RF connectors now available
Recently introduced, four new RF connector designs are available: QMA that mates with SMA; 75-Ohm BNC; SMA field receptacle; and RF multi-port connectors.
Recently introduced, four new RF connector designs are available:
QMA that mates with SMA; 75-Ohm BNC; SMA field receptacle; and RF multi-port
The QMA push-pull replacement for SMA answers the need for a
QMA, push-pull latching connector that will mate with SMA threaded connectors,
the most widely used 50-Ohm RF coaxial connectors in the wireless industry. There
is a mechanical latch on the plug that mates with existing QMA jack design, but
will only release when the coupling nut is actuated. Mechanical testing with a
pull-force gauge consistently exceeded 80 pounds of axial retention.
BNC 75-Ohm connectors fulfill the current performance
challenges of the broadcast television/video industry. These passive connectors
and coaxial cabling encompass a significant portion of a typical broadcast
transmission line and allow for sizeable future bandwidth expansion without
connector hardware changes.
SMA field receptacle connectors are high performance
subminiature connectors for microwave frequencies. The threaded coupling ensures
uniform contact of the outer conductors, which enables the SMA to minimize
reflections and attenuation at higher frequencies, while providing a high
degree of mechanical strength and durability. Designed for high-performance and
low loss to 27 GHz, these connectors are available in various flange
configurations for ease of mounting on industry standard hermetic and
RF multi-port products provide users with a wide variety of
options and are ideal when package size, quality high-frequency response or
ganged mating is critical. The mating cable multi-port connectors can
accommodate a wide range of small standard and custom micro coaxial sizes up to
RG178. Additional features include:
- Right angle, through-hole PCB and vertical SMT PCB versions
- 50 and 75 Ohms
- Latched and unlatched
- Board-to-board and coaxial cable designs
- Individual connectors and cable assemblies.