Twinaxial Cables - Coax Assemblies
Twinaxial cables provide reliable signal transmission in balanced line and low-level signal applications featuring 78 ohm impedance with dual center conductor transmission line for accurate differential signaling. Built with BNC style male connectors on both ends ensuring secure connectivity using bayonet locking interface, these assemblies incorporate machined brass connector bodies with non-tarnish nickel finish and gold-plated contacts minimizing signal loss and enhancing corrosion resistance. Featuring polarized stepped keyways preventing mating with standard BNC connectors ensuring proper interface alignment available in 1 ft to 10 ft lengths with blue jacket identification.
For comprehensive coaxial cable assembly solutions beyond twinaxial configurations, explore our Coax Cables - Custom Coaxial Assemblies Low Loss RG58, RG174, 200 & 400 Series category, featuring RG-series, low-loss 100/195/200/240/400/600/900-series, test leads, and specialty cable assemblies for RF, test and measurement, and communication applications.
Related Categories:
- RG58 Coax Cable - BNC, SMA, TNC
- Low Loss 100-Series (50 OHM)
- Low Loss 900 Series (50 OHM)
- Coax Cable Test Leads - Assemblies
- RG316 Cable - 50-Ohm Coax, SMA, SMB, SMC, MCX
FAQs
What are twinaxial cables used for in test and measurement applications?
Twinaxial cables are built for reliable signal transmission in balanced line and low-level signal applications requiring accurate differential signaling in test and measurement environments. These cables feature 78 ohm impedance with dual center conductor transmission line ensuring reliable transmission for differential signals maintaining electrical performance across the assembly. Applications include precision measurement systems, and structured cabling installations requiring balanced signal transmission.
What impedance do twinaxial cables provide?
Twinaxial cables feature 78 ohm impedance matching for differential signaling applications in balanced line and low-level signal transmission systems. The 78 ohm impedance specification ensures proper signal matching in test and measurement environments requiring accurate differential signal transmission. Impedance matching supports reliable electrical performance in precision applications using dual center conductor transmission line for balanced connectivity.
What connector configuration do twinaxial cables use?
Twinaxial cables are built with BNC style male connectors on both ends ensuring secure connectivity using bayonet locking interface enabling stable and repeatable connections. The BNC male to BNC male connectivity supports direct cable-to-cable or cable-to-equipment connections in test and measurement environments. Bayonet locking interface provides quick secure mating in balanced line applications requiring frequent connection and disconnection.
What plating ensures twinaxial cable performance?
Twinaxial cables incorporate machined brass connector bodies with non-tarnish nickel finish and gold-plated contacts minimizing signal loss and enhancing corrosion resistance. Gold-plated contacts provide low contact resistance maintaining signal integrity in differential signaling and low-level signal applications. Non-tarnish nickel finish on brass bodies ensures long-term corrosion protection in test and measurement environments requiring reliable electrical performance.
What cable lengths are available for twinaxial assemblies?
Twinaxial cables are available in multiple configurations offering standard lengths ranging from 1 ft to 10 ft providing flexibility for different installation requirements in test and measurement applications. Multiple length options accommodate varying equipment spacing needs in balanced line and differential signaling installations. Standard lengths from 1 to 10 feet support both benchtop test setups and longer cable runs in structured cabling environments.
What shielding protects twinaxial cable signals?
Twinaxial cables incorporate dual conductor design within shielded cable structure ensuring reliable transmission for differential signals in balanced line applications. The shielded construction protects low-level signals from electromagnetic interference in test and measurement environments. Shielding combined with dual center conductor configuration maintains electrical performance supporting accurate differential signaling in precision measurement and structured cabling installations.
Need assistance selecting the right twinaxial cables for your test and measurement or balanced line application? Our engineering team provides expert technical guidance on impedance requirements, cable length selection, BNC connector specifications, and differential signaling considerations for your specific test equipment, oscilloscope, signal analyzer, or precision measurement application requirements.
Contact Sales: Sales@L-com.com
Product Technical Support: techsupportrf@infiniteelectronics.com
L-com cable assemblies are a part of over one million RF, microwave, and millimeter wave components in stock for local, domestic, and international shipment.
