80+ Years of Interconnect Manufacturing Experience
Amphenol CO-142BNCX200-001 BNC Male to BNC Male (RG142) 50 Ohm Coaxial Cable Assembly (High-Temp Teflon RG142B / U) 1ft
Product: CO-142BNCX200-001
Buy 1ft Amphenol CO-142BNCX200-001 Cables Direct from the Factory at Cables on Demand. RG142 BNC Coaxial Cable Assemblies by Amphenol combine 50 Ohm RG142 coax cable with pre-terminated BNC Male connectors for a reliable low-loss interface with your RF equipment. Performance beyond 8 GHz is guaranteed with our dual-layer 96% silver-coated copper braid shielded MIL-C-17 type RG142B/U coax. Featuring TFE Teflon insulation and flame retardant FEP jacket material for safe high-temperature operation up to 165º C. Each RG142 coax jumper includes overmolded Nickel-plated Brass BNC connectors pre-installed by the world leader in RF interconnects: Amphenol. Note: Other cable lengths from this same part number series, if available, will be also be displayed with their corresponding list prices. OEM-customized length, color and label options available by request.
- Fully assembled Amphenol RG142 BNC Male to BNC Male Coaxial Cable
- Military-grade RG142B/U 50 Ohm coax with dual 96% braid coverage
- Impedance-matched Amphenol brand BNC connectors pre-installed
- High temperature FEP cable jacket provides excellent flame resistance
- Solid silver-coated copper center conductor for increased power handling
- Dual layer silver-coated copper braid shielding for enhanced isolation
- Nickel-plated Brass connector body with Gold-plated center pin contact
- Ideal for high-temp RF, LAN, broadcast, data, test & signal applications
- For equipment expected to work under severe conditions without failure
- Stocked in a variety of common lengths to meet application requirements
- Cable can be cut and direct soldered to amplifiers, combiners, antennas
- Insulation: PTFE (Teflon)
- Outer Diameter: 0.195 inches nominal
- Velocity of Propagation: 70%
- Operating Temperature: -70C to +165C
- Max Power Handling: 1300 Watts
- Max Frequency: 10 GHz
- Loss @ 50 MHz: 2.70 dB per 100 ft
- Loss @ 100 MHz: 3.90 dB per 100 ft
- Loss @ 200 MHz: 5.60 dB per 100 ft
- Loss @ 400 MHz: 8.20 dB per 100 ft
- Loss @ 1000 MHz: 13.50 dB per 100 ft
- RoHS compliant
