GORE Microwave/RF Assemblies, General Purpose For Defense Aircraft

Manufacturer: Gore (日本ゴア)
Made in Japan
Model: Microwave/RF Assemblies

Overview of Microwave/RF Assemblies

MORE FLEXIBILITY WITH STABLE PERFORMANCE

Inside-the-box and between-the-box systems often use traditionally designed RG or semi-rigid aircraft cable assemblies that are hard to route in smaller areas. They’re known to fail frequently and are difficult to replace because they usually involve costly configuration drawings and time-consuming installation procedures requiring longer aircraft downtime.

The defense sector needs a more flexible, electrically stable aircraft RF cable option that won’t break or fail during routing to keep aircraft in operation longer and save money overall.

PROVEN TO SURVIVE RIGOROUS ROUTING

Unlike traditionally designed choices, GORE Microwave/RF Assemblies offer small, extremely flexible options proven to survive rigorous handling and routing in the tightest configurations.

Our aerospace coaxial cable assemblies have tighter bend radii that aircraft maintainers will find much easier and faster to route. For instance, we bent our Type 4L version down to 0.10 inches and it successfully maintained low insertion loss, reliable VSWR and consistent impedance control.

Not only that, but a common failure point for semi-rigid aviation coaxial cables during routing is right next to the connector. When we flexed our Type 4L version next to the aircraft coaxial connector, it still maintained its mechanical and electrical integrity.

Also, the coaxial wire inside our aviation RF cables is wrapped with a unique proprietary insulation material that’s lighter weight than traditional materials used in RG and semi-rigid cables. The bonus is that our aerospace lightweight cable can help improve aircraft fuel efficiency and increase payload options.

Consistent Performance Over Time

We offer many types of cables used in aircraft systems that operate reliably up to 70 gigahertz (GHz). They consistently deliver excellent signal performance at extremely high military aircraft frequencies over time while maintaining an impedance of 50 +/- 1 ohm to exceed industry standards. Our low-loss coaxial cables also provide outstanding shielding effectiveness at more than 90 dB through 18 GHz.

Why waste time and money constantly replacing RG or semi-rigid aviation cable assemblies? Instead, use GORE Microwave/RF Assemblies in your aerospace and defense RF general purpose application. We’re sure you’ll see improved installation results, longer service life, reduced aircraft downtime and lower total cost of ownership.

Highly flexible design of GORE Microwave/RF Assemblies, General Purpose

Applications

PROVEN PERFORMANCE ACROSS AIRCRAFT APPLICATIONS

GORE Microwave/RF Assemblies, General Purpose are thoroughly tested and pre-qualified to meet stringent industry standards and performance criteria. They perform reliably in high-density, multi-purpose and high power/low loss aircraft applications, including:

antenna arrays
backplane interconnects
between-the-box connections
board-to-board systems
inside-the-box systems
module-to-module interconnects

These applications are typically used in a variety of mission-critical aircraft systems such as:

airborne electronic surveillance/countermeasures/jamming
C5ISR
electronic/signal intelligence
EW (electronic warfare) systems
millimeter wave (mmWave) technologies
navigation/communications systems
radar interconnects
RWR (radar warning receiver) systems

Features & Benefits

GORE Microwave/RF Assemblies, General Purpose are engineered with unique features and provide aircraft system architects and engineers with many benefits that improve electrical, mechanical and environmental performance, such as:

excellent signal performance up to 70 GHz during routing and over time
low insertion loss and reliable VSWR during routing and over time
consistent phase and amplitude stability during flexure
controlled impedance at 50 +/- 1 ohm to exceed industry standards
outstanding shielding effectiveness for less interference among systems
greater flexibility with smaller bend radii for easier routing in tight configurations
improved fuel efficiency and increased payload with lightweight diameters
less maintenance, reduced downtime and lower total cost of ownership
increased design options with a variety of robust, low-profile connector options

Properties

These values demonstrate the electrical, mechanical and environmental performance of GORE Microwave/RF Assemblies, General Purpose for Defense Aircraft.

