Tehnička dokumentacija
Tehnički podaci
Brand
MobilemarkInternal/External
External
RF Protocols
WiFi (Dual Band)
Frequency Range
2.4 GHz
Antenna Physical Form
Whip
Connector Type
N Type
Antenna Mounting Type
Wall/Pole
Gain
5dBi
Antenna Directivity
Omnidirectional
Connector Gender
Female
Series
OD
Zemlja podrijetla
United States
Detalji o proizvodu
OD Series High Vibration 2.4GHz Omni Antenna
The MobileMark 2.4 GHz high vibration antenna provide an excellent solution for a large area network in extreme environments such as quarry, mining and oil field construction.
The omni directional antenna OD5-2400/5500-MOD2-BLK will cover frequency ranges of 2.4GHz and 5.5GHz at 5 dBi. The OD-MOD2 series is made up from black fibreglass and aluminium that gives protection against the weather conditions. MobileMark's antennas give enhanced performances with the unique phasing, as it cancels out-of-phase current distribution.
2.4GHz Antennas
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Proverite ponovno kasnije.
RSD 51.862,055
komad (u Tubi od 5) (bez PDV-a)
RSD 62.234,466
komad (u Tubi od 5) (s PDV-om)
5
RSD 51.862,055
komad (u Tubi od 5) (bez PDV-a)
RSD 62.234,466
komad (u Tubi od 5) (s PDV-om)
5
Tehnička dokumentacija
Tehnički podaci
Brand
MobilemarkInternal/External
External
RF Protocols
WiFi (Dual Band)
Frequency Range
2.4 GHz
Antenna Physical Form
Whip
Connector Type
N Type
Antenna Mounting Type
Wall/Pole
Gain
5dBi
Antenna Directivity
Omnidirectional
Connector Gender
Female
Series
OD
Zemlja podrijetla
United States
Detalji o proizvodu
OD Series High Vibration 2.4GHz Omni Antenna
The MobileMark 2.4 GHz high vibration antenna provide an excellent solution for a large area network in extreme environments such as quarry, mining and oil field construction.
The omni directional antenna OD5-2400/5500-MOD2-BLK will cover frequency ranges of 2.4GHz and 5.5GHz at 5 dBi. The OD-MOD2 series is made up from black fibreglass and aluminium that gives protection against the weather conditions. MobileMark's antennas give enhanced performances with the unique phasing, as it cancels out-of-phase current distribution.