Flexible Coax Cables

706 Flexible Coax Cables from 33 Manufacturers meet your specification.

Flexible RF Coax Cables from the leading manufacturers are listed below. Narrow down on flexible coax cables based on the cutoff frequency, impedance, dielectric materials and other parameters.

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  • Type: Flexible
Description:DC to 18 GHz, Test Cable for N-Male Connector
Type:
Flexible
Application:
Test & Measurement
Cut off Frequency:
DC to 18 GHz
Impedance:
50 Ohms
Connector:
N Type
more info
Description:RG214 LSFH, 50 Ohm, 6 GHz, 105°C, ø11.1 mm, RADOX® jacket, Flame retardant, Railway qualified
Type:
Flexible
Application:
Railway
Property:
Fire Retardant
Cut off Frequency:
6 GHz
Power:
229 to 1022 W
Propagation Velocity:
66%
Outer Conductor Material:
Copper, Silver plated
Impedance:
50 Ohms
Inner Conductor:
Copper, Silver plated
Jacket Material:
RADOX EM104
Dielectric_D:
PEX
Connector:
N Type, TNC, BNC, 7/16 DIN, QN
more info
Description:50 Ohms, Flexible Low Loss Standard Cable from 40 GHz
Type:
Flexible
Cut off Frequency:
40 GHz
Propagation Velocity:
76%
Impedance:
50 Ohms
Jacket Material:
Flouroplastic
Dielectric_D:
Flouroplastic
more info
Description:Low Loss Flexible Microwave Cable from DC to 50 GHz
Type:
Flexible
Cut off Frequency:
DC to 50 GHz
Power:
50 to 550 W
Propagation Velocity:
0.83
Impedance:
50 Ohms
Inner Conductor:
Silver Plated Copper
Jacket Material:
FEP Copper
Dielectric_D:
EPTFE
more info
Description:500 MHz to 28 GHz, Flexible RF Cable
Type:
Flexible
Cut off Frequency:
28 GHz
Propagation Velocity:
72.50%
Outer Conductor Material:
Copper
Impedance:
50 Ohms
Dielectric_D:
PTFE
more info
Description:DC to 50 GHz, Flexible, Cryogenic Cable
Type:
Flexible, Cryogenic
Cut off Frequency:
DC to 50 GHz
Outer Conductor Material:
Stainless Steel, Copper
Inner Conductor:
Stainless Steel, Copper
Jacket Material:
PTFE, FEP
Dielectric_D:
PTFE, FEP
Cryogenic Temprature:
0 to 300 K
more info
Description:Ultra-Flexible Test Cable from DC to 18 GHz
Type:
Flexible
Application:
Test & Measurement, Test & Measurement, Test & Mea...
Cut off Frequency:
18 GHz
Power:
67 to 210 W
Impedance:
50 Ohms
Inner Conductor:
Silver Plated Copper Clad Steel
Jacket Material:
Polyurethane
Connector:
SMA
more info
Description:Flexible RF Cables from DC to 18 GHz
Type:
Flexible
Application:
Radar, Electronic Warefare, Automatic Test Equipme...
Cut off Frequency:
DC to 18 GHz
Propagation Velocity:
84%
Outer Conductor Material:
Ag-plated Cu Strip/Ag-plated Cu Flat Braid
Impedance:
50 Ohms
Inner Conductor:
Solid Ag-plated Cu
Jacket Material:
FEP
Dielectric_D:
PTFE
Connector:
7/16 DIN, SMA, TNC, N Type
more info
Description:DC to 26 GHz, Flexible, Cryogenic Cable
Type:
Flexible, Cryogenic
Cut off Frequency:
DC to 26 GHz
Outer Conductor Material:
Polyimide & Silver (Ag)
Impedance:
50 Ohms
Cryogenic Temprature:
10 mk to 400 K
Connector:
SMA, SMP, Mini-SMP
more info
Description:26 GHz Repairable VNA Cables
Type:
Flexible
Cut off Frequency:
26 GHz
Propagation Velocity:
76%
Connector:
N Type, 3.5 mm, SMA
more info
Description:50 W, Pair of Coaxial Cables from DC to 20 GHz
Type:
Flexible
Cut off Frequency:
20 GHz
Power:
50 W
Impedance:
50 Ohms
Connector:
SMA
more info

What are Flexible RF Coaxial Cables?

Flexible Coaxial Cables are RF cables that have a high level of flexibility – they can be bent, twisted and turned and continue to transmit high-frequency signals with minimal signal distortion. These cables need to be specially designed to ensure that there is minimal performance degradation while a cable is bent. The bend radius of a cable can be used to determine the level of flexibility that a cable can exhebit.

Important parameters when looking for a Flexible Coaxial Cable:

Operating Frequency: Coaxial cables can transmit radio waves in a certain range of frequency according to their thickness, materials they are made of and length of transmission.

Bend Radius: This defines how much a cable can be bent without any signal degradation.

Shielding Effectiveness (dB): It is the relative ability of a cable’s shield to screen out undesirable interference. In coaxial cables, the outer conductor provides a shield to keep interfering signals from getting in and to keep signals from leaking out to become undesirable interference for nearby devices.

Power Handling (W/dBm): This is the maximum RF signal power that can be handled by a coaxial cable at a particular frequency.

Insertion Loss: Insertion loss is the loss of signal when traveling in and out of a coaxial cable. The Insertion loss in coaxial cables usually varies with the length of the cable and is measured in dB/foot or dB/m.

Connectors: Coaxial cables are usually terminated on either end with connectors. Each cable type can have a set of compatible connector types. It is important to know which connectors can be used with which cable.

everything RF lists Flexible Coaxial Cables from the leading manufacturers. Use the parametric search tools to narrow down on products based on your requirement. Once you find parts that meet your specification, download the data sheet, compare products and request quotations. Inquiries sent via everything RF are directed to the manufacturers who get back to you with a quote or information.

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