NSN 5950-00-733-0245
Part Details | RADIO FREQUENCY COIL
5950-00-733-0245 An item consisting of a partial turn as one or more turns of wire or other conductive material which constitutes one continuous untapped winding. It may be wound or formed in other than a circular manner and may be self-supporting, requiring no coil form. It is specifically designed to furnish inductive reactance in a circuit carrying radio frequency current ranging from 20 kilohertz (kilocycles) and above. It may include tuning devices, integral resistors and capacitors; however, excludes FILTER (as modified). The coil has only two electrical terminals. For items having tapped winding or more than one winding - see TRANSFORMER, RADIO FREQUENCY. For coils wound on resistors, which are designed to be inserted in the circuit of a radio frequency stage to suppress high frequency parasitic oscillations, see SUPPRESSOR, PARASITIC.
Alternate Parts: 13267G, 1326-7G, 13267G, 1326-7G, 13267, 1326-7, 848764637, 8487646-37, MS2 100UH 2%, MS-2 100UH 2%, 5950-00-733-0245, 00-733-0245, 5950007330245, 007330245
| Supply Group (FSG) | NSN Assigned | NIIN | Item Name Code (INC) |
|---|---|---|---|
| 59 | JAN 01, 1961 | 00-733-0245 | 06338 ( COIL, RADIO FREQUENCY ) |
REFERENCE DRAWINGS & PICTURES
Cross Reference | NSN 5950-00-733-0245
| Part Number | Cage Code | Manufacturer |
|---|---|---|
| 1326-7G | 78429 | CARBON/GRAPHITE GROUP INC THE |
| 1326-7G | 59474 | JEFFERS ELECTRONICS INC |
| 1326-7 | 59474 | JEFFERS ELECTRONICS INC |
| 8487646-37 | 02734 | LOCKHEED MARTIN CORPORATIONDBA LOCKHEED MARTIN |
| MS-2 100UH 2% | 09969 | VISHAY DALE ELECTRONICS, LLCDIV VISHAY DALE ELECTRONICS, INC |
Technical Data | NSN 5950-00-733-0245
| Characteristic | Specifications |
|---|---|
| TERMINAL TYPE AND QUANTITY | 2 WIRE LEAD |
| INCLOSURE TYPE | FULLY INCLOSED |
| OVERALL LENGTH | 0.240 INCHES MINIMUM AND 0.260 INCHES MAXIMUM |
| OVERALL DIAMETER | 0.090 INCHES MINIMUM AND 0.100 INCHES MAXIMUM |
| RELIABILITY INDICATOR | NOT ESTABLISHED |
| MAXIMUM OPERATING TEMP | 105.0 DEG CELSIUS |