RF Cable 2 Hole Flange SMA Female To Right Angle MMCX Male Cable Assembly Crimp

RF Cable 2 Hole Flange SMA Female To Right Angle MMCX Male Cable Assembly Crimp Specification

Product Type
RF Cable Assembly

Number of Conductor
1

Conductor Diameter
1.13 mm (approx.)

Conductor Number
Single Core

Jelly Filled
No

Rip Cord
No

Insulation
PTFE (Polytetrafluoroethylene)

Installation Guideline
Suitable for high frequency RF signal interconnections

Jacket
PVC

Pairs
Single

Color
Black

No Of Core
1

No Of Pairs
1

Heat Proof
Yes

Body Material
Brass with Nickel Plating

Applications
Wireless Communication, Antenna Connections, Test Equipment

RoHS Compliance
Yes

Cable Type
RF Coaxial

Impedance
50 Ohms

Working Voltage
335 V RMS max

Connector 2 Type
MMCX Male Right Angle

Contact Material
Gold Plated Brass

Length
Custom (typically 15 cm to 1 m available)

Crimp Type
Crimped Both Ends

Operating Temperature
-40°C to +85°C

Connector 1 Type
SMA Female, 2-Hole Flange Mount

Frequency Range
DC to 6 GHz (typical)

RF Cable 2 Hole Flange SMA Female To Right Angle MMCX Male Cable Assembly Crimp Trade Information

Minimum Order Quantity
5 Pieces

Main Domestic Market
All India

About RF Cable 2 Hole Flange SMA Female To Right Angle MMCX Male Cable Assembly Crimp

Description:RF Coaxial Cable,SMA Female,MMCX Male,2 HoleFlange

RF Coaxial Cable,SMA Female,MMCX Male,2 Hole Flange ;
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 with much better price.

Customizable Length and High Performance

This cable assembly is available in various lengths, typically from 15 cm to 1 m, to meet specific installation requirements. It maintains signal integrity across a broad frequency rangeup to 6 GHzmaking it suitable for advanced wireless communication and testing environments.

Quality Construction and Material

Built using gold-plated brass contacts and a brass body with nickel plating, this RF cable provides excellent corrosion resistance and connection reliability. The PTFE insulation and PVC jacket ensure long-term durability and superior heat resistance for harsh environments.

FAQs of RF Cable 2 Hole Flange SMA Female To Right Angle MMCX Male Cable Assembly Crimp:

Q: How is the RF Cable 2 Hole Flange SMA Female to Right Angle MMCX Male Cable Assembly typically used?

A: This cable assembly is commonly used for high-frequency RF signal interconnections, including wireless communication systems, antenna links, and test equipment setups that require stable and resilient connections.

Q: What are the main benefits of using gold plated brass contacts in this assembly?

A: Gold-plated brass contacts deliver superior conductivity and resistance to corrosion, ensuring a stable signal transfer and prolonged connector life in challenging environments.

Q: When should I choose this cable assembly over other types?

A: This assembly is ideal when you need a robust RF solution with a small footprint, reliable connection, and compatibility with both flange-mounted and right angle interfaces, especially where custom cable lengths are preferred.

Q: Where can this cable assembly be installed?

A: It is suitable for both indoor and outdoor installations, thanks to its durable materials and weather-resistant insulation, though it is mainly used within electronic enclosures, communication devices, and test labs.

Q: What is the process for connecting and installing this cable assembly?

A: Installation involves securing the SMA Female flange with screws and connecting the MMCX Male right angle plug to the corresponding port. Both connectors are pre-crimped for straightforward and secure attachment without the need for soldering.

Q: How does the cables construction contribute to its heat and frequency handling capabilities?

A: With PTFE insulation and a PVC jacket, the cable is designed to withstand temperatures from -40C to +85C and can transmit signals effectively up to 6 GHz, making it reliable for a range of demanding RF applications.