Omnidirectional Antenna SISO V-Pol 380-6000 MHz Indoor
Omnidirectional Antenna SISO V-Pol 380-6000 MHz Indoor
Technical attributes
Article name | O.Ant SISO V 380-6000MHz 4dBi 4.3-10f |
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Type | Omnidirectional |
Category | SISO |
Installation | Ceiling |
Frequency Range | 380 - 6000 MHz |
Polarisation | vertical |
max Gain | typ. 4.0 dBi @1710-6000 MHz |
Passive Intermodulation | typ. -150 dBc @2x43dBm |
Number of Ports | 1 |
Series | 4.3-10 |
Cable Length | 0,5 m |
Schutzart | IP64 |
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Description of the Series/Product Category
Notice: The following information refer to the series/product category as a whole. Please see the specific datasheet for specific technical information of a particular product.
Coverage is one critical requirement for deploying mobile communication networks. This is true for all cell architectures such as macro, micro, small and pico cells. For reaching all users in a cellular network, in-building coverage also needs to be ensured. Especially on the lower floors in large buildings, network availability is limited, if the building is not equipped with a Distributed Antenna System (DAS). Distributed Antenna Systems are implemented to achieve optimal coverage and provide maximum capacity in larger premises such as shopping malls, stadiums, concert halls, airports, hotels, (underground) train stations or large office buildings. Telegärtner offers passive DAS components such as Power Splitters, Couplers, Tappers or Termination Loads to support its customers with suitable solutions. A broad range of coaxial RF components is available to cover the need for such products and to meet the heterogeneous requirements of each site. Due to the tendency of higher requirements regarding PIM levels, Telegärtner only offers low-PIM components (≤-161 dBc) in the standard portfolio. Furthermore, future-proof components for frequencies up to 3.8 GHz are available for 5G applications. Due to the need for short delivery times, Telegärtner aims to be ready for shipment within 24 hours for parts in stock. Customized solutions are available on demand.
Mechanical attributes
Material: spring contacts | CuBe2; CuPb1.15Ni1 |
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Material: outer conductor | CuZn39Pb3 |
Material: other metal parts | CuZn39Pb3 |
Material: insulators | PTFE; PE |
Material: gaskets | Silicone |
Finish: Inner conductor | Cu1Ni2Au0.8 |
Finish: Outer conductor | Cu2Ni5 (Nickel); Ag2CuSnZn0.5 (Optargen) |
Finish: Other metal parts | Cu2Ni5 |
Durability (Matings) | ≥ 500 |
Thermal and climatic attributes
Types with PTFE insulator | 40/155/21 |
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Types with PE insulator | 40/75/21 |
Elecrical attributes
Contact resistance inner conductor | ≤ 20 mΩ |
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Contact resistance outer conductor | ≤ 5 mΩ |
Insulation resistance | ≥ 5 GΩ |
Voltage proof | 1.5 kVeff/50 Hz |
Impedance | 50 Ω/(75 Ω) |
Return loss: Straight style | ≥ 20 dB/3 GHz (50 Ω types) |
Return loss: Angle style | ≥ 17.7 dB / 3 GHz (50 Ω types) |
Working voltage | ≤ 500 Veff/50 Hz |
Frequency range up to | 4 GHz |
Norms
Standards | IEC 61 169-8 |
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Note :
Combination connectors and cable clamps can be utilised to create a further number of BNC connector variations.