Productus
Ant01105_V1 8Ghz Ultra-Widdeband omnidiatCtional antenna
| MW princeps | Introductio ad 8GHz Ultra-Wideband omnidialess antenna |
Introducendis Dux Proin Tech. (Dux-MW) Latest Innovation in Wireless Communications Technology - In 8GHz Ultra-Wideband omnidiall. Hoc secans-ora antenna aims ad revolutionismine via nos coniungere et communicare in Digital Age. Cum ad provectus technology et superior perficientur, quod antennae est certus ut a ludum, verso in wireless networking.
8Ghz Ultra-Widreband omnidirectional antenna praebet unice versatility et reliability. Eius omnidirectional consilio dat seamless connectivity in omnibus directiones, cursus consistent signum viribus et coverage per range. Utrum tu es profecta est wireless network in magna officium spatium, CELLA, aut velit environment, quod antenna praebet perfectam solution omnibus connectivity necessitates.
Unum de principalis features huius antennae est ejus ultra-wideband facultatem, permittens ad operari super latum frequency range de 8Ghz. Hoc modo non potest sustinere a varietate wireless technologiae et applications, inter Wi-fi, Bluetooth et IOT cogitationes. Cum hoc antenna, vos can futurum-probationem vestri wireless network et ut compatibility cum tardus technologies.
Praeterea, in 8GHz ultra-wideband omnidiallectional antenna delivers superior perficientur secundum signum viribus et celeritate. Utrum vestri 'effusis HD Video, faciendi Video Conferencing, aut transferendo magna files, hoc antenna ensures firmum et reliable nexu in omni tempore. Et durabile constructione et tempestate repugnans consilio facere idoneam in umbraticis et velit usu, providing certa et consistent nexum in aliquo environment.
| MW princeps | Specificatio |
Ant0105_V1 20MHz~8Ghz
| Frequency range: | 20-8000MHz |
| Quaestum Typ; | Tago0(Typ.) |
| Max. deviationem a circularitate | ± 1.5db (Typ.) |
| Horizontalis Radiation Exemplar: | ± 1.0db |
| Polarization: | vertical Polarization |
| VSWR: | ≤ 2.5: I |
| Impedance: | L Ohms |
| Portus Connectionum: | N-feminam |
| Operating temperatus range: | -40˚c-- LXXXV ˚c |
| pondus | 1KG |
| Superficiem color: | Viride |
| Line: | φCXLIV×CCCXCIV |
Remarks:
Potius quam 1.20 Potius quam Lond Rating Power
| MW princeps | Environmental specifications |
| Operational temperatus | -30ºC ~ + 60ºC |
| Storage temperatus | -50ºC ~ + 85ºC |
| Vibratio | 25DMMs (XV gradus 2khz) patientia, I hora per axem |
| Humor | C% RH ad 35ºC, XCV% RH at 40ºC |
| Inpulsa | 20g ad 11msec dimidium Sine unda, III axis utraque directiones |
| MW princeps | Mechanica Specifications |
| Item | materies | superficies |
| installation obstructionum | Aliquam Steel CCCIV | POSTIVATIO |
| flange | 5A06 rubigo-probationem aluminium | Color PRO PROLIXTICIUS oxidation |
| Polus | 5A06 rubigo-probationem aluminium | Color PRO PROLIXTICIUS oxidation |
| Superius | 5A06 rubigo-probationem aluminium | Color PRO PROLIXTICIUS oxidation |
| glandula | 5A06 rubigo-probationem aluminium | Color PRO PROLIXTICIUS oxidation |
| patching panel | Rubrum aeris | POSTIVATIO |
| insulating pars | nylon | |
| vibrator | 5A06 rubigo-probationem aluminium | Color PRO PROLIXTICIUS oxidation |
| I axis | immaculatam ferro | POSTIVATIO |
| II axis II | immaculatam ferro | POSTIVATIO |
| Rohs | obsequens | |
| Pondus | 1KG | |
| Stipare | Aluminium Alloy Packing Case (Fusce) | |
Doctrina Ducta:
Omnes dimensiones in mm
Lumborum tolerances ± 0.5 (0.02)
Adscendens foramina tolerances ± 0.2 (0.008)
Omnes Connectors: N-Male
| MW princeps | Test notitia |
| MW princeps | Ad VSWR |
Parameter VSWR est mensura modum digitally describitur impedirentance matching gradum antennarum et circuitus vel interface connectitur. Sequenti Circuit Analysis ostendit principalis ratio VSWR:
Quod significant de parametri in figura sunt, ut sequitur:
Z0: proprium impedimentum signo fons circuitu;
Zin: Circuit input impedire;
V +: fons incident intentione;
V: indicat reflectitur voltage ad fontem finem.
I +: Signum fontem incident current;
I-: reflectitur current ad signum fontem;
Vin: Transmissus voltage in onus;
Iin: Transmissus current in onus
Et VSWR Calculation Formula est ut sequitur:
