Product Description
Product Title
- See “Related Parts” tab for modules this contact is used in.
- Need Patch Cords? Try Easy Cable
Technical Specifications
Type of Contact:
CoaxSuitable Wire Types:
RG316, RG316DS and RG174.Max Current Info Amps:
N/AImpedance:
50 OhmContact Resistance mΩ:
N/AFrequency Range:
DC - 2GHzCycle Life:
10,000Operating Voltage:
1500 VDC minTermination Method:
CrimpContact Resistance mΩ:
N/APlating Material:
Au over NiBody Material:
BeCuProduct Support Downloads
Associated Parts
Mating Parts
Image | Part # | Short Description | Customer Drawing | Instruction Sheet | 3d Pdf | Stp File | Product Details | Add To Quote Request | hf:tax:component_category |
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Related Parts
Image | Part # | Short Description | Customer Drawing | Instruction Sheet | 3d Pdf | Stp File | Product Details | Add To Quote Request | hf:tax:component_category |
---|
Tools
Image | Part # | Short Description | Customer Drawing | Instruction Sheet | 3d Pdf | Stp File | Product Details | Add To Quote Request | hf:tax:component_category |
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Contact, Receiver, Female, Micro Coax, RG316, RG316DS and RG174.
Product Description
- See “Related Parts” tab for modules this contact is used in.
- Need Patch Cords? Try Easy Cable
Product Support Downloads
Associated Parts
Mating Parts
Image | Part # | Short Description | Customer Drawing | Instruction Sheet | 3d Pdf | Stp File | Product Details | Add To Quote Request | hf:tax:component_category |
---|
Related Parts
Image | Part # | Short Description | Customer Drawing | Instruction Sheet | 3d Pdf | Stp File | Product Details | Add To Quote Request | hf:tax:component_category |
---|
Tools
Image | Part # | Short Description | Customer Drawing | Instruction Sheet | 3d Pdf | Stp File | Product Details | Add To Quote Request | hf:tax:component_category |
---|
Technical Specifications
Type of Contact:
CoaxSuitable Wire Types:
RG316, RG316DS and RG174.Max Current Info Amps:
N/AImpedance:
50 OhmContact Resistance mΩ:
N/AFrequency Range:
DC - 2GHzCycle Life:
10,000Operating Voltage:
1500 VDC minTermination Method:
CrimpContact Resistance mΩ:
N/APlating Material:
Au over NiBody Material:
BeCu