What Types of RF Cable Assemblies do We Offer

Definition: RF (Radio Frequency) Cable Assemblies are specialized cables designed to transmit radio frequency signals with minimal loss, interference, and signal degradation. These assemblies consist of RF cables terminated with connectors optimized for high-frequency signal transfer. RF Cable Assemblies are crucial for enabling reliable signal transmission in devices and systems that operate in the radio frequency spectrum (typically 3 kHz to 300 GHz). Their performance is defined by their ability to maintain consistent impedance, low insertion loss, and effective shielding to minimize electromagnetic interference (EMI).

Connector Types:

TNC-(Threaded-Neill-Concelman)-Connector

Types of Connectors

The most challenging aspects of producing RF Cable Assemblies lie in ensuring precise impedance matching, low signal loss, effective shielding, and high-quality connector termination.

By understanding these challenges, we can overcome these challenges with our advanced manufacturing techniques, rigorous testing protocols, and skilled expertise.

Cable Types:

Types of RF Cables

RF Coaxial Cable Assemblies

RF (Radio Frequency) coaxial cable assemblies use coaxial cables with a central conductor, dielectric, shielding, and an outer jacket with specialized cables designed to transmit radio frequency signals with minimal loss and interference.

Various connectors (e.g., BNC, SMA, N-Type) to interface with devices
Have a characteristic impedance (typically 50Ω or 75Ω)
Over a broad frequency range, from DC up to several GHz
Minimize signal loss over distances
Different shielding options (braided, foil, or both) offer varying degrees of protection against EMI and RF interference.
RG-8/U:Common in industrial RF systems.

Types of RF Cables

Flexible RF Cable Assemblies

Flexible RF Cable Assemblies are a type of Radio Frequency cable assembly designed for applications requiring easy routing, movement, and bending without compromising electrical performance.

High Flexibility:Designed with a stranded center conductor and pliable dielectric materials to withstand repeated bending and flexing.
Low Insertion Loss:Engineered to minimize signal loss, ensuring reliable data or signal transmission across various frequencies.
Frequency Range:Supports a wide frequency range, typically from DC up to several GHz
Connector Compatibility:Compatible with a broad range of RF connectors, including SMA, BNC, TNC, N-type, and MCX, tailored to specific application needs.

Types of RF Cables

Semi-Rigid RF Cable Assemblies

Semi-Rigid RF Cable Assemblies are a specialized type of Radio Frequency (RF) cable assembly characterized by their rigid outer conductor, providing exceptional electrical performance and shielding effectiveness. These cables are commonly used in high-frequency and high-reliability applications where low signal loss and consistent performance are critical.

Rigid Structure:Constructed with a solid metal outer conductor (commonly copper or aluminum), which provides excellent shielding and stability.The rigid nature allows for precise, pre-bent installation.
High Frequency Capability:Suitable for frequencies up to 50 GHz or higher, depending on the specific cable type and design.
Thermal Stability:The materials used provide excellent thermal conductivity and stability, making them ideal for applications with extreme temperature variations.

Types of RF Cables

High-Performance Coaxial Cables

Semi-Rigid Coaxial Cables: Feature a solid outer conductor for stable electrical performance.
Flexible Low-Loss Cables: Offer reduced signal attenuation for long-distance transmission (e.g., LMR cables like LMR-400).
Phase-Stable Coaxial Cables: Designed for applications requiring consistent signal timing.

Types of RF Cables

Cables optimized for specific use cases

Antenna Cable Assemblies:For connecting antennas to transmitters/receivers
HTest and Measurement Cables:High-precision assemblies for lab and field testing
Broadcast RF Cables:For TV, radio, and media systems
Wireless Communication Cables:For cellular base stations, Wi-Fi, and IoT devices
Radar and Military RF Cables:Rugged assemblies for defense systems

Tailored Solution

RichCables^® offers top-tier customization With decades of expertise in designing, testing, and producing diverse wire harnesses and cable assemblies. Next, we are proud to offer an innovative portfolio that reflects our commitment to quality and versatility across a wide range of applications.

Explore our portfolio: RF Cable Assemblies

Engineer high-frequency systems with precision RF Cable Assemblies designed for 5G, aerospace, and military applications. Bulk orders (1,000+ MOQ) feature 50 Ohm impedance, 40GHz bandwidth, and double-shielded designs for EMI/RFI suppression. MIL-DTL-17 compliant with VSWR ≤1.5:1 and insertion loss <0.5dB/m. Customize connectors (SMA, N-Type, TNC), jacket materials (PE, PTFE), and lengths. ISO 9001-certified production, REACH/RoHS compliance, and 15-day lead times.

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RF Coaxial Cable SMA male to SMA female

RF Coaxial Cable SMA Male to SMA Female is essential in applications requiring compact, reliable connections with minimal signal loss, particularly in high-frequency environments like wireless communication, antennas, testing, and broadcasting.

Compact and Reliable: The SMA connectors are small but durable, making them ideal for tight spaces and applications where reliability is critical.
High-Frequency Performance: Suitable for high-frequency applications up to several GHz.
Versatility: SMA connectors are widely used in a variety of RF applications, from consumer electronics to industrial and professional communication systems.

N type to SMA Connector RF Jumper Coaxial Cable — Get the Quote

RG58 RF Jumper Coaxial Cable N-type to SMA Connectors for antenna system

RG58 RF jumper cable with 50-ohm impedance, designed for reliable signal transmission in antenna systems. Featuring N-type male and SMA male connectors, this versatile coaxial cable ensures seamless connectivity with devices requiring these popular connector types.

High compatibility with N and SMA devices.
Flexible and easy to route in tight spaces.
Suitable for high-frequency and low-power loss requirements.
Customizable lengths make it adaptable to various installations.

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