F182OP0120A0: CABLE ASSEMBLY,RADIO FREQUENCY.
The CABLE ASSEMBLY,RADIO FREQUENCY is a the manufacturer cable assembly designed for reliable internal or external connectivity in enterprise server and storage environments. Key specifications include material: COPPER CORE CONDUCTOR SINGLE CONDUCTOR, temp_rating: -55.0 CELSIUS AND 135.0 CELSIUS DEGC, conductor_form: SOLID SINGLE CONDUCTOR, overall_length: 1.000 FEET FT, style_designator: INTERNAL ANGLE AND INTERNAL STRAIGHT CONNECTOR, termination_type: CONNECTOR INTERNAL STRAIGHT SECOND END SINGLE CONDUCTOR. This part is cataloged in the U.S.
Government catalog under NSN 5995-01-273-0185, indicating validated use in U.S. government and defense logistics supply chains. Available through authorized enterprise resellers and TPM (Third Party Maintenance) channels.
Verify compatibility with your specific system configuration before ordering.
| material | COPPER CORE CONDUCTOR SINGLE CONDUCTOR |
| temp_rating | -55.0 CELSIUS AND 135.0 CELSIUS DEGC |
| conductor_form | SOLID SINGLE CONDUCTOR |
| overall_length | 1.000 FEET FT |
| style_designator | INTERNAL ANGLE AND INTERNAL STRAIGHT CONNECTOR |
| termination_type | CONNECTOR INTERNAL STRAIGHT SECOND END SINGLE CONDUCTOR |
| precious_material | SILVER |
| surface_treatment | SILVER CORE CONDUCTOR SINGLE CONDUCTOR |
| conductor_quantity | 1 |
| electrical_resistance | 50.00 OHMS IMPEDANCE |
| cross-sectional_shape_style | ROUND |
| precious_material_and_weight | 0.040 SILVER GRAINS, TROY |
| NSN | 5995-01-273-0185 |
| TERMINATION TYPE | CONNECTOR INTERNAL ANGLE FIRST END SINGLE CONDUCTOR |
| TERMINATION TYPE | CONNECTOR INTERNAL STRAIGHT SECOND END SINGLE CONDUCTOR |
| ELECTRICAL RESISTANCE | 50.00 OHMS IMPEDANCE |
| TEMP RATING | -55.0 CELSIUS AND 135.0 CELSIUS DEGC |
| OVERALL LENGTH | 1.000 FEET FT |
| PRECIOUS MATERIAL | SILVER |
| CONDUCTOR QUANTITY | 1 |
| STYLE DESIGNATOR | INTERNAL ANGLE AND INTERNAL STRAIGHT CONNECTOR |
| PRECIOUS MATERIAL AND WEIGHT | 0.040 SILVER GRAINS, TROY |
| CROSS-SECTIONAL SHAPE STYLE | ROUND |
No substitute or cross-reference records for this part.