8474C001: DETECTOR,RADIO FREQUENCY.
The DETECTOR,RADIO FREQUENCY is a the manufacturer industrial component. Key specifications include overall_length: 41.15 MILLIMETERS NOMINAL MM, overall_diameter: 9.70 MILLIMETERS NOMINAL MM, special_features: BROADBAND FROM 0.01 TO 50 GHZ GHz, basic_shape_style: CYLINDRICAL, operating_temp_range: -65.00 TO 100.00 CELSIUS DEGC, frequency_per_channel: 33.00 GIGAHERTZ MAXIMUM OPERATING CHANNEL. This part is cataloged in the U.S.
Government catalog under NSN 5895-01-659-3856, 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.
| overall_length | 41.15 MILLIMETERS NOMINAL MM |
| overall_diameter | 9.70 MILLIMETERS NOMINAL MM |
| special_features | BROADBAND FROM 0.01 TO 50 GHZ GHz |
| basic_shape_style | CYLINDRICAL |
| operating_temp_range | -65.00 TO 100.00 CELSIUS DEGC |
| frequency_per_channel | 33.00 GIGAHERTZ MAXIMUM OPERATING CHANNEL |
| shock_pulse_duration_time | 0.50 MILLISECONDS MS |
| vibration_resistance_amplitude | 20.00 GRAVITATIONAL UNITS |
| average_power_rating_per_channel | 200.00 MILLIWATTS INPUT |
| vibration_resistance_range_in_hertz | +20.00 TO 80.00 |
| part_name_assigned_by_controlling_agency | PLANAR DOPED BARRIER DIODE DETECTOR |
| shock_resistance_rating_in_gravitational_units | 500.00 |
| NSN | 5895-01-659-3856 |
| OVERALL DIAMETER | 9.70 MILLIMETERS NOMINAL MM |
| VIBRATION RESISTANCE RANGE IN HERTZ | +20.00 TO 80.00 |
| AVERAGE POWER RATING PER CHANNEL | 200.00 MILLIWATTS INPUT |
| FREQUENCY PER CHANNEL | 33.00 GIGAHERTZ MAXIMUM OPERATING CHANNEL |
| OVERALL LENGTH | 41.15 MILLIMETERS NOMINAL MM |
| BASIC SHAPE STYLE | CYLINDRICAL |
| SHOCK RESISTANCE RATING IN GRAVITATIONAL UNITS | 500.00 |
| SHOCK PULSE DURATION TIME | 0.50 MILLISECONDS MS |
| SPECIAL FEATURES | BROADBAND FROM 0.01 TO 50 GHZ GHz |
| OPERATING TEMP RANGE | -65.00 TO 100.00 CELSIUS DEGC |
No substitute or cross-reference records for this part.