SPINNER Connectors - Low-Loss And Reliable Connection For Highest Requirements
Connectors for the transmission of high-frequency signals are used in a wide variety of industries such as mobile communication, broadcast, measurement, satellite communication or in radar technology. SPINNER connectors ensure optimal, low-loss signal transmission and extremely sustainable, cost-effective connections. SPINNER connectors are robust and resistant in various climatic environments - from the sea to the desert or even space.
They guarantee excellent electrical and mechanical performance values such as stability for enduring connectivity, meeting the highest sealing requirements and high performance for transmission parameters.
With a 2.2-5 female connector RG401/U 4-hole panel mounting, the inner cable conductor is soldered to the inner connector conductor, the outer conductor of the cable is soldered to the outer conductor of the connector head.
A SPINNER 2.2-5 female connector RG401/U 4-hole panel mounting guarantees outstanding IM characteristics with maximum passive intermodulation (IM3) of -165 dBc and low VSWR values over the entire frequency range and during the entire operating time.
A 2.2-5 female connector RG401/U 4-hole panel mounting is ideally suited for installation on RG401/SX250 cable.
The connector has a straight direction.
4-hole panel mounting connectors enable wall mounting e.g. on housings. 4-hole panel connectors are inserted into an appropriately prepared notch or bore. On a mounting plate that is perpendicular to the direction of the connector, there are four holes for fastening the connector with screws.
The 2.2-5 connectors are perfect for small cell / distributed antenna systems and have been designed to meet the latest requirements in terms of size, ruggedness, performance and other parameters of radio frequency signal transmission. The small footprint supports the use of smaller components, reduces the risks associated with assembling devices without care, and provides excellent electrical performance.
