599805: DIAPHRAGM,ACTUATOR VALVE,SPECIAL.
DIAPHRAGM,ACTUATOR VALVE,SPECIAL. Key specifications include design_type: WHIP SINGLE ANTENNA ELEMENT, terminal_type: RECEPTACLE, COAXIAL SINGLE ANTENNA ELEMENT, overall_height: 20.000 FEET NOMINAL FT, overall_length: 20.000 FEET NOMINAL FT, mounting_method: CONNECTOR, frequency_rating: 10.000 KILOHERTZ MINIMUM AND 30.000 KILOHERTZ MAXIMUM SINGLE ANTENNA ELEMENT. This part is cataloged in the U.S.
Government catalog under NSN 5985-00-567-0296, 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.
| design_type | WHIP SINGLE ANTENNA ELEMENT |
| terminal_type | RECEPTACLE, COAXIAL SINGLE ANTENNA ELEMENT |
| overall_height | 20.000 FEET NOMINAL FT |
| overall_length | 20.000 FEET NOMINAL FT |
| mounting_method | CONNECTOR |
| frequency_rating | 10.000 KILOHERTZ MINIMUM AND 30.000 KILOHERTZ MAXIMUM SINGLE ANTENNA ELEMENT |
| style_designator | SPECIAL SHAPED |
| radiation_pattern | OMNIDIRECTIONAL SINGLE ANTENNA ELEMENT |
| beam_scanning_method | FIXED SINGLE ANTENNA ELEMENT |
| connector_end_design | SOCKET SINGLE ANTENNA ELEMENT |
| characteristic_impedance_in_ohms | 50.0 SINGLE ANTENNA ELEMENT |
| electromagnetic_polarization_type | VERTICAL SINGLE ANTENNA ELEMENT |
| NSN | 5985-00-567-0296 |
| OVERALL HEIGHT | 20.000 FEET NOMINAL FT |
| BEAM SCANNING METHOD | FIXED SINGLE ANTENNA ELEMENT |
| TERMINAL TYPE | RECEPTACLE, COAXIAL SINGLE ANTENNA ELEMENT |
| DESIGN TYPE | WHIP SINGLE ANTENNA ELEMENT |
| MOUNTING METHOD | CONNECTOR |
| RADIATION PATTERN | OMNIDIRECTIONAL SINGLE ANTENNA ELEMENT |
| CONNECTOR END DESIGN | SOCKET SINGLE ANTENNA ELEMENT |
| OVERALL LENGTH | 20.000 FEET NOMINAL FT |
| CHARACTERISTIC IMPEDANCE IN OHMS | 50.0 SINGLE ANTENNA ELEMENT |
| ELECTROMAGNETIC POLARIZATION TYPE | VERTICAL SINGLE ANTENNA ELEMENT |
No substitute or cross-reference records for this part.