Skip to content

SMB Jack Bulkhead Mount Non-Magnetic Connector Crimp/Solder Attachment for RG316

SKU LCCN45875
by L-Com
Original price £30.16 - Original price £30.16
Original price
£30.16
£30.16 - £30.16
Current price £30.16
Product Datasheet

SMB Non-Magnetic Straight Bulkhead Jack Front Mount Crimp type Connector LCCN45875 from L-Com is a SMB Non-magnetic straight bulkhead jack front mount crimp type Connector compatible with RG316. These Non-Magnetic Connector frequency ranges from 0-4 GHz with 50 Ohms impedance.

Our RF coaxial connector specialists are available to answer any questions or concerns you have on the LCCN45875 SMB Jack Bulkhead Mount Non-Magnetic Connector. Our Non-magnetic connectors have a susceptibility of around 10??, as opposed to 10?² for standard connectors made of brass/nickel materials. As a result, our non-magnetic connectors are transparent to the magnetic field, which means no field distortion and a higher Signal-to-Noise Ratio (SNR).

Contact L-Com’s expert technical support for assistance with the SMB Non-Magnetic straight bulkhead jack front mount crimp type Connector or any RF coaxial cable connectors or cable assemblies. Download our LCCN45875 datasheet with specifications and CAD drawing with dimensions for details. Our knowledgeable sales team simplifies the purchasing process and ensures that your SMB Non-magnetic RF coaxial connector will be exact to your specifications. The target audience for the straight-bulkhead coaxial jack is for quantum computing, the military and aerospace industries as well as the medical industry including MRI and patient monitoring devices.

The LCCN45875 connector from L-Com uses a dedicated manufacturing process and raw material selection to guarantee the low magnetic susceptibility level of the connectors.

Features

  • Max. Operating Frequency 4 GHz
  • Excellent VSWR of 1.13:1
  • Gold over Copper Plated Bronze Contact
  • Magnetic Susceptibility 10??

Application

  • General Purpose Test
  • Rack and Panel Mount Applications
  • Custom Cable Assemblies
  • Medical
  • Military and Aerospace
  • Quantum Computing