Coaxial Cable Assembly
Microwave Test Cable
Coaxial RF Connector
Coaxial RF Adapter
Coaxial RF Termination
Coaxial RF Test Probe
Coaxial RF Attenuator
RF Switches
Rotary Joints
Coaxial RF Power DividersRF Rotary Joints
Customizable Connector Options — Single-Channel 3 GHz RF Rotary Joint with RG179 Straight Cable Adapter
SKU:
P/N:RJ-RF-1C0ZZZS-03G-01
The RJ-RF-1C0ZZZS-03G-01 is a compact and reliable single-channel RF rotary joint designed for seamless signal transmission in rotating applications. It operates over a broad frequency range from DC to 3 GHz. The joint is integrated with a flexible RG179 coaxial cable assembly, providing an excellent balance of low signal loss and minimal space requirements. Its single-channel design ensures straightforward integration for essential RF connectivity across rotating interfaces.
Note: Custom connector types are available to meet specific system integration needs.
This robust solution is engineered for stable performance in communications, test equipment, and precision instrumentation.
2-Channel RF Rotary Joint Operating to 4.5 GHz, SMA Female to SMA Female Straight Adapter
SKU:
P/N:RJ-RF-2C1MAJS-04G-01
The ZOMWAVE RF rotary joint RJ-RF-2C1MAJS-04G-01 is a dual-channel straight rotary joint designed for critical radar and rotating antenna systems. Engineered to exacting radio frequency standards, it ensures reliable signal integrity in demanding applications including air traffic control, maritime, vehicular, and mobile radar platforms.
This unit features a robust SMA female to SMA female interface, providing a consistent and secure connection across its full operational bandwidth. Key performance specifications include a maximum frequency of 6 GHz and an excellent voltage standing wave ratio (VSWR) of 1.3:1, minimizing signal loss and reflection for superior system performance.
Single Channel RF Rotary Joint Operating to 26.5 GHz, 3.5mm Female to 3.5mm Female Straight Adapter
SKU:
P/N:RJ-RF-1C0P3JS-26G-01
The ZOMWAVE RF rotary joint RJ-RF-1C0P3JS-26G-01 is a single-channel straight rotary joint designed for critical radar and rotating antenna systems. Engineered to exacting radio frequency standards, it ensures reliable signal integrity in demanding applications including air traffic control, maritime, vehicular, and mobile radar platforms.
This unit features a robust 3.5mm female to 3.5mm female interface, providing a consistent and secure connection across its full operational bandwidth. Key performance specifications include a maximum frequency of 26.5 GHz and an excellent voltage standing wave ratio (VSWR) of 1.35:1, minimizing signal loss and reflection for superior system performance.
Single Channel RF Rotary Joint Operating to 18 GHz, SMA Female to SMA Female Straight Adapter
SKU:
P/N:RJ-RF-1C0MAJS-18G-01
The ZOMWAVE RF rotary joint RJ-RF-1C0MAJS-18G-01 is a single-channel straight rotary joint designed for critical radar and rotating antenna systems. Engineered to exacting radio frequency standards, it ensures reliable signal integrity in demanding applications including air traffic control, maritime, vehicular, and mobile radar platforms.
This unit features a robust SMA female to SMA female interface, providing a consistent and secure connection across its full operational bandwidth. Key performance specifications include a maximum frequency of 18 GHz and an excellent voltage standing wave ratio (VSWR) of 1.3:1, minimizing signal loss and reflection for superior system performance.
Single Channel RF Rotary Joint Operating to 18 GHz, SMA Female to SMA Female Right angle Adapter
SKU:
P/N: RJ-RF-1C0MAJR-18G-01
The ZOMWAVE RF rotary joint RJ-RF-1C0MAJR-18G-01 is a single-channel right-angle rotary joint designed for critical radar and rotating antenna systems. Engineered to exacting radio frequency standards, it ensures reliable signal integrity in demanding applications including air traffic control, maritime, vehicular, and mobile radar platforms.
This unit features a robust SMA female to SMA female interface, providing a consistent and secure connection across its full operational bandwidth. Key performance specifications include a maximum frequency of 18 GHz and an excellent voltage standing wave ratio (VSWR) of 1.3:1, minimizing signal loss and reflection for superior system performance.