Warning Icon

For other alternatives, please contact us for more information.

0 Alternative products available

F4C-HPDFDR-5M

HELIAX® 1/2" Superflexible SureFlex® Jumper with interface types 7-16 DIN Female and 7-16 DIN Male Right Angle, 5 m

Find a Partner
Specifications
Finish making your selections or clear them to view relevant specifications.

Product Classification

Product Type SureFlex® HP, HELIAX® performance
Product Brand HELIAX® | SureFlex®
Product Series RSJ4-50

General Specifications

Body Style, Connector A Straight
Body Style, Connector B Right angle
Interface, Connector A 7-16 DIN Female
Interface, Connector B 7-16 DIN Male
Specification Sheet Revision Level A

Dimensions

Length 5 m | 16.404 ft
Cable Length Unit Meters
Nominal Size 1/2 in

Electrical Specifications

3rd Order IMD Static -116 dBm
3rd Order IMD Static Test Method Two +43 dBm carriers
DTF, Connector A -34 dB
DTF, Connector B -32 dB

Return Loss/VSWR

Frequency Band VSWR, typical Return Loss, typical (dB)
698–960 MHz 1.083 28.00
1700–2200 MHz 1.083 28.00
2200–2700 MHz 1.135 24.00

Jumper Assembly Sample Label

Click on image to enlarge.

Environmental Specifications

Immersion Test Method Meets IEC 60529:2001, IP68 in mated condition

Product Classification

Product Type SureFlex® HP, HELIAX® performance
Product Brand HELIAX® | SureFlex®
Product Series RSJ4-50

General Specifications

Body Style, Connector A Straight
Body Style, Connector B Right angle
Interface, Connector A 7-16 DIN Female
Interface, Connector B 7-16 DIN Male
Specification Sheet Revision Level A

Dimensions

Length 5 m | 16.404 ft
Cable Length Unit Meters
Nominal Size 1/2 in

Electrical Specifications

3rd Order IMD Static -116 dBm
3rd Order IMD Static Test Method Two +43 dBm carriers
DTF, Connector A -34 dB
DTF, Connector B -32 dB

Return Loss/VSWR

Frequency Band VSWR, typical Return Loss, typical (dB)
698–960 MHz 1.083 28.00
1700–2200 MHz 1.083 28.00
2200–2700 MHz 1.135 24.00

Environmental Specifications

Immersion Test Method Meets IEC 60529:2001, IP68 in mated condition
Click on image to enlarge.