The SR-086C-SP is a precision 0.087 inch (2.2mm) non-magnetic semi-rigid coaxial cable featuring silver plated copper inner conductor and silver plated copper shield throughout its construction. Unlike standard semi-rigid coax cables that use copper clad steel conductors, this cable contains zero ferrous materials. This complete elimination of magnetic materials makes it ideal for MRI systems, quantum computing cryostats, and precision instrumentation where magnetic interference cannot be tolerated. The PTFE dielectric provides 70% velocity of propagation with 29 pF/ft capacitance and 50 Ohm impedance. With 61 GHz effective frequency, >100 dB shielding effectiveness, and 173.8 dB/100ft attenuation at 50 GHz, this cable delivers reliable performance for demanding millimeter wave applications. Operating temperature range is -55°C to +125°C with full RoHS compliance. 

• 100% non-magnetic construction – Silver plated copper center conductor (0.020 in / 0.510 mm) with no steel content, verified for MRI and quantum applications 

• Silver plated copper shield – Seamless copper tube with silver plated finish for enhanced conductivity and corrosion resistance

• 0.087 inch (2.2mm) diameter – Industry standard size compatible with precision connectors

• 61 GHz effective frequency – Supports millimeter wave applications through V-band 

• 70% velocity of propagation – Consistent electrical length for phase sensitive applications 

• 0.05 inch minimum bend radius – Formable for custom routing in cryostats and test fixtures 

• Custom lengths – Cut to exact specifications for prototype through production

• Assembly services available – Fully terminated semi-rigid coax cables with various connector options

• 10 meter minimum order – Low MOQ for research projects and production runs

• MRI systems and medical imaging – Receive coil interconnects and RF transmit paths for high field MRI where ferrous materials create image artifacts; zero magnetic susceptibility ensures image fidelity at 3T, 7T, and above

• Quantum computing cryostats – Control and readout lines in dilution refrigerator systems requiring non-magnetic materials to preserve qubit coherence times at millikelvin temperatures

• Cryogenic device characterization – Low temperature measurement setups for superconducting electronics and quantum sensing applications

• Medical device manufacturing – Test fixtures for MRI compatible electronics and implantable device qualification

• Semiconductor research – Cryogenic probing stations and material characterization systems requiring magnetic free environments

• Precision metrology – Reference standards and calibration fixtures for sensitive magnetic field measurements

• Aerospace instrumentation – Magnetometer payloads and scientific instruments requiring zero magnetic interference

• Particle accelerators – Beamline monitoring and RF pickup applications where magnetic materials disturb particle trajectories

• Research laboratories – Custom experimental setups requiring non magnetic RF paths for sensitive measurements

• Defense and aerospace – Electronic warfare systems and secure communication links where magnetic signature control is critical