Coaxial cable

  • Series

  • 1.Simi-Rigid Cables

    Features
    1.High-performance coaxial cable using seamless oxygen-free copper tubing for the outer conductor. (In-house design and manufacturing)
    2.A structure with minimal variation in characteristic impedance.
    Structure

    Attenuation

    Power capacity

    Specification
    Semi-Rigid Cables Nomal type
    SX-36 (0.141”) SX-22 (0.085”) SX-12 (0.047”) SX-09 (0.034”)
    Impedance（Ω） 50±0.5 50±1.0 50±2.0 50±2.5
    Outer conductor diameter（mm） 3.581±0.025 2.197±0.025 1.194±0.025 0.864±0.025
    Inner conductor diameter（mm） 0.919±0.017 0.511±0.013 0.287±0.012 0.203±0.012
    Insulator diameter（mm） 2.985±0.051 1.676±0.051 0.940±0.025 0.660±0.025
    Capacitance（pF/m） 95 95 95 95
    Insulation diekectric strength（VRMS） 5000 2500 2000 2000
    Corona generationg voltage（VRMS） 2000 1500 1000 750
    Higher order mode（GHz） 34 61 109 155
    Wave length shortening（％） 70 70 70 70
    The minimum bending radius （mm） 6.5 3.0 3.2 3.2
    Weight（g/m） 46.0 20.0 6.7 3.9
    The highest temperature（℃） 125 125 125 125
    Attenuation / Electric Power Capacity
    (dB/m)/(W)
    (20℃, sea level)    		 Frequency
    (GHz)    		 0.5 0.24/600 0.42/180 0.70/45 1.05/14
    1.0 0.34/450 0.60/130 1.05/32 1.50/10
    5.0 0.84/180 1.41/54 2.40/13 3.40/4.5
    10.0 1.25/120 2.06/36 3.50/9 4.90/3.2
    20.0 1.90/70 3.04/20 5.00/6.5 7.00/2
    30.0 2.45 3.85 6.35 8.70
    40.0 - 4.57 7.45 10.20
    50.0 - 5.25 8.45 11.55
    60.0 - 5.85 9.40 12.80

  • 2.Semi-flexible cables

    Features
    1.High-performance coaxial cable that can be formed without tools.
    2.You can choose whether to include a jacket and select its material.
    Structure
    Attenuation
  •  
    Jacket (Sheath) Type
    Example: SXL-36□□
    No tail... no jacket.
    F...Material: ETFE (blue) 90℃ (UL)
    FP…Material: PVC (ash) 105℃ (UL)
     
    *The standard jacket type is FP.
    *The compatible connector does not change based on the jacket type.
    *The temperatures listed are based on UL test standards.
    • Specification
    Semi-Flexible Cables Nomal type
    SXL-36, 36F, 36FP SXL-22, 22F, 22FP SXL-12F
    Impedance（Ω） 50±1.0 50±1.0 50±2
    Outer conductor diameter（mm） 3.50±0.1 2.1±0.1 1.15±0.1
    Inner conductor diameter（mm） 0.930±0.010

    0.511

    +0.010
    –0.006

    0.287

    +0.010
    –0.005
    Insulator diameter（mm）

    2.90

    +0.03
    –0.06

    1.58

    +0.04
    –0.06

    0.9

    +0.05
    –0.03
    Capacitance（pF/m） 98 98 98
    Insulation diekectric strength（VRMS） 3000 3000 3000
    Corona generationg voltage（VRMS） 2000 1500 1000
    Higher order mode（GHz） 35 64 113
    Wave length shortening（％） 70 70 70
    The minimum bending radius（mm） 8.0 5.0 3.0
    Weight（g/m） 44.4 17 5.5
    Attenuation
    (dB/m)
    (20℃, sea level)    		 Frequency
    (GHz)    		 1.0 0.45 0.79 1.24
    5.0 1.11 1.72 3.0
    10.0 1.67 2.60 4.45
    18.0 2.44 3.70 6.00

