Technical Document
Specifications
Brand
RadiallCoaxial Connector Type
N Connector
Gender
Female
Mounting Type
Cable Mount
Impedance
50Ω
Termination Method
Clamp
Body Orientation
Straight
Cable Type
RG11, RG144, RG165, RG213, RG214, RG216, RG393
Operating Frequency
0 to 11GHz
Body Plating
Bronze
Minimum Operating Temperature
-55°C
Maximum Operating Temperature
+155°C
Contact Material
Beryllium Copper
Contact Plating
Gold over Nickel
Product details
Radiall 50 Ohm N Series RF Coaxial Cable Clamp Jack Connectors
50 Ohm N series RF coaxial cable jack connectors with screw-on mating and a cable clamp termination. These 50 Ohm N series RF coax female cable jacks have a PTFE dielectric, nickel plated body, gold plated centre contact and are available for use with a variety of RF coaxial cable types including RG213, RG214, RG58 and RG 223.
Radiall
BBR (Bronze Blanc Radiall), white bronze plated 50Ω N connectors meet the demands for reliable, low loss performance required in high frequency communication applications.
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€ 38.54
Each (ex VAT)
1
€ 38.54
Each (ex VAT)
1
Technical Document
Specifications
Brand
RadiallCoaxial Connector Type
N Connector
Gender
Female
Mounting Type
Cable Mount
Impedance
50Ω
Termination Method
Clamp
Body Orientation
Straight
Cable Type
RG11, RG144, RG165, RG213, RG214, RG216, RG393
Operating Frequency
0 to 11GHz
Body Plating
Bronze
Minimum Operating Temperature
-55°C
Maximum Operating Temperature
+155°C
Contact Material
Beryllium Copper
Contact Plating
Gold over Nickel
Product details
Radiall 50 Ohm N Series RF Coaxial Cable Clamp Jack Connectors
50 Ohm N series RF coaxial cable jack connectors with screw-on mating and a cable clamp termination. These 50 Ohm N series RF coax female cable jacks have a PTFE dielectric, nickel plated body, gold plated centre contact and are available for use with a variety of RF coaxial cable types including RG213, RG214, RG58 and RG 223.
Radiall
BBR (Bronze Blanc Radiall), white bronze plated 50Ω N connectors meet the demands for reliable, low loss performance required in high frequency communication applications.