Part Details | INDUCTIVE WIRE WOUND FIXED RESISTOR
5905-00-931-6973 A resistor whose ohmic value cannot be adjusted or varied. The resistance element consists of high resistance wire (or ribbon) either wound on an insulated form or constructed so as to be self-supporting. The item must have inherent characteristics of inducing self-inductance. Opposition to current flow is an inherent property of the resistance wire and is manifested by the heat dissipation in the resistor. Exclut s SUPPRESSOR, IGNITION INTERFERENCE. See also RESISTOR (1), FIXED, WIRE WOUND, NONINDUCTIVE.
Alternate Parts: BW1050KOHMSPORM5PCT, BW10-50KOHMSPORM5PCT, 08110955, 0811-0955, 08110955, 0811-0955, 1AS544503J, 1AS544-503J, HLW10A1Z, HLW-10-A1Z, 5905-00-931-6973, 00-931-6973, 5905009316973, 009316973
| Supply Group (FSG) | NSN Assigned | NIIN | Item Name Code (INC) |
|---|---|---|---|
| 59 | SEP 19, 1966 | 00-931-6973 | 37403 ( RESISTOR, FIXED, WIRE WOUND, INDUCTIVE ) |
REFERENCE DRAWINGS & PICTURES
AXIAL TERMINAL EACH END
Cross Reference | NSN 5905-00-931-6973
| Part Number | Cage Code | Manufacturer |
|---|---|---|
| BW10-50KOHMSPORM5PCT | 83777 | E-SYSTEMS INCMEMCOR DIV FLORIDA OPNS |
| 0811-0955 | 28480 | HEWLETT-PACKARD COMPANYDBA HP |
| 0811-0955 | 1LQK8 | KEYSIGHT TECHNOLOGIES, INC. |
| 1AS544-503J | 24681 | MEMCOR INCDBA MEMCOR-TRUOHM |
| HLW-10-A1Z | 91637 | VISHAY DALE ELECTRONICS, LLCDBA VISHAY INTERTECHNOLOGY |
Technical Data | NSN 5905-00-931-6973
| Characteristic | Specifications |
|---|---|
| TERMINAL LENGTH | 1.500 INCHES NOMINAL |
| RELIABILITY INDICATOR | NOT ESTABLISHED |
| TERMINAL TYPE | WIRE LEAD |
| BODY LENGTH | 1.688 INCHES NOMINAL |
| BODY DIAMETER | 0.312 INCHES NOMINAL |
| STYLE DESIGNATOR | 4 AXIAL TERMINAL EACH END |
| INCLOSURE METHOD | ENCAPSULATED |
| AMBIENT TEMP IN DEG CELSIUS AT ZERO PERCENT RATED POWER | 340.0 |
| AMBIENT TEMP IN DEG CELSIUS AT FULL RATED POWER | 40.0 |
| POWER DISSIPATION RATING IN WATTS | 10.000 FREE AIR |
| RESISTANCE TOLERANCE IN PERCENT | M5.000/P5.000 |
| ELECTRICAL RESISTANCE | 50.000 KILOHMS |