Phase Matching Solutions
up to 70 GHz
• Flexible, Conformable & Semi-Rigid
• Low Loss & High Power Options
• Phase & Amplitude Stable Solutions
• Narrow & Broad Band Capability
• Solutions as low as ±0.2°/GHz
• Indoor & Outdoor Protection
• Broad Connector Choices
Download Datasheet HERE
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ConductRF's skill in the manufacturing of
Phase Matched RF Cable Solutions
is second to none. We have phase matched a diverse array of solutions from Low Frequency
RG and LMR Cables to more premium exotic cables up to 70 GHz. With a broad base of standard
connectors and cables in stock, we turn solutions around fast. |
Diverse Applications
Phase Matched cables are required in many applications and for various reasons. Common
application include Phase Arrayed Radar & Broadcasting systems to allow directional focus,
but increasingly more multi-channel devices and solutions for detection and communication
benefit significant from using Phase Matched solutions.
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Broad Connector & Cable Choice
We have solutions across all standard industry interfaces all the way to 70 GHz with
1.85 mm Solutions. We support all variants of SMP/SMPM as well as all common standards
including SMA, SMB, TNC & Type-N. ConductRF also maintains a diverse array of standard
cables from standards like RG and LMR cables to many of our performance cables operating at
18, 27, 40, 50 & 70 GHz.
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D38999 Phase Matched Solutions
D38999 offers users great density for consolidating RF cables in to small package sizes.
With many different standard commonly available.
ConductRF can offer Phase Matched RF Lines for Customers to self install or have us factory
install and enhance with environmental protections.
We support the following RF Inserts;
- BMA to 20 GHz
- SMPM to 60 GHz
- Size #8 to 18 GHz
- Size #12 Mil-Spec.
- Size #16 Mil-Spec.
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Defining Your Requirements
1. Identify the connector configuration you're looking for, including
finishing preferences
2. Determine the mechanical needs of the cable; Flexibility, Hand Formable,
Semi-Rigid
3. Describe any key properties required; Continuous Flexing, Mating Cycles,
Temp Range
4. Let us know the minimum length required in the units of your choice.
5. Advise the level of Phase Matching required and operating frequency needs.
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.
Note: LMR is a Times Microwave System Trade Mark. ConductRF
exclusively uses Times Microwave LMR products in the manufacturing of this series of cables.
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LEARN MORE
ConductRF offers many more RF solutions
from applications up to 110 GHz.
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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.
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Contact Info
ConductRF-EAM
126 Merrimack Street Methuen MA, 01844 - US Telephone: +1
978 374 6840
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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 September 21, 2017
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