RF Cable Jumpers RG405 Assembly 30CM With N Bulkhead Female Connector

RF Cable Jumpers RG405 Assembly 30CM With N Bulkhead Female Connector Specification

Product Type
RF Cable Jumper

Number of Conductor
1

Conductor Diameter
0.51 mm

Conductor Number
Single Core

Armored Material
No

Jelly Filled
No

Rip Cord
No

Insulation
PTFE

Installation Guideline
Suitable for indoor and outdoor RF connections

Jacket
FEP (Fluorinated Ethylene Propylene)

Color
Silver/Transparent

No Of Core
1

Heat Proof
Yes

Maximum Voltage
1500 V RMS

RoHS Compliant
Yes

Impedance
50 Ohms

Frequency Range
DC to 18 GHz

Length
30 cm

Application
Wireless Communication, Antenna Jumper, laboratory, test & measurement

Flame Retardant
Yes

Connector Type
N Bulkhead Female

VSWR
1.25:1

Shielding
Copper Tube (Semi-Rigid)

Attenuation
Approx. 0.30 dB/m at 1 GHz

Cable Type
RG405 Semi-Rigid Coaxial

Operating Temperature Range
-55C to +200C

RF Cable Jumpers RG405 Assembly 30CM With N Bulkhead Female Connector Trade Information

Minimum Order Quantity
5 Pieces

Main Domestic Market
All India

About RF Cable Jumpers RG405 Assembly 30CM With N Bulkhead Female Connector

Description:RF Coaxial Cable,N Straight Female,RG405 CableAssembly

RF Coaxial Cable,N Straight Female,RG405 Cable Assembly
Used for Wireless communication and Wireless LAN;
Application include Mobile Phone, PC, GPS, Network Storage Equipment, Medical, Lighting, Remote Control, etc;
Pre-assemblied with different RF connectors for choice. Size and cable length can be customized;

From the OEM Original Factory, same quality withmuch better price

Superior Performance Across All Frequency Ranges

With a wide frequency range spanning DC to 18 GHz and low attenuation rates, this RG405 semi-rigid cable jumper ensures signal stability for diverse RF tasks. The impedance of 50 Ohms and VSWR 1.25:1 boost compatibility in demanding environments like laboratories and wireless networks.

Durable, Flame-Retardant, and Reliable Construction

The assemblys copper tube shielding and FEP jacket deliver robust physical protection while maintaining flame retardancy. Designed to withstand extreme temperatures (from -55C up to +200C), the RG405 jumper is suitable for both indoor and outdoor installations.

FAQs of RF Cable Jumpers RG405 Assembly 30CM With N Bulkhead Female Connector:

Q: How is the RG405 semi-rigid cable jumper typically installed?

A: This cable is designed for straightforward installation between RF components. Its semi-rigid nature and N bulkhead female connector make it suited for both indoor and outdoor deployments, including mounting through panels or enclosures in wireless systems.

Q: What applications benefit most from using this cable assembly?

A: Common uses include wireless communication, antenna jumper connections, laboratory experiments, and test & measurement setups. Its low attenuation and broad frequency support make it ideal for environments demanding reliable and precise signal transmission.

Q: Where can these cable assemblies be deployed?

A: You can safely install the RG405 cable jumper in locations ranging from industrial labs and test facilities to external antenna systems, thanks to its heat-resistance, flame-retardant materials, and waterproof construction.

Q: What is the significance of the cables FEP jacket and copper tube shielding?

A: The FEP jacket offers exceptional chemical resistance and flame retardancy, while the copper tube acts as a highly effective shield against electromagnetic interference, ensuring signal integrity and minimizing loss.

Q: How does the cables VSWR rating and attenuation benefit its usage?

A: A VSWR of 1.25:1 and attenuation of approximately 0.30 dB/m at 1 GHz indicate efficient signal transmission with minimal losses. These features help maintain clarity and accuracy in measurement and communication applications.

Q: Why is RoHS compliance important for this RF jumper cable assembly?

A: RoHS compliance ensures the cable assembly is manufactured without hazardous substances, making it environmentally friendly and suitable for global deployments sensitive to regulatory standards.