7-16 DIN connector adapters with bronze, silver plating

The RFA-4013 WB DIN Adapter Kit from RF Industries is now available in bronze and silver plating and comes with 6 cables.

November 23, 2011

The 7-16 DIN connector interface offers technical advantages over the N or SMA connector interfaces for cellular communications. Capable of carrying high power at high frequencies, 7-16 DINs are larger and more precise, offering more stable electrical and mechanical connections with tighter tolerances and improved VSWR performance. The RFA-4013-WB adapter kit with white bronze plating offers a convenient means to bridge type N devices to 7-16 DIN interfaces.

RF Connectors legacy DIN adapters in the RFA-4013 are silver plated. Silver offers exceptional electrical performance and low PIM (Passive Intermodulation) performance. White Bronze plating, also called tri-metal, is tarnish free with excellent electrical performance and low PIM. The hardness of White Bronze plating will stand up to multiple mating cycles. If your application requires frequent coupling and de-coupling and/or if tarnish resistance is an issue, white bronze would be the better plating choice.

All white bronze 7-16 DIN adapters are machined to exacting specifications and compare well with typical silver plated products. All adapters within the 7-16 DIN series are made of machined brass and feature Teflon insulation and silver-plated contacts. This foam-lined, zippered kit contains six adapters:

  • RFD-1652-7 (7-16 DIN Male to 7-16 DIN Female R/A adapter)
  • RFD-1653-7 (7-16 DIN Female to 7-16 DIN Female barrel adapter)
  • RFD-1670-7 (7-16 DIN Male to N Male adapter)
  • RFD-1671-7 (7-16 DIN Male to N Female adapter)
  • RFD-1672-7 (7-16 DIN Female to N Male adapter)
  • RFD-1673-7 (7-16 DIN Female to N Female adapter)

www.rfindustries.com 

RF Industries

– Edited by Chris Vavra, Control Engineering, www.controleng.com 

See the industrial network channel

https://www.controleng.com/networks

https://www.controleng.com/new-products/industrial-networks.html