M80-307
Female RG174-RG179-RG316 Straight Crimp Coax Contact
4.00mm Pitch High-Reliability Connector - Datamate Coax
1,251 in stock Check availability
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Product Description
- Straight Crimp, suitable for Ø2.7mm coax cable (RG174, RG179, RG316).
- Specified as 307 in a Mix-Tek connector part number. Use with any female Datamate Mix-Tek housing in a power/coax cavity.
- Gold finish on contact areas and termination.
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Technical Details
Specification
EU RoHS Status:
Contact Pitch:
4.00mm (0.157")
Contact Gender:
Female/Socket/Jack
Connector Orientation:
Straight
Connection Type:
Cable (Crimp)
Cable Conductor Size:
Ø2.7mm (RG174, RG179, RG316)
Current Rating:
0.5A per contact
Operating Temperature:
-55°C to +125°C
Number of Signal Contacts:
1
Number of Special (Power or Coax) Contacts:
1
Materials
Finish / Plating on Termination:
Gold
Finish / Plating on Contact Surface:
Gold
Base Material of Contact:
Beryllium Copper inner contact, Brass outer contact
Housing Material:
PTFE
Housing Colour:
White
Packaging Style:
Single Pack
Dimensions
Individual Part Weight:
0.441g
Overall Dimensions (L x W x D) in mm:
13.40 x 3.00 square
Frequently Asked Questions Ask a Question
What is the mating contact for the M80-307?
The M80-317 is the mating male version of this contact (straight cable, RG174/RG179/RG316), but all the other male coax contacts are also compatible mating contacts. These are: M80-315, M80-318 and M80-319 for the cable contacts, and M80-311, M80-312, M80-313 and M80-314 for the PCB mounted versions.
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Instead of crimping, can we solder the inner contact?
I do not think this would be possible, sorry. The inner contact is very small, and I do not think you will be able to accurately solder it by hand. In addition, there is no solder cup, so I suspect that you will increase the size of the contact by adding a layer of solder outside and around the contact. This might mean it will not fit in the insulator. You are of course welcome to try it for yourself, to see if it is possible, but it is not something we have tried, as the design was not intended to be assembled this way.
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