0.056" Semi-Rigid Cable 50 Ohm RoHS Certified 90 GHz Coaxial Cable for Test Fixture

This 0.056 inch (1.42mm) semi-rigid coaxial cable features seamless copper tube outer conductor construction providing 100% RF shielding with excellent signal integrity for microwave applications through 90 GHz. The center conductor utilizes silver-plated copper-clad steel (SCCS) with solid PTFE dielectric, delivering stable 50 Ohm impedance with low insertion loss across the frequency range. The rigid copper tube construction maintains precise conductor spacing for consistent electrical performance while allowing permanent forming for custom routing in tight spaces. This semi-rigid coax is suitable for microwave module internal wiring, test fixture integration, and RF jumper applications where mechanical stability and electrical performance are required.

• 0.056 inch (1.42mm) diameter – Mid-size semi-rigid cable balancing compact footprint with lower loss than smaller diameters, suitable for microwave module integration
• Seamless copper tube outer conductor – Provides 100% RF shielding with zero signal leakage, eliminating crosstalk in multi-channel assemblies
• 90 GHz frequency capability – Supports microwave applications through millimeter wave frequencies with usable performance across the spectrum
• Solid PTFE dielectric – Ensures consistent characteristic impedance for reliable signal transmission
• SCCS center conductor – Silver-plated copper-clad steel construction for low loss and reliable soldering
• Permanent forming capability – Can be bent to shape for custom routing in test fixtures and module layouts without spring-back
• MIL-DTL-17 compliant construction – Meets mil-spec for defense and aerospace applications
• RoHS certified – Meets environmental compliance requirements for global markets
• Custom lengths – Cut to exact specifications for prototype through production quantities
• Connector options – Bare ends for PCB solder, SMA through 26 GHz, 2.92mm through 40 GHz
• 10 meter minimum order – Low MOQ for test fixture development and production runs

• Microwave module internal wiring – Pre-formed semi-rigid interconnects for internal signal routing in amplifier modules, frequency converters, and transceiver assemblies up to 90 GHz
• Test fixture internal signal paths – Permanent wiring within custom test enclosures connecting device sockets to VNA interface ports requiring phase-stable performance
• RF jumpers and interconnects – Short, formable jumpers for point-to-point connections in microwave systems where mechanical stability is required
• Semiconductor test industry – Internal wiring within high-frequency test fixtures for device characterization and production testing
• Aerospace & defense electronics – Internal connections in radar modules, EW systems, and satellite payloads requiring MIL-spec compliant materials
• 5G mmWave infrastructure – Production test fixtures for millimeter wave power amplifier and front-end module testing
• Automotive radar – Test fixtures for 77GHz radar sensor characterization and validation
• Metrology and calibration – Reference standards and calibration fixtures requiring phase-stable, low-loss construction for traceable measurements