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Coax module, Coax module features – Northern Connectors Harting Han-Modular Connectors User Manual

Page 102

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06

.

102

Han

Modular

Han

®

Coax module

Features

• Well known Quintax concept

• Suitable for contacts with large diameters

• Han E

®

coax is applicable to the ETCS Eurobalise

cable

RF transmission characteristics

Technical characteristics

Specifications

DIN EN 60 664-1

DIN EN 61 984

Approvals

Inserts

Number of contacts

2

Insulation resistance

≥ 10

10

Ω

Material

polycarbonate

Limiting temperatures

-40 °C ... +125 °C

Flammability acc. to UL 94

V 0

Mechanical working life

- mating cycles

≥ 500

Coax contacts

Number of contacts

1 + shielding

Electrical data

acc. to EN 61 984

- Han D

®

Coax

10 A 50 V 0.8 kV 3

- Han E

®

Coax

16 A 50 V 0.8 kV 3

Rated current

10 A / 16 A

Rated voltage

50 V

Rated impulse voltage

0.8 kV

Pollution degree

3

Impedance

- Han D

®

Coax

75 Ω

- Han E

®

Coax

50 Ω

Material

- Insulator

polycarbonate

- Outer conductor

zinc alloy

Contact resistance

≤ 4 mΩ

Limiting temperatures

-40 °C ... +85 °C

Flammability acc. to UL 94

V 0

Outer surface finish

nickel

Cable diameter

3 ... 9.5 mm

Han D

®

contacts

Material

copper alloy

Surface

- hard-gold plated

2 µm Au over 3 µm Ni

Contact resistance

≤ 3 mΩ

Crimp terminal

- mm²

0.14 ... 2.5 mm²

- AWG

26 ... 14

Han E

®

contacts

Material

copper alloy

Surface

- hard-gold plated

2 µm Au over 3 µm Ni

Contact resistance

≤1 mΩ

Crimp terminal

- mm²

0.14 ... 5.5 mm²

- AWG

26 ... 10

Impedance 75 Ω

Attenuation [db]/m

Frequency

75 Ω cable

75 Ω cable with Han D

®

Coax

75 Ω coax cable

diameter shielding: 7.3 mm

Impedance 50 Ω

Han E

®

Coax with

ETCS S21 Eurobali-

se cable (4 mm²)

27

MHz

Return loss [db]

35.4

Attenuation [db]

0.017

Han E

®

Coax with

RG 213 cable (2.5

mm²)

200

MHz

500

MHz

1.0

GHz

1.2

GHz

1.5

GHz

2.0

GHz

2.5

GHz

Return loss [db]

23.8 21.1 >18.7 >17.7 >16.4 >14.1 >12.0

Attenuation [db]

0.07 0.11 0.17 0.2 <0.23 <0.53 <2.0