Product Description
Precision 50 ohm RG58/U BNC Cables - Belden 9201 Cable
Ensure superior signal integrity over extended runs with this Precision 50 Ohm RG58/U BNC Cable, custom-terminated with high-performance BNC connectors to original Belden 9201 specifications. Designed for demanding applications, this cable delivers exceptional performance and durability.
Key Features and Specifications
- True 50 Ohm Impedance: The cable and BNC connectors are precisely matched for 50 Ohm impedance, ensuring efficient power handling and minimal signal attenuation for critical RF applications. (Note: Belden officially lists the nominal impedance for bulk cable as 52 Ohms).
- Premium Belden 9201 Cable: Built with authentic Belden 9201, a highly regarded RG58/U type coaxial communications cable known for its quality and reliable performance.
- Solid Bare Copper Conductor: Features a solid 20 AWG bare copper center conductor (0.033" nominal diameter) for superior signal transmission and low DC resistance.
- Effective Shielding: An 80% coverage bare copper braid shield protects against RFI/EMI
- Durable Construction: The cable is built with a rugged black PVC jacket and polyethylene insulation for resistance to abrasion and environmental factors, suitable for both indoor and outdoor use.
- Quality Connectors: Fitted with precision-terminated, nickel-plated BNC connectors that feature gold-plated brass center pins for reliable, corrosion-resistant connections.
Ideal Applications
- Wireless Networking & Antennas: Perfect for point-to-point and point-to-multipoint wireless antenna communication, ensuring robust connections for WiFi, two-way radios, and amateur (Ham) radio systems.
- Test and Measurement: The 50 Ohm impedance makes it an excellent choice for use with oscilloscopes, spectrum analyzers, and other test equipment.
- Data Communications: Suitable for legacy ThinNet Ethernet networks and other general-purpose data transmission needs.
- Video Surveillance (CCTV): Provides high-quality signal transmission for analog CCTV systems and broadcast video applications.
