Datasheet

H155 PE

Product Datasheet

P/N 49255 Rev. 0A

Page 1 of 2

Date 27-08-1998

Belden Wire & Cable B.V.

All rights are reserved. Reproduction in whole or in part is prohibited without the written consent of the copyright owner

Coaxial cables used with radio antenna‘s and in mobile communication networks

• Flexible thin 50 Ohm coaxial cable for outdoor use

• Designed according International Standard IEC 1196

• Designed according the European Standard EN 50117 operating at frequencies between 5

MHz and 2150 MHz

• Test methods in accordance with European standard EN 50117-1.

1 2 3.1 3.2 4

1 Inner conductor Soft annealed copper

2 Dielectric Gas injected PE

3.1 Foil AL-PET-AL

3.2 Braid Tinned copper

4 Sheath PE (black) according the European Standard HD 624.

1. Inner conductor diameter: 19 x 0.28 mm

2. Dielectric diameter: 3.9 mm

3. Outer conductor diameter screen: 4.5 mm

4. Sheath diameter: 5.4 mm

Storage temperature: -40°C to +80°C

Operating temperature: -40°C to +80°C

Minimum installation temperature: -5 °C

Minimum static bend radius: 35 mm

Total weight: 38 g/m

features

Construction & Dimensions

Mechanical characteristics

lication

PAGE 1
Product Datasheet P/N 49255 Rev. 0A Page 1 of 2 Date 27-08-1998 H155 PE Application Coaxial cables used with radio antenna‘s and in mobile communication networks Key features • • • Flexible thin 50 Ohm coaxial cable for outdoor use Designed according International Standard IEC 1196 Designed according the European Standard EN 50117 operating at frequencies between 5 MHz and 2150 MHz Test methods in accordance with European standard EN 50117-1. • Construction & Dimensions 1 2 3.1 3.
PAGE 2
Product Datasheet P/N 49255 Rev. 0A Page 2 of 2 Date 27-08-1998 H155 PE Electrical characteristics Mean characteristic impedance: DC loop resistance: DC resistance inner conductor: DC resistance outer conductor: Capacitance: Velocity ratio: Screening efficiency 30-1000 MHz: Return loss at 5-470 MHz: 470-862 MHz: Attenuation at 10 MHz: 50 MHz: 100 MHz: 230 MHz: 300 MHz: 400 MHz: Nominal 3.0 dB/100m 6.5 dB/100m 9.3 dB/100m 14.2 dB/100m 16.3 dB/100m 19.