FAKRA Cable assembly Features： Can be combined with BNC, FAKRA, MCX, SMA or TNC connector; Body Can be right angle or straight connectors; Cable Can use flexible cable.
SMP Connector Features： Can terminate to coax, PCB (printed circuit board), shroud or terminal; Can be male or female gender with 50ohm impedance; Body can be straight or right angle; Mount Method can be bulkhead, 2 hole panel or mount-less; Attachment methods include solder, crimp/solder, or solder/solder; Body is brass or stainless steel.
BNC Connector Features： Can terminate to coax, PCB (printed circuit board) or terminal; Can be male or female gender in standard polarity or reverse polarity threads, with 50ohm impedance; Body can be straight or right angle; Mount Method can be 4 hole flange, bulkhead, 4 hole panel or mount-less; Attachment methods include clamp/solder, crimp/solder, field replaceable, solder or solder/solder; Body is brass with nickel or gold or silver or tri-metal plating.
NEX10 features： Can terminate to coaxial; Can be male or female gender in standard polarity, with 50ohm impedance; Body can be straight or right angle; Mount Method can be bulkhead or mount-less; Attachment methods include clamp/solder, crimp/solder or solder/solder.
Features： Nominal mated height of 1.9 or 2.4mm (Max. 2.0 or 2.5mm ) ; Accepts high frequency transmission; Small mounting area The receptacle occupies an area of 7.7mm; Light weight; Plugs are terminated with ultra-fine coaxial (fluorinated resin insulated )cable; Automatic board placement; Simple connector mating / unmating; Verification of the fully mated condition.
N type adapters Features： Allow to interface QN connectors with N connectors; Quick disconnect version of the N-Type adapter with similar internal construction; Innovative alternative to N-Type connectors; Perfect for indoor and outdoor applications including base stations and cellular installations; Qn connectors have the same benefits as threaded adapters and can be terminated to larger cables and are designed to handle higher power requirements.
Features： Radiation Pattern of Antenna; Polarization of Antenna; Intensity of Radiation; Effective Aperture; Gain & Directivity; Bandwidth; Power Gain & Radiation Efficiency; Effective Length; Input Impedance.
