The TRANSISTOR is a the manufacturer industrial component. Key specifications include overall_length: 0.380 INCHES MAXIMUM IN, mounting_method: THREADED STUD(S), overall_diameter: 0.375 INCHES MAXIMUM IN, special_features: EXPLOSIVE ORDNANCE DISPOSAL TOOLS/EQUIPMENT, unable_to_decode: UNABLE TO DECODE, nominal_thread_size: 0.164 INCHES IN. This product is currently in active production with full OEM support.
This part is cataloged in the Federal Logistics Information System (FLIS) under NSN 5961-00-128-2836, 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 | 0.380 INCHES MAXIMUM IN |
| mounting_method | THREADED STUD(S) |
| overall_diameter | 0.375 INCHES MAXIMUM IN |
| special_features | EXPLOSIVE ORDNANCE DISPOSAL TOOLS/EQUIPMENT |
| unable_to_decode | UNABLE TO DECODE |
| nominal_thread_size | 0.164 INCHES IN |
| internal_configuration | JUNCTION CONTACT |
| semiconductor_material | SILICON |
| thread_series_designator | UNIFIED NATIONAL COARSE (UNC) |
| mounting_facility_quantity | 1 |
| terminal_type_and_quantity | 2 UNINSULATED WIRE LEAD AND 1 THREADED STUD |
| criticality_code_justification | FEAT |
| NSN | 5961-00-128-2836 |
| NOMINAL THREAD SIZE | 0.164 INCHES IN |
| THREAD SERIES DESIGNATOR | UNIFIED NATIONAL COARSE (UNC) |
| OVERALL LENGTH | 0.380 INCHES MAXIMUM IN |
| CURRENT RATING PER CHARACTERISTIC | 2.00 AMPERES MAXIMUM COLLECTOR CURRENT, DC |
| SEMICONDUCTOR MATERIAL | SILICON |
| OVERALL DIAMETER | 0.375 INCHES MAXIMUM IN |
| MOUNTING METHOD | THREADED STUD(S) |
| TERMINAL TYPE AND QUANTITY | 2 UNINSULATED WIRE LEAD AND 1 THREADED STUD |
| VOLTAGE RATING IN VOLTS PER CHARACTERISTIC | 17.0 MAXIMUM BREAKDOWN VOLTAGE, COLLECTOR-TO-BASE, EMITTER OPEN AND 4.0 MAXIMUM BREAKDOWN VOLTAGE, EMITTER-TO-BASE, COLLECTOR OPEN |
| POWER RATING PER CHARACTERISTIC | 25.0 WATTS MAXIMUM COLLECTOR POWER DISSIPATION |