Structure
Features
Can transmit high-speed differential signals of 2 Gbps or higher.
Porous PTFE is used as the insulation, and also a unique construction is employed to improve balance and cope with higher speeds.
The conductor consists of highly flexible stranded wire, resulting in excellent bendability and flexibility.
The sheath is made of non-halogen fire retardant polyethylene, which is kind to the environment.
Applications
Data processing equipment
Base stations for portable telephones, telephone exchanges
Inspection equipment
Measuring equipment
Specifications
Signal wire
Drain wire
Inner conductor
Insulation
Composition
( No./mm)
O.D.
(mm)
Composition
( No./mm)
O.D.
(mm)
O.D.
(mm)
HBR28-HS
single
drain
7/0.127
0.38
0.93
7/0.127
1C
0.38
HBR28-HS
dual
drain
7/0.127
2C
HBR30-HS
single
drain
7/0.127
0.30
0.75
7/0.102
1C
0.30
HBR30-HS
dual
drain
7/0.102
2C
Outer conductor,
Sheath
Material
O.D.
(mm)
Material
Thickness
(mm)
O.D.
(mm)
HBR28-HS
single
drain
Aluminum-
polyester
tape
1.2×2.0
Non-
halogen
fire
Nretardant
polyethylene
0.25
1.7×2.5
HBR28-HS
dual
drain
1.0×2.7
1.5×3.2
HBR30-HS
single
drain
Aluminum-
polyester
tape
1.0×1.6
Non-
halogen
fire
Nretardant
polyethylene
0.25
1.5×2.1
HBR30-HS
dual
drain
0.9×2.2
1.4×2.7
Conductor
resistance
(Ω/km max)
Electrostatic
capacitance
(pF/m)
Characteristic
impedance
(Ω)balanced
Transmission
delay time
Standard(ns/m)
HBR28-HS
single
drain
210
75±3
100±10
3.9
HBR28-HS
dual
drain
HBR30-HS
single
drain
330
75±3
100±10
3.9
HBR30-HS
dual
drain
Structure
