Description
The SMA M RA CRIMP for RG11 Cable is a precision-engineered right angle RF coaxial connector developed for high-frequency communication applications requiring dependable signal performance and efficient cable routing. Designed with a male SMA interface and crimp-type termination, this connector ensures strong mechanical retention and stable RF connectivity for RG11 coaxial cable assemblies.
Its right angle configuration makes it suitable for compact installations and space-constrained RF systems where cable management and reliable performance are critical. The crimp termination structure delivers secure attachment, excellent conductivity, and low insertion loss to support consistent RF signal transmission.
Manufactured using premium conductive materials and advanced plating technology, the connector provides superior resistance against electromagnetic interference (EMI), corrosion, vibration, and environmental conditions. Its durable construction ensures long-term indoor and outdoor reliability across demanding communication environments.
The SMA M RA CRIMP for RG11 Cable is widely used in telecom infrastructure, antenna installations, wireless communication systems, RF networking, microwave communication equipment, industrial RF applications, communication devices, and RF test environments. It is an ideal solution for RF engineers, telecom industries, system integrators, and antenna manufacturers.
Features
- Right angle male SMA RF connector
- Crimp type cable termination
- Compatible with RG11 coaxial cable
- Excellent RF signal transmission
- Low insertion loss and stable connectivity
- Compact design for efficient cable routing
- Superior EMI shielding effectiveness
- Durable and corrosion-resistant construction
Applications
- Telecom Communication Systems
- RF & Wireless Communication
- Antenna Installations
- RF Networking Applications
- Microwave Communication Equipment
- Industrial RF Applications
- Communication Infrastructure
- RF Test & Measurement Equipment




Reviews
There are no reviews yet.