Existing coaxial cables on the market today consist of either a solid or stranded inner conductor. Thus, the current cable selection is always a trade-off, with users having to choose between lower loss (solid wire) or more flexibility (stranded wire).
The operating temperature of RF cables is defined by the materials used in a certain cable construction. In fact, there is a relationship between lifetime and exposure temperature.
As networks are migrating rapidly towards line rates of 800+ Gbps and beyond, and more connected devices and equipment are required to deliver today’s service offerings, the network test lab is becoming increasingly complex and expensive.
Purpose-built equipment for the broadcast industry capable of simultaneous production of multiple standards is well suited for today’s environment, but it comes at a price.
Responding to the market’s advance to mmWave frequencies for wireless and data rates approaching 100 Gbps for data communications, HUBER+SUHNER has developed a multicoax connector for circuit boards, enabling low reflection transitions from the cable assemblies to the PCB.
To find out the performance of a variety of platings on RF connectors the study in this white paper evaluates corrosion resistance under a 720 hrs salt mist test.
Passive Intermodulation is generated in a system, if it is non-linear. This causes the shape of the output signal to be changed.