When board space is measured in millimeters and frequencies push past 20 GHz, RG405 M17/133 delivers where flexible cables cannot go. This 0.086 inch semi-rigid coaxial cable packs mil-spec microwave performance into a 2.2mm diameter copper tube, making it the go-to choice for dense phased arrays, compact test fixtures, and satellite payloads where every millimeter matters. The seamless copper outer conductor acts as both shield and structural element, maintaining precise 50 Ohm geometry through 20 GHz while protecting the 1/0.51mm SCCS center conductor from mechanical stress. Engineers specify RG405 when they need predictable phase length in temperature-cycling environments and cannot tolerate the signal leakage inherent in braided constructions.

• Seamless copper tube outer conductor – 2.2mm diameter provides 100% RF shielding with no braid gaps or signal leakage
• 20 GHz frequency capability – Rated for continuous operation through 20 GHz for demanding microwave applications
• SCCS center conductor – 1/0.51mm silver-plated copper-covered steel prevents stretching during forming and maintains consistent impedance through bends
• PTFE dielectric – Chemically inert and thermally stable from -55°C to +125°C with 70% velocity factor for predictable electrical length
• 1500V voltage rating – Suitable for moderate power applications in test and communication systems
• 8mm bend radius – Tight enough for complex routing paths while maintaining electrical performance
• MIL-DTL-17 qualified – M17/133 for defense and aerospace applications requiring full traceability
• 0.086 inch industry standard – Compatible with SMA, 2.92mm, and other precision connectors

• Microwave test equipment – Interconnects for vector network analyzers, signal generators, and spectrum analyzers through 20 GHz
• Radar systems – Air traffic control, weather surveillance, and defense radar requiring phase-stable transmission lines
• Satellite ground terminals – Low-loss feeder lines for uplink and downlink equipment through Ku-band
• Telecom backhaul – Microwave radio connections requiring stable electrical performance
• Aerospace telemetry – Phase-critical links between antennas and processing electronics
• Electronic warfare – 100% shielding prevents signal leakage in sensitive receiver chains
• Medical imaging – MRI and RF ablation systems where cable stability is essential
• Calibration laboratories – Reference grade cable assemblies for precision measurements
• Defense systems – MIL-DTL-17 qualified for mission-critical applications
• Antenna feed networks – Phased array and beamforming systems requiring consistent electrical length
• Compact microwave modules – Internal wiring where space is at a premium