Ultra stable insertion loss and phase under bending.
Ultra low loss microwave cable.
Variants up to 18ghz 40ghz 50ghz.
Maxgain ultra low loss microwave cables datasheet.
Insertion loss 0 66db m at 18ghz.
Helifoil cable comes in four different sizes with op ons of stranded center conductors for be er flexibility.
While cables may differ in appearance due to the level of ruggedization used the low or ultra low insertion loss of our standard cable types is retained and the same insertion loss and vswr guarantees apply.
Sft high performance microwave cables are rugged and flexible making them ideal for interconect applications.
Ultra low loss cable is designed to transmit the maximum signal to your antennas.
Low insertion loss up to 18ghz.
Low loss low vswr for integrated systems.
Low passive intermod 155 dbc.
Helifoil ultra low loss flexible microwave coaxial cable and assemblies provide excellent performance over the dc 18 ghz frequency range.
The resulting integrated product becomes an ideal choice for test labs or any testing environment requiring excellent mechanical strength and long term reliability.
Rf microwave cables.
Helifoil ultra stable test cables datasheet.
The cables come standard with silver plated conductors perfluoroalkoxy pfa dielectric double shields and fep jacket.
1 2 inch lmr 400 cable by mpd digital usa meets military specifications with silver foil and silver coated copper conductors for less signal loss in runs up to 200 feet.
Superior shielding effectiveness.
For harsh thermal environments the predictable phase performance of eptfe dielectric ensures accurate repeatable performance.
Megaphase also manufactures high performance coaxial cables using groovetube technology for high power and phase defined systems including electronic warfare telecommunications equipment and many other rf platforms on the ground sea air and space.
Enhanced temperature range 65 c to 150 c.
Lower loss than sf versions.
The air dielectric ultra low loss cables use a unique air enhanced design with up to 87 vop.
Excellent phase stability over temperature.