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Zinc/Zn
Connectors & Adaptors
NEX10®
Product code XQ4QB8
The Rosenberger NEX10® connector system meets the existing and future infrastructure efficiency demands of small cell applications and 5G mobile networks. For frequencies up to 20 GHz, the new robust and highly compact NEX10® interface standard provides safe, easy and damage-free connection while minimizing interference from PIM (Passive Intermodulation). Screw-type and a push-pull locking mechanism are available. As a leading global manufacturer of RF products, Rosenberger is an active partner in the NEX10® consortium which is tasked with making the interface a worldwide IEC standard. Designed for upcoming 5G Networks.
- Impedance 50 Ω
- Interface co-developed by leading RF connector manufacturers
- Frequency range DC to 20 GHz
- Return loss (typical)
- DC ≥ 36 dB @ DC to 6 GHz; ≥ 30 dB @ 6 GHz to 10 GHz; ≥ 20 dB @ 10 GHz to 20 GHz
- PIM ≥ 166 dBc @ 2x43dBm
- Degree of Protection IP 68 (@1 m, 24 hours)
- Mating cycles ≥ 100
- Screw-on and push-pull locking mechanism
Specification Sheet
Rosenberger MCX 50 Ω coaxial connectors feature a snap-on locking mechanism. They are mainly applied in RF cable connections up to 6 GHz such as those found in fixed and wireless communication systems. MCX connectors offer high reliability, long service life, as well as easy and fast mounting. The PCB connectors are supplied in tape and reel packaging for automatic assembly to boards and in blisters. MCX connectors with 75 Ω characteristic impedance are available on request.
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Rosenberger RPC-3.50 precision connectors, with an outer diameter of 3.50 mm, are air dielectric and include ruggedized versions. Their high specification ensures excellent performance in precision measurement microwave applications – over the full frequency range up to 26.5 GHz. They are intermateable with common 3.50 mm, SMA, K and RPC-2.92 connectors.
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Rosenberger provides floating test adaptors for a number of standard RF test interfaces. Due to their self-finding design they are suitable for automated testing processes in laboratories, e.g. of couplers, splitters, antennas and other high-frequency devices. Radial and axial misalignment ensures safe contact with the DUT – without reducing the performance. The self-finding construction makes fast and easy connecting and disconnection processes – which means significant time and cost reductions.
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