Microwave RF Product Roundup
This week’s Product Roundup highlights microwave RF cable assemblies from leading connector manufacturers and suppliers.
Microwave RF Cable Assemblies
Designed to simplify the connection process, the 6791-000 series of wire-to-board connectors for coaxial cables from KYOCERA AVX enables simple termination with one press. Expanding on IDC (insulation displacement connector) technology, the IDC contact pierces the jacket and insulation of the cable and makes direct contact with the strands and conductor of the wire at the same time. This series provides a reliable wire-to-board termination from signal/power transmission to high frequency transmission fields up to 6 GHz.
COAX Connectors manufactures bespoke cable assemblies in-house including patch cables, pig tails, jumper cables, feed cables, fly leads, and more. COAX Connectors’ experienced cable assembly staff have all the skills to rapidly terminate cables correctly; no tooling is required. Just plug in and go! As well as the 50- and 75-ohm connectors for your assembly, COAX stocks a wide range of popular cable types for various industries and can order in special cables.
SpaceNXT QT Series from Smiths Interconnect offers improved phase stability over a wide range of temperatures found in space environments while meeting all NASA/ESA outgassing specifications. It is equipped with ETFE radiation-resistant jacket materials. This combination enables customers to enjoy lower cost of ownership and improved system performance.
The Amphenol SV Microwave range of fixed-length, high-performance RF cable assemblies now includes more high-density configurations. These assemblies feature female SMP, SMPM/VITA 67.3 SMPM, and SMPS connectors, making them suitable for embedded system applications or other space-constrained environments. Amphenol SV Microwave’s custom cable assembly builder allows the customer to precisely configure the cable assembly needed. Choose from a wide variety of COTS connectors and cable types. Instantaneously generate expected performance metrics and datasheets for the configured cable assembly and purchase directly on SV’s website. Best of all, receive your order within 10 business days of your order.
The Molex 2.2-5 RF connector system and cable assemblies available from Avnet deliver low passive intermodulation (PIM) and high frequency in an adapted, miniaturized version of the 4.3-10 connector. Capable of frequencies up to 6 GHz, the connector system and cable assemblies enable powerful, low interference solutions for telecommunications and networking applications.
CDM’s semi-custom Signal Storm Cables series of RF jumpers are engineered to withstand the harshest operating conditions and most demanding requirements. Providing a complete interconnect solution for the full spectrum of RF connector interfaces, assemblies feature Times Microwave 50 Ohm LMR flexible low loss RF cables, which are UV-resistant polyethylene jacketed cables designed for 20-year service outdoor use.
Axon’ Cable designs and manufactures RF coaxial assemblies and microwave coaxial assemblies with very low losses. For example, microwave coaxial assemblies working at a frequency of 50 GHz are characterized by optimized insertion losses at 2.45 dB/m and by shielding efficiency greater than 100 dB. Insulated with a FEP or PU jacket and terminated with coaxial connectors, the RF coaxial and microwave assemblies are easy to install. They are mainly used for measurement, radar, antenna, and surveillance systems.
PEI-Genesis supplies Times Microwave Systems’ MaxGain Space Assemblies cutting-edge satellite communication technology. Engineered for space exploration, these high-performance, ultra-low loss microwave coaxial cables combine precision with advanced materials, ensuring optimal performance in extreme conditions. With a robust design, high-performance dielectrics, and low-loss connectors, they minimize signal attenuation in harsh environments. Tailored for aerospace applications, these assemblies offer customizable options, seamless integration, and adherence to rigorous testing standards.
Hirose Electric’s 1.85 mm coaxial connectors are IEC 61169-32- and RoHS2-compliant. The connectors are compatible with 65 GHz configurations and have a nominal characteristic of 50Ω. Applications for the 1.85 mm connectors include optical transmission devices, data transmission measuring, radio communication equipment, and measuring instruments.
The CoaxCenter 6000 from Schleuniger is the world’s first machine that can process micro-coaxial and coaxial cables as well as single-conductor wires fully automatically and with high precision. Consequently, the range of applications is in line with the latest trends in automation, miniaturization, information and communication technology, and mobility. The machine platform can be individually fitted with up to six processing stations. Stripping is carried out using the RotaryUnit 6000 or using V-shaped blades with multi-blade heads. The blades and cable guides are designed so that the cable is optimally held in position during processing, without being damaged by the clamping pressure. Stripped cable parts are disposed of by a powerful extraction system. The cable end is held by a single gripper during all processes. It retains its exact position and is fed to the individual stations with maximum positioning accuracy. The quality of the process steps is inspected by the QCam 360 camera system. Stripped cable ends and the correct positioning of crimp terminals are continually monitored, and incisions and scrap stranded wire are detected. Rejected parts are sorted out immediately.
ATTEND offers a versatile range of RF cable assemblies designed to cater to a variety of applications. These connectors feature MMCX, SMA, and MHF interfaces suitable for wireless infrastructure, military and aerospace, and RF Test & Measurement applications. The MMCX series offers straight and right-angle orientations to suit different connection needs, ensuring flexibility and compatibility for various industrial and commercial uses. These RF cable assemblies are meticulously engineered to deliver exceptional signal integrity.
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