Cable Assemblies

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SMA to SMA using .047'' Semi-flexible Cable,DC-18GHz

GPO(SMP) to GPO(SMP) using .047'' Semi-flexible Cable,DC-18GHz

1.85mm to 1.85mm using .047'' Semi-flexible Cable,DC-65GHz

2.92mm to 2.92mm using .047' Semi-flexible Cable,DC-40GHz

2.92mm to GPPO(mini-SMP) using .047'' Semi-flexible Cable,DC-40GHz

SMA to GPO(SMP) using .047'' Semi-flexible Cable,DC-18GHz

GPPO(mini-SMP) to GPPO(mini-SMP) using .047'' Semi-flexible Cable,DC-40GHz

Flexible coaxial cable assemblies for transmitting RF signals

Get durable and reliable cable assemblies online at Gwavetech. We have a range of assemblies extending from simple jumpers to power and high-speed data cables to difficult harnesses. They are used in a wide diversity of applications and industries to intersect components, sub-systems, and equipment.

Incorporate high-power coaxial cable assemblies

We deal a robust portfolio of coaxial assemblies for use in radio frequency applications. Our coaxial assemblies are a perfect answer for assigning RF signals from one connection to the next within a system. Also, custom cable assemblies are accessible and deal a more tailored solution than standard produces. Our tested flexible coaxial cable assemblies feature additional phase stability and low loss capabilities which make them ideal for test and measurement laboratory.

Wide area use for coaxial cable assemblies

At Gwavetech, you will always find different sizes and types of coaxial assemblies, including gppo cable assembly, micro coaxial assembly, and other types of selection. They are most often used to connect a Printed Circuit Board to other boards but can also be used for I/O connections and to connect external antennas to wireless modules. Along with unique design features, our coaxial cable assembly allows standard assemblies to meet the specific design requirements of various applications across the market.

With so many options in coaxial assembly which is also known as cable harness assembly at Gwavetech, we are one of the best destinations for buying cable assembly for your applications. We offer an easy-to-use website, where you can easily get different sizes of micro coaxial cable assembly according to your requirement.

We also deal with high-quality end launch connectors that will always provide you the high power service without any problems.

We offer a variety of specialized cables and connectors to suit your needs, including CXN3506, LMR400, .086” cable, Semi-flex cable, Hand-formable cable, Cryogenic Cable, Semi-rigid cable, Armored cable assembly, SMA Cable, 1.0mm Cable, and Low Loss Cable.

FAQ

Faqs

What are the specifications of LMR400 cable?

LMR400 cable is one of those flexible, low-loss cables that have performed quite well with RF and microwave applications. Against these specifications, it should help with good signal integrity and resistance to attenuation, all with a characteristic impedance of 50 ohms for indoor and outdoor applications.

What materials are used in cryogenic cable construction?

Cryogenic cables are designed from high-performance materials such as copper, superconducting metals, and other specialized insulation materials to ensure proper functionality at extremely low temperatures. The materials used will ensure reliable transmission of signals up to 4K.

What is an armored cable assembly used for?

An armored cable assembly offers mechanical protection to cables in industrial and outdoor utilization. The outer covering does not create any mechanical damage, abrasion, as well as interference with the electrical signals of the cable.

What are the key features of SMA cable?

SMA cables have extremely small, rigid connectors, which prove beneficial for high-frequency applications. They are available for low-loss signal transmission with high levels of durability and flexibility to provide great value for microwave and RF applications.

What are the advantages of using semi-flex cable?

Semi-flex cables are flexible yet offer the strength to be employed in heavy-duty environments. These cables can be easily installed in difficult areas without affecting the signal integrity.