NSN 5910-00-763-9975
Part Details | GLASS DIELECTRIC FIXED CAPACITOR
5910-00-763-9975 A capacitor, whose capacitance value cannot be adjusted or varied, having a glass (silicas) or glass like substance (e.g., porcelain, vitreous enamel) as the dielectric material. It may be a single unit, or consist of two or more fixed units which cannot be separated.
Alternate Parts: 26701011P53, 2670-1011P53, 5910PL1297494, M23269023057, M23269/02-3057, M23269023055, M23269/02-3055, M23269022055, M23269/02-2055, M23269023056, M23269-02-3056, MILC232692, MILC23269-2, MILC112722, MILC11272-2, MILC11272, MILPRF232692, MIL-PRF-23269/2, CY15C122K, CY15C122F, CYR15C122JP, CYR15C122JM, MS3537227, MS35372-27, 5910-00-763-9975, 00-763-9975, 5910007639975, 007639975
| Supply Group (FSG) | NSN Assigned | NIIN | Item Name Code (INC) |
|---|---|---|---|
| 59 | APR 09, 1972 | 00-763-9975 | 00004 ( CAPACITOR, FIXED, GLASS DIELECTRIC ) |
REFERENCE DRAWINGS & PICTURES
W/O MTG FACILITIES, TERMINALS ON OPPOSITE SURFACES
NO COMMON OR GROUNDED ELECTRODE(S)
Cross Reference | NSN 5910-00-763-9975
| Part Number | Cage Code | Manufacturer |
|---|---|---|
| 2670-1011P53 | 14674 | CORNING GLASS WORKS |
| 5910PL1297494 | 9009H | INSPEKTORAT WSPARCIA SIL ZBROJNYCH |
| M23269/02-3057 | 81349 | MILITARY SPECIFICATIONSPROMULGATED BY MILITARY |
| M23269/02-3055 | 81349 | MILITARY SPECIFICATIONSPROMULGATED BY MILITARY |
| M23269/02-2055 | 81349 | MILITARY SPECIFICATIONSPROMULGATED BY MILITARY |
| M23269-02-3056 | 81349 | MILITARY SPECIFICATIONSPROMULGATED BY MILITARY |
| MILC23269-2 | 81349 | MILITARY SPECIFICATIONSPROMULGATED BY MILITARY |
| MILC11272-2 | 81349 | MILITARY SPECIFICATIONSPROMULGATED BY MILITARY |
| MILC11272 | 81349 | MILITARY SPECIFICATIONSPROMULGATED BY MILITARY |
| MIL-PRF-23269/2 | 81349 | MILITARY SPECIFICATIONSPROMULGATED BY MILITARY |
| CY15C122K | 81349 | MILITARY SPECIFICATIONSPROMULGATED BY MILITARY |
| CY15C122F | 81349 | MILITARY SPECIFICATIONSPROMULGATED BY MILITARY |
| CYR15C122JP | 81349 | MILITARY SPECIFICATIONSPROMULGATED BY MILITARY |
| CYR15C122JM | 81349 | MILITARY SPECIFICATIONSPROMULGATED BY MILITARY |
| MS35372-27 | 96906 | MILITARY STANDARDSPROMULGATED BY MILITARY DEPARTMENTS |
Technical Data | NSN 5910-00-763-9975
| Characteristic | Specifications |
|---|---|
| CAPACITANCE VALUE PER SECTION | 1200.000 PICOFARADS SINGLE SECTION |
| TOLERANCE RANGE PER SECTION | -1.00 TO +1.00 PERCENT SINGLE SECTION |
| NONDERATED CONTINUOUS VOLTAGE RATING AND TYPE PER SECTION | 300.0 DC SINGLE SECTION |
| TEMP COEFFICIENT OF CAPACITANCE PER SECTION IN PPM PER DEG CELSIUS | 140.0 SINGLE SECTION |
| TOLERANCE OF TEMP COEFFICIENT PER SECTION IN PPM PER DEG CELSIUS | -25.0 TO +25.0 SINGLE SECTION |
| NONDERATED OPERATING TEMP | -55.0 DEG CELSIUS MINIMUM AND 125.0 DEG CELSIUS MAXIMUM |
| BODY STYLE | W/O MTG FACILITIES, TERMINALS ON OPPOSITE SURFACES |
| BODY LENGTH | 0.469 INCHES NOMINAL |
| BODY WIDTH | 0.109 INCHES NOMINAL |
| BODY HEIGHT | 0.266 INCHES NOMINAL |
| SCHEMATIC DIAGRAM DESIGNATOR | NO COMMON OR GROUNDED ELECTRODE(S) |
| TERMINAL TYPE AND QUANTITY | 2 UNINSULATED WIRE LEAD |
| TERMINAL LENGTH | 1.125 INCHES MINIMUM |
| TERMINAL DIAMETER | 0.020 INCHES NOMINAL |
| CASE MATERIAL | GLASS |
| INSULATION RESISTANCE AT REFERENCE TEMP | 100000.0 MEGOHMS |
| DISSIPATION FACTOR AT REFERENCE TEMP IN PERCENT | 0.1000 |
| RELIABILITY INDICATOR | ESTABLISHED |
| RELIABILITY FAILURE RATE LEVEL IN PERCENT | 1.0000 |
| FEATURES PROVIDED | HERMETICALLY SEALED CASE |
| TEST DATA DOCUMENT | 81349-MIL-C-23269 SPECIFICATION (INCLUDES ENGINEERING TYPE BULLETINS, BROCHURES,ETC., THAT REFLECT SPECIFICATION TYPE DATA IN SPECIFICATION FORMAT; EXCLUDES COMMERCIAL CATALOGS, INDUSTRY DIRECTORIES, AND SIMILAR TRADE PUBLICATIONS, REFLECTING GENERAL TYPE DATA ON CERTAIN ENVIRONMENTAL AND PERFORMANCE REQUIREMENTS AND TEST CONDITIONS THAT ARE SHOWN AS "TYPICAL", "AVERAGE", "NOMINAL", ETC.). |
| SPECIFICATION/STANDARD DATA | 81349-MIL-C-23269 TO 2 GOVERNMENT SPECIFICATION |
| TERMINAL SURFACE TREATMENT | SOLDER |
| INSULATION RESISTANCE AT MAXIMUM OPERATING TEMP | 10000.0 MEGOHMS |