Electrical Property^a	Cable Type
Electrical Property^a	4L	53	G1	G4	54	89	55
Maximum Frequency GHz	18	18	18	18	40	40	67
Typical VSWR dB through Max Frequency	1.33:1	1.32:1	1.30:1	1.30:1	1.33:1	1.40:1	1.40:1
Typical Insertion Loss dB	1.58	1.26	0.77	0.75	1.93	1.60	2.58
Attenuation at Max Frequency dB/ft (dB/m)	1.54 (5.04)	1.13 (3.69)	0.71 (2.33)	0.63 (2.08)	1.66 (5.45)	1.63 (5.35)	2.14 (7.02)
Standard Impedance Ohms	50 ± 1
Nominal Velocity of Propagation %	85
Nominal Time Delay ns/in (ns/cm)	0.103 (0.04)
Shielding Effectiveness dB through Max Frequency	> 90
Nominal Dielectric Constant	1.4

^a Specifications based on a 12 in (0.3 m) assembly length and maximum frequency with straight connectors.

Mechanical / Environmental Property	Cable Type
Mechanical / Environmental Property	4L	53	G1	G4	54	89	55
Jacket Material	PFA
Jacket Color	Purple
Center Conductor	Solid	Solid	Stranded	Solid	Solid	Solid	Solid
Dielectric Material	ePTFE
Nominal Outer Diameter in (mm)	0.047 (1.2)	0.070 (1.8)	0.120 (3.0)	0.120 (3.0)	0.070 (1.8)	0.085 (2.2)	0.070 (1.8)
Nominal Weight oz/ft (g/m)	0.06 (5.6)	0.12 (11.5)	0.32 (29.5)	0.32 (29.5)	0.12 (11.5)	0.14 (13.1)	0.12 (11.5)
Minimum Bend Radius in (mm)	0.25 (6.4)	0.40 (10.2)	0.50 (12.7)	0.50 (12.7)	0.40 (10.2)	0.50 (12.7)	0.40 (10.2)
Temperature Range °C	-55 to +125

Electrical Property^a	Cable Type
Electrical Property^a	G2	G5	G7	G9	GD	4Y	2Z	4F
Maximum Frequency GHz	18	18	26.5	26.5	40	40	50	67
Typical VSWR dB through Max Frequency	1.19:1	1.19:1	1.17:1	1.17:1	1.30:1	1.30:1	1.26:1	1.30:1
Typical Insertion Loss dB	1.36	1.13	1.71	1.43	2.65	2.65	3.78	5.84
Attenuation at Max Frequency dB/ft (dB/m)	0.40 (1.30)	0.32 (1.06)	0.50 (1.62)	0.40 (1.30)	0.78 (2.57)	0.78 (2.57)	1.26 (4.13)	1.83 (5.99)
Typical Phase Stability Degree	+/- 2.0	+/- 2.0	+/- 3.0	+/- 3.0	+/- 5.0	+/- 5.0	+/- 6.0	+/- 8.0
Typical Amplitude Stability dB	< +/- 0.05
Standard Impendence Ohms	50 ± 1
Nominal Velocity of Propagation %	85
Nominal Time Delay ns/in (ns/cm)	0.103 (0.04)
Shielding Effectiveness dB through Max Frequency	> 90
Nominal Dielectric Constant	1.4

^a Specifications based on a 36 in (0.9 m) assembly length and maximum frequency with straight connectors.