  • 3.Flexible cables

    Overview
    We procure various types of coaxial cables and assemble them with connectors.
    We will select and propose the optimal cable based on your required specifications and connector type.
    Structure
    Specification
    Flexible Cables 3D-2V 2.5D-2V 1.5D-2V 1.5D-QEV
    Impedance（Ω） 50±2.0 50±2.0 50±2.0 50±2.0
    Outer conductor diameter（mm） 3.7 3.3 2.1 2.1
    Inner conductor diameter（mm） 7/0.32 0.8 7/0.18 7/0.18
    Insulator diameter（mm） 3.0 2.7 1.6 1.6
    Capacitance（pF/m） 100 100 100 100
    Insulation diekectric strength（VRMS） 1000 1000 1000 1000
    Attenuation
    (dB/m)
    (20℃, sea level)    		 Frequency
    (GHz)    		 0.044(10MHz) 0.050(10MHz) 0.085(10MHz) 0.085(10MHz)
    0.220(200MHz) 0.235(200MHz) - -
    1.4(4GHz) - - -

    ★Insulator：Cross-linked Polyethylene

    Flexible Cable List
    Item
    symbol    		 Impedance（Ω） Inner conductor Insulator Outer conductor Jacket
    Number of strands/
    Strand diameter    		 Composition Diameter
    （mm）    		 Material Diameter
    （mm）    		 Composition Diameter
    （mm）    		 Material
    1.5C-2V 75 0.26 CW 1.6 PE 2.1 C 2.9 PVC
    2.5C-2V 75 0.4 Cu 2.4 PE 3.0 C 4.0 PVC
    3C-2V 75 0.5 Cu 3.1 PE 3.8 C 5.4 PVC
    3C-2W 75 0.5 Cu 3.1 PE 4.5 CC 6.5 PVC
    5C-2V 75 0.8 Cu 4.9 PE 5.6 C 7.4 PVC
    5C-2W 75 0.8 Cu 4.9 PE 6.3 CC 8.3 PVC
    RG-59/U 73 0.643 CW 3.7 PE 4.5 C 6.2 PVC
    1.5D-QEV 50 7/0.18 Cu 1.6 PE 2.1 C 2.9 PVC
    1.5D-QEW 50 7/0.18 Cu 1.6 PE 2.9 CC 3.4 PVC
    2.5D-2V 50 0.8 Cu 2.7 PE 3.3 C 4.3 PVC
    3D-2V 50 7/0.32 Cu 3.0 PE 3.7 C 5.3 PVC
    3D-2W 50 7/0.32 Cu 3.0 PE 4.4 CC 6.4 PVC
    5D-2V 50 1.4 Cu 4.8 PE 5.5 C 7.3 PVC
    5D-2W 50 1.4 Cu 4.8 PE 6.2 CC 8.0 PVC
    RG-55/U 53.5 0.813 Cu 2.9 PE 4.2 TT 5.0 PE
    RG-58/U 53.5 0.813 Cu 2.9 PE 3.6 T 5.0 PVC
    RG-58A/U 50 19/0.180 T 2.9 PE 3.6 T 5.0 PVC
    RG-142A/U 50 0.991 SCW 2.9 TFE 4.2 SS 5.2 FG
    RG-174/U 50 7/0.160 CW 1.5 PE 2.0 T 2.5 PVC
    RG-178B/U 50 7/0.102 SCW 0.86 TFE 1.3 S 1.8 FEP
    CO-6P（AWG30） 50 7/0.102 SCW 0.84 FEP 1.24 S 1.48 TFE
    RG-316/U 50 7/0.170 SCW 1.5 TFE 2.0 S 2.4 FEP
    Cu…Soft copper wire
    T…Tin-plated soft copper wire
    CW…Copperweld wire
    SCW…Copper-plated Copperweld wire
    SPCW…Silver-plated copper-clad steel wire
    C…Soft copper wire single braid
    T…Single-layer braided tinned soft copper wire
    S…Silver-plated soft copper wire, single braid
    CC…Double braided soft copper wire
    TT…Double braided tinned soft copper wire
    PE…Solid polyethylene insulation
    TFE…Tetrafluoroethylene (Teflon)
    FEP…Fluorinated ethylene propylene
    ETFE…Ethylene-tetrafluoroethylene copolymer resin
    PVC…Vinyl chloride
    FG…Glass yarn braiding