32K101-306RP SMA 50R Socket Inline Crimp - 5mm RG58 Reverse Polarity
Takealot ยท checked 3 days ago
- Average
- R 249.00
- Lowest seen
- R 249.00
- Highest seen
- R 249.00
- Last change
- R 0.00
- First indexed
- 29 Sep 2026
- Retailer
- Takealot
Description
Upgrade your RF connectivity with the 32K101-306RP SMA 50R Socket Inline Crimp. Designed for 5mm RG58 coaxial cables, this reverse polarity (RP) female inline connector ensures secure and reliable 50 impedance, maintaining optimal signal integrity for all your high-performance RF applications.
Its crimp termination provides a strong and dependable connection while allowing for easy installation in tight or existing cable runs. The reverse polarity design is ideal for setups requiring RP-SMA compliance, making it perfect for wireless communication systems, test equipment, and specialized networking applications.
Built with durable materials, this inline SMA socket delivers long-lasting performance and resists wear from repeated mating cycles. Its compact form factor allows for seamless integration into existing setups, ensuring minimal signal loss and enhanced reliability for your devices.
Features:
- Designed for 5mm RG58 coaxial cable
- 50 impedance for consistent signal transmission
- Reverse polarity (RP) female connector
- Crimp termination for secure and durable connections
- Compact inline form factor for easy installation
- Ideal for wireless, RF, and specialized applications
Specifications:
- Part Number: 32K101-306RP
- Device Type: Connector
- Connector Type: SMA | Socket | Inline
- Gender: Female (Reverse Polarity)
- Termination: Crimp
- Cable Size: 5mm RG58
- Impedance: 50
- Mounting: Inline
The 32K101-306RP SMA 50R Socket Inline Crimp is an essential RF component for maintaining high-quality, low-loss connections in any coaxial network. Its reverse polarity design ensures compatibility and safety while delivering reliable performance in both professional and DIY setups.
What's in the box
1 x 32K101-306RP SMA 50R Socket Inline Crimp - 5mm RG58 Reverse Polarity