4.3-10 RF connectors are designed to meet the extreme demands of 4G and 5G antenna equipment, supporting SINR sensitive applications, very high order modulation schemes, wide aggregated bandwidths, and extended operating bands up to 6 GHz.
With the deprecation of N connectors, 4.3-10 connectors are a popular replacement in passive and off-air DAS where RG 402 forms an integral patching component.
This 4.3-10 Male connector terminates 0.141" Semi Rigid and Semi-Flexible cables, such as RG 402. The connector is weatherproof when mated with an IP65 female connector.
Recommended Use
This RG 402 connector commonly finds its use in OTA and Distributed Antenna Systems, as well as a range of military and aerospace applications.
Both inner conductor and outer conductor must be soldered to the coaxial cable. No crimping tool is used.
Cable Suitability
RG-402 Semi-Rigid coaxial cable is a MIL-DTL-17 qualified series providing mode free operation to 34 GHz. The sold tin-plated copper tube effectively provides 100% RF shielding with shielding effectiveness exceeding 110 dB, and enables the dielectric and center conductor to remain precisely spaced. This results in optimum impedance control as well as the lowest possible insertion loss and weight to size ratios.
Interface Specification
Series | |
Gender |
Male
|
Body Shape |
Straight
|
Mounting |
Free Hanging
|
RF Performance
Operating Freq. Range | 0 to 6 GHz |
VSWR | < 1.30:1 |
Working Voltage | 500 Vrms |
Input Impedance |
50 Ω
|
Insertion Loss | No Data |
Insulation Resistance |
> 5000 Ω
|
Physical Specification
About the Supplier
HB Radiofrequency engineer high performance 3G, 4G, and 5G components such as antennas, cable assemblies, and RF connectors. Equipment is sourced through the company's extensive global vendor network, providing best-in-class performance. HB Radiofrequency forms an essential unit within the Halberd Bastion enterprise, a wholly Australian-owned company with diversified business units across telecommunications procurement, manufacturing, and projects.