0.141'' Semi-Rigid Cable Non-Magnetic 50 Ohm SR-141C-LL Low Loss RF Coaxial Cable

SR-141C-LL is a low-loss version of the 0.141 inch semi-rigid coaxial cable, developed for RF and microwave systems where reduced signal attenuation and stable impedance are required. The cable uses a low-density PTFE dielectric, which lowers dielectric constant and signal loss compared with conventional solid PTFE designs. This helps improve signal transmission efficiency, particularly in microwave test and measurement environments.

The internal conductor structure features a silver-plated copper center conductor, providing high electrical conductivity and non-magnetic characteristics that are preferred in sensitive RF measurement applications. Surrounding the dielectric is a precision copper tube outer conductor, forming a continuous shield that prevents electromagnetic interference and maintains consistent impedance along the transmission line.

Because the outer conductor can be formed into fixed shapes, SR-141C-LL is widely used for internal RF interconnections in microwave equipment, test fixtures, laboratory instrumentation, and communication hardware. The cable follows the widely used 0.141 inch semi-rigid coaxial cable format, allowing it to serve as an alternative to UT-141C cables in many RF cable assembly and microwave design applications.

Low-loss dielectric structure - Low-density PTFE insulation reduces dielectric loss and improves microwave signal efficiency.

Non-magnetic copper center conductor - Silver-plated copper conductor eliminates ferromagnetic materials while maintaining excellent conductivity.

Continuous copper tube shielding - Seamless outer conductor provides strong electromagnetic shielding and protects RF signals from interference.

Stable 50 Ohm transmission line - Designed for impedance-controlled RF systems and microwave communication equipment.

0.141 inch semi-rigid cable - Industry-standard cable size compatible with common semi-rigid connector interfaces.

High power capability - Supports high RF power levels due to efficient heat dissipation and solid conductor construction.

Formable rigid structure - Copper outer conductor allows precise bending and routing for internal microwave assemblies.

RoHS compliant materials - Manufactured using environmentally compliant materials suitable for international markets.

RF test and measurement systems - Internal signal routing for vector network analyzer setups and microwave laboratory equipment.

Microwave instrumentation - Used in signal generators, spectrum analyzers, and RF development platforms.

Antenna testing setups - Reliable microwave interconnect for antenna measurement fixtures and evaluation systems.

Scientific research equipment - Suitable for precision RF experiments and laboratory instrumentation requiring stable transmission lines.

Custom semi-rigid cable assemblies - Often used to produce microwave jumper cables, RF pigtails, and internal coaxial interconnect assemblies.