Mechanical / Environmental Property	Cable Type
Mechanical / Environmental Property	G2	G5	G7	G9	GD	4Y	2Z	4F
Jacket Material	PFA
Jacket Color	Purple
Center Conductor	Stranded	Solid	Stranded	Solid	Solid	Solid	Solid	Solid
Dielectric Material	ePTFE
Nominal Outer Diameter in (mm)	0.19 (4.8)	0.19 (4.8)	0.19 (4.8)	0.19 (4.8)	0.16 (4.1)	0.15 (3.8)	0.14 (3.6)	0.12 (3.0)
Nominal Weight oz/ft (g/m)	0.60 (55.8)	0.60 (55.8)	0.60 (55.8)	0.60 (55.8)	0.39 (36.1)	0.39 (36.1)	0.35 (32.8)	0.32 (29.5)
Minimum Bend Radius in mm)	1.0 (25.4)	1.0 (25.4)	1.0 (25.4)	1.0 (25.4)	1.0 (25.4)	1.0 (25.4)	1.0 (25.4)	0.5 (12.7)
Temperature Range °C	-55 to +125

Electrical Property^a	Cable Type
Electrical Property^a	G3	G6	8W
Maximum Frequency GHz	18
Typical VSWR dB through Max Frequency	1.24:1	1.22:1	1.28:1
Typical Insertion Loss dB	1.00	0.80	0.75
Attenuation at Max Frequency dB/ft (dB/m)	0.26 (0.84)	0.21 (0.68)	0.19 (0.63)
Typical Phase Stability Degree	+/- 6.0	+/- 8.0	+/- 15.0
Typical Amplitude Stability dB	< +/- 0.05
Standard Impendence Ohms	50 ± 1
Nominal Velocity of Propagation %	85
Nominal Time Delay ns/in (ns/cm)	0.103 (0.04)
Shielding Effectiveness dB through Max Frequency	> 90
Nominal Dielectric Constant	1.4

^a Specifications based on a 36 in (0.9 m) assembly length and maximum frequency with straight connector.

Mechanical / Environmental Property	Cable Type
Mechanical / Environmental Property	G3	G6	8W
Jacket Material	PFA
Jacket Color	Purple
Center Conductor	Stranded	Solid	Solid
Dielectric Material	ePTFE
Nominal Outer Diameter in (mm)	0.29 (7.4)	0.29 (7.4)	0.32 (8.1)
Nominal Weight oz/ft (g/m)	1.41 (131.2)	1.41 (131.2)	1.55 (144.4)
Minimum Bend Radius in (mm)	1.5 (38.1)	1.5 (38.1)	2.0 (50.8)
Temperature Range °C	-55 to +125

Connector Options

Gore offers robust, low-profile connectors designed precisely for our flexible aircraft coaxial cable assemblies. We engineer them to complement the performance of each RF cable type, minimizing loss and reflection for optimized signal transmission.

For general purpose applications, our selection includes a variety of aircraft electrical connector types operating at frequencies up to 70 GHz. We provide solutions compliant with SOSA™ and VITA 67.3 standards. Examples include size 8 BMB connectors rated up to 18 GHz and size 12 SMPM connectors rated up to 50 GHz for use with gang-mated MIL-DTL-38999 connector systems. Other threaded connector options include SMA, 1.85 mm (V), 2.4 mm, 2.92 mm (K), and push-on SMP, SMPM and BMB.

Online Tools

Easy to Use, Fast Results

Gore’s online resources are designed specifically to make it easy for you to select the right microwave/RF assembly for your specific application requirements.

Gore’s online microwave/RF cable builder tool.

Microwave/RF Cable Assembly Builder allows you to design a Microwave/RF Cable Assembly with ease from your desktop, tablet or mobile phone. Whether you are working in Test & Measurement, Spaceflight, Aerospace or Defense you can design an RF cable assembly to meet your specific needs. Once you design your assemblies you’ll be able to download custom datasheets for your builds within minutes, and you can also submit the builds for a quote. A Gore specialist will then review your designs and application requirements.

Gore (日本ゴア)

Overview of Microwave/RF Assemblies

MORE FLEXIBILITY WITH STABLE PERFORMANCE

Applications

PROVEN PERFORMANCE ACROSS AIRCRAFT APPLICATIONS

Features & Benefits

Properties

High-Density Interconnects

Multi-Purpose Interconnects

High Power / Low Loss Interconnects

Connector Options

Online Tools

Easy to Use, Fast Results

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