Explore a wide range of RF connectors for secure, high-frequency signal transmission. SMA, TNC, 4.3-10, 7-16 DIN, BNC, FME, MCX, MMCX, MPL, QMA, Type-N, UHF and more..
The Rosenberger 53K1C7-C03N1 is a high-quality N(F) straight jack connector, designed for 1/2" regular RF cables. Engineered for communication applications, this connector ensures low-loss signal transmission and secure cable attachment using a cable clamp backend.
The Pulse N-100CDR N-Female Connector is designed for use with RG58, RG141, and RG303 cables and is compatible with CDR7100 and CDR8100 Series Spring Assemblies. Pulse is renowned for its high-quality RF coaxial connectors, offering a wide range of components for various applications.
The CommScope F2TNM-PL N-Male Positive Lock Connector is a high-performance connector designed for use with 3/8" FSJ2-50 cables. Engineered to provide reliable and efficient connectivity in various demanding environments.
The Pulse BNC-6 BNC-Male Connector is a straight crimp plug designed for use with RFI-240 and LMR-240 cables. Pulse is renowned for its high-quality RF coaxial connectors, offering a wide range of high-specification components suitable for various applications.
CommScope 158EZDF is a 7-16 DIN-Female Connector designed for use with 1-5/8" FXL-1873 and AVA7-50 coaxial cables.
Replacement for CommScope AL7DF-PSA 7-16 DIN-Female Positive Stop Connector.
Huber+Suhner QMA-Male Connector; RG58 Solder/Crimp, offers a seamless blend of performance and efficiency. With a 50 Ohm impedance and a frequency range extending up to 18 GHz, this connector is optimized for Return Loss up to 6 GHz.
H & S QMA(M) Connector; RG316/174 - Crimp, features snap-lock mechanism, and efficient crimp termination for enhanced performance and seamless connectivity.
The CommScope 78EZDM is a high-quality 7-16 DIN-Male Ezfit Connector designed specifically for 7/8'' FXL-780, AVA5-50, and AVA5-50FX cables. This connector ensures reliable and efficient performance across a wide range of applications, making it an ideal choice for telecom networks, broadcasting, industrial environments, and data centers.
The CommScope 78EZDF is a high-quality 7-16 DIN-Female Ezfit Connector designed specifically for 7/8'' FXL-780, AVA5-50, and AVA5-50FX cables. This connector ensures reliable and efficient performance across a wide range of applications, making it an ideal choice for telecom networks, broadcasting, industrial environments, and data centers.
Pulse 7-16 DIN(M) Protective Cap without chain. Pulse coaxial connectors and components have been used in quality radio infrastructure systems in Australia for decades.
Pulse 7-16 DIN-Male Crimp Connector for RG213 cables feature a screw lock for performance where vibration resistance and environmental performance is important. The characteristic impedance is 50 ohm. They provide excellent performance for return loss and intermodulation distortion up to 7.5 GHz. These 716 DIN connectors are alloy plated (White Bronze). Contact surfaces are silver plated. Crimp using RCT-213 Crimp tool.
The CommScope 400PDR-CR is a high-quality Right Angle 7-16 DIN-Male Connector designed specifically for CNT400 braided cable. This connector ensures reliable and efficient performance across a wide range of applications, making it an ideal choice for telecom networks, broadcasting, industrial environments, and data centers.
The CommScope 400BPDM-C is a high-quality 7-16 DIN-Male Connector designed specifically for CNT400 braided cable. This connector ensures reliable and efficient performance across a wide range of applications, making it an ideal choice for telecom networks, broadcasting, industrial environments, and data centers.
The CommScope 114EZDM is a high-quality 7-16 DIN-Male Ezfit Connector designed specifically for 1-1/4'' FXL1480 and AVA6-50 cables. This connector ensures reliable and efficient performance across a wide range of applications, making it an ideal choice for telecom networks, broadcasting, industrial environments, and data centers.
The CommScope 114EZDF is a high-quality 7-16 DIN-Female Ezfit Connector designed specifically for 1-1/4'' FXL1480 and AVA6-50 cables. This connector ensures reliable and efficient performance across a wide range of applications, making it an ideal choice for telecom networks, broadcasting, industrial environments, and data centers.
HUBER+SUHNER QMA coaxial connectors are available with 50 Ohm impedance. The frequency range extends to 18 GHz, depending on the connector and cable type, however most of the QMA connectors are Return Loss optimised for frequencies up to 6GHz. The interface is based on the SMA dimension, but, instead of a threaded coupling mechanism, a new snap-lock mechanism is used.
HUBER+SUHNER QMA coaxial connectors are available with 50 Ohm impedance. The frequency range extends to 18 GHz, depending on the connector and cable type, however most of the QMA connectors are Return Loss optimised for frequencies up to 6GHz. The interface is based on the SMA dimension, but, instead of a threaded coupling mechanism, a new snap-lock mechanism is used.
HUBER+SUHNER QMA coaxial connectors are available with 50 (?) impedance. The frequency range extends to 18 GHz, depending on the connector and cable type, however most of the QMA connectors are Return Loss optimised for frequencies up to 6GHz. The interface is based on the SMA dimension, but, instead of a threaded coupling mechanism, a new snap-lock mechanism is used.
HUBER+SUHNER QMA coaxial connectors are available with 50 Ohm impedance. The frequency range extends to 18 GHz, depending on the connector and cable type, however most of the QMA connectors are Return Loss optimised for frequencies up to 6GHz. The interface is based on the SMA dimension, but, instead of a threaded coupling mechanism, a new snap-lock mechanism is used.
HUBER+SUHNER QMA coaxial connectors are available with 50 Omn impedance. The frequency range extends to 18 GHz, depending on the connector and cable type, however most of the QMA connectors are Return Loss optimised for frequencies up to 6GHz. The interface is based on the SMA dimension, but, instead of a threaded coupling mechanism, a new snap-lock mechanism is used.
