficientiam et minimal intercessiones, improving signum qualis et altiore perficientur.
Utrum vos es opus in telecommunications, wireless networking, aut quis alius RF applicationem, nostra RF humilis pim bandpass odio sunt specimen solution pro mundum, reliable signa. Et aspera constructione et summus qualitas components faciunt idoneam ad amplis et environmental et operating conditionibus.
In addition ad superiores filtering capabilities, nostri Bandpass Filtra sunt disposito esse facile integrated in existentium RF systems, faciens ea versatile et practica solutio ad varietatem applications. Cum eorum reliable euismod et firmamentum constructione, vos can fiduciam noster RF humilis pim bandpass odio ad libera consistent results in postulans RF ambitus.
Usus differentia nostra RF humilis Pim Bandpass Filtra potest adducere ad RF ratio. Upgrade ad hoc innovativo filtration solutio et tolle vestri RF perficientur ad proximum gradum.
MW princeps | Specificatio |
LBF-MDCCX / MDCCLXXXV, Q7-1 cavum Filter
Frequentiam range | 1710-1785MHz |
Insertionem damnum | ≤1.3db |
Rippele | ≤0.8db |
Vswr | ≤1.3: I |
Rejectio | ≥75db @ 1650MHz |
Pim3 | ≥110dbc @ II * 40dbm |
Porta Connectors | N-feminam |
Superficiem metam | Niger |
Operating temperatus | -30 ℃ + LXX ℃ |
Conformatio | Ut infra (tolerantia ± 0.5mm) |
MW princeps | Outlininedrawing |
Omnes dimensiones in mm
Omnes Connectors: SMA-F
Tolerantia, 0.3mm