Taoglas CAB Series, 100 mm, Terminated 50 Ω

The Taoglas Cable Assembly, with Part No. CAB.616, is a high-quality product designed for optimal performance. With IPEX MHFI to SMA(F) Bulkhead Straight with O-Ring Connector and 100mm 1.37 diameter cable, this cable assembly ensures reliable connectivity and durability.

The Taoglas Cable Assembly, with Part No. CAB.616, is a high-quality product designed for optimal performance. With IPEX MHFI to SMA(F) Bulkhead Straight with O-Ring Connector and 100mm 1.37 diameter cable, this cable assembly ensures reliable connectivity and durability.

Designed with materials like Silver Coated Copper, FEP, and Tinned-Coated Copper for enhanced conductivity and longevityMeets electrical and physical specifications with insulation resistance of 3000 MEGA OHM-KM Min and conductor resistance of 335 OHM/KM/20°C MaxNominal impedance of 50 ± 3 Ohms and nominal capacitance of 96 ± 3 pF/m for efficient signal transmissionVSWR (0-6GHz) Max 1.3 and Flame Test VW-1 OK for high performance and safetyAttenuation values ranging from 2.20 dB/1M at 2.0GHz to 4.30 dB/1M at 6.0GHz for minimal signal loss

Designed with materials like Silver Coated Copper, FEP, and Tinned-Coated Copper for enhanced conductivity and longevity

Meets electrical and physical specifications with insulation resistance of 3000 MEGA OHM-KM Min and conductor resistance of 335 OHM/KM/20°C Max

Meets electrical and physical specifications with insulation resistance of 3000 MEGA OHM-KM Min and conductor resistance of 335 OHM/KM/20°C Max

Nominal impedance of 50 ± 3 Ohms and nominal capacitance of 96 ± 3 pF/m for efficient signal transmission

Nominal impedance of 50 ± 3 Ohms and nominal capacitance of 96 ± 3 pF/m for efficient signal transmission

VSWR (0-6GHz) Max 1.3 and Flame Test VW-1 OK for high performance and safety

VSWR (0-6GHz) Max 1.3 and Flame Test VW-1 OK for high performance and safety

Attenuation values ranging from 2.20 dB/1M at 2.0GHz to 4.30 dB/1M at 6.0GHz for minimal signal loss

Attenuation values ranging from 2.20 dB/1M at 2.0GHz to 4.30 dB/1M at 6.0GHz for minimal signal loss