RF Coaxial 7-16 DIN Female 4 Hole Flange Connector with .086" Cable Assembly

7-16 DIN Cable assembly Features:

  • Can be combined with 4.3-10, 7-16 DIN, BNC, N, NEX10, QMA or SMA connector;
  • Body Can be 4 hole panel, bulkhead or standard mount connectors;
  • Body Can be right angle or straight connectors;
  • Cable Can use corrugated, flexible, formable or semirigid cable.



RF Coaxial 7-16 DIN Female 4 Hole Flange Connector with .086" Cable Assembly

 

The 7-16 DIN with cable assembly can use flexible or corrugated coaxial cable such as TFT402, LMR-240 and 1/4" Superflexible; the body of 7-16 DIN with cable assembly is right angle or straight connectors which is female with cable or male with cable. ROHO's 7-16 DIN with cable assembly is a low PIM cable. This 7-16 DIN male to N male cable assembly uses a 50ohm straight 7-16 DIN for connector 1 and a 50ohm Straight 7-16 DIN type for connector 2, Cable is 50ohm .086".

 

Specifications

ELECTRICAL DATA  
Connector 1 Series 7-16 DIN
Connector 1 Style Str Female
Cable Type .086" Cable
Connector 2 Series -
Connector 2 Style -
Contact Termination Solder
Shield Termination Crimp
Impedance (Ohms) 50
Low PIM Yes
Max Frequency 6 GHz
Working Temperature -65°C  to +165°C 
MATERIAL DATA  
Body Material
Brass
Body Finish
Nickel/Ternary alloy
Contact Material
Phosphor Bronze/Beryllium Copper
Contact Finish
Gold/Silver
Insulator Material
PTFE

 

Applications

  • Multi-Carrier Communication Systems
  • Low PIM Applications
  • Distributed Antennas Systems (DAS)
  • Outdoor Installations

 


Product Tags 7 16 DIN Female Cable Assembly          7 16 DIN with 086 Cable Assembly          7 16 DIN Female Cable Assembly          7 16 DIN 4 Hole Flange Cable Assembly          7 16 DIN Cable Assembly          7 16 DIN Connector Assembly         

INQUIRY

Contact us for all information about the product


click here to leave a message

leave a message
If you are interested in our products and want to know more details,please leave a message here,we will reply you as soon as we can.