Page 1957 - 1.0/2.3 to BMA RF Cable Assembly Datasheets

Slide-On BMA Plug Bulkhead to Snap-On
BMA Jack Cable Using RG316 Coax

RF Cable Assemblies Technical Data Sheet PE3C4940

Configuration
• Connector 1: Slide-On BMA Plug Bulkhead
• Connector 2: Snap-On BMA Jack
• Cable Type: RG316

Features
• Max Frequency 3 GHz
• 69% Phase Velocity
• FEP Jacket
• Good VSWR of 1.4:1
• Gold Plated BMA Contacts
• Low Engagement Force BMA interface
• In stock and ready to ship

Applications
• General Purpose • Blind Mate BMA Test • High Speed Switching Networks
• Laboratory Use BMA Cable RF • Rack and Panel
Backplanes • Phased Array Interconnects
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Description
Pasternack’s BMA cable assemblies using RG316/U Coax are part of our full line of RF components available for same-day
shipping. These BMA cable assemblies are designed to connect BMA system components, BMA racks, or BMA backplanes,
delivering signal frequencies as high as 22 GHz. Our family of BMA cables can also be used to connect switching networks or
phase-matched antenna arrays where low loss BMA interconnects are desired. If none of our standard options fit your applica-
tion, you can specify your own custom BMA cable assembly using Pasternack’s online Cable Creator.
Our BMA cable assembly datasheet specifications and drawing with dimensions are shown below in this PDF. Pasternack’s
broad catalog of RF, microwave and millimeter wave cable assemblies allow designers to configure and customize their signal
connections however they like. Whether the need is to provide BMA cabling or blind mate rack connections, Pasternack has
the right cable assemblies for the job. Pasternack can also expertly build your custom cable assemblies for you and ship same
day.

Click the following link (or enter part number in “SEARCH” on website) to obtain additional part information including price,
inventory and certifications: Slide-On BMA Plug Bulkhead to Snap-On BMA Jack Cable Using RG316 Coax PE3C4940
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Pasternack does not make
any representation or warranty regarding the suitability of the part described herein for any particular purpose, and Pasternack does not assume any liability arising out of the use of any part or documentation.

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