ConductRF Intros Flexible Alternatives to Semi-Rigid or Hand Formable Cable

Press Releases on RF Cafe

Content is the copyright of the company represented, but the page format is my copyright and cannot be distributed to other media outlets. Please submit your content for consideration to rfcafe@earthlink.net.

Press Release Archives:
2014 | 2015 | 2016 | 2017 | 2018

Alternative to Semi-Rigid Cable

• DC to 18 GHz Solutions
• Low Loss & Low VSWR
• Multi-Layer 90 dB Screening
   Solid PTFE Dielectric
• Operating Temp up to 125 ºC
• Meets requirements of MIL-C-17
• Broad Connector Choices

Download Datasheet HERE


ConductRF Broad Connector Choice - RF Cafe

ConductRF's LSA cables provide one of the most optimum and cost effective solutions for applications as diverse as alternatives to Semi-Rigid cabling, where complex forming is required, to easy to install Jumper Cables inside densely packaged RF enclosures where EMI is of concern.

ConductRF Flexible RF Cables to Replace Semi-Rigid or Hand Formable - RF Cafe

Performance Swept R/A Cables - Using our Low Profile SMA and Type-N "Swept Cable" configurations, ConductRF can provide R/A Assemblies with no VSWR performance loss when compared with equivalent straight connector solutions. It is common to produce R/A Assemblies with VSWR of 1.20:1 and under through 18 GHz.

Broad Connector Choice

LSA Cables are available on short lead-times in custom length and orientations using SMA, Type-N, MCX, SMP, BNC, TNC and many more standard connector ranges.  All finished cable assemblies are 100% validated through VNA testing prior to delivery to factory or customer defined performance standards.

Performance Multi-Layer Shielded Cable

ConductRF provides two standard cable size options using our own cable; A28SS (ø0.086") & A29SS (ø0.141"). These cables are built with Multi-layer shielding consisting of a spiraled tape layer over which is a traditional silver plated copper braid. Together with a PTFE dielectric and an FEP Jacket, assemblies built with these cable can operate comfortably in temperature up to 125ºC.

ConductRF Coaxial Cable - RF Cafe

Easy Part Number Build

1.  Using our two common cable types, let us know if you want an LSA28 (ø0.086") or LSA29 (ø0.141") cable.
2.  Then describe your preferred connector range selection and configuration.
3.  Finally describe the length in the units of your choice.


ConductRF Coaxial Cables - RF Cafe

Find Much More at www.ConductRF.com

ConductRF offers two complete range of RF Connectors for Commercial & Mil/Aero applications. With a wide array of cable assembly selections using ConductRF can help narrow down your needs to the perfect solution for System of Test. Go to www.ConductRF.com and see our full range of capabilities. Alternatively email us with your requirements and we will get back to you within 24 hours with your solution.

LEARN MORE

ConductRF offers many more RF solutions from applications up to 110 GHz.

ConductRF offers Straight & R/A Low PIM Connectors for 7/16, N, SMA, QMA, 4.1/9.5 and 4.3/10 interfaces. PIM levels vary depending on cable and configuration. We also offer Adapters. Download our datasheets by clicking the pictures above for more detail of call us at +1 978 374 6840.

Contact Info

ConductRF-EAM
126 Merrimack Street
Methuen MA, 01844 - US
Telephone: +1 978 374 6840

About Conduct RF

ConductRF is the brand name for Electronic Assembly Mfg. Inc's complete RF interconnect product line including cable assemblies. Operating out of Methuen, Massachusetts, EAM has been in the RF Interconnect industry for nearly 20 years, successfully supporting high performance solutions that require precision and expertise to bring to life. Our ConductRF brand builds on this expertise with an expanded product offering, including both commercial and precision RF coaxial connector ranges as well as the capability to support customized solutions with our Application Engineering focus. We can provide diverse manufacturing solutions with our capabilities in the U.S. as well as Asia from where support low cost volume coax production requirements.

 

 

Posted June 6, 2017