NSN 5910-00-001-7626

Part Details | ELECTROLYTIC FIXED CAPACITOR

5910-00-001-7626 A capacitor, whose capacitance value cannot be adjusted or varied, having a chemically formed film as the dielectric. It may be a single unit, or consist of two or more fixed units which cannot be separated.

Alternate Parts: K15W10, 5910-00-001-7626, 00-001-7626, 5910000017626, 000017626

Supply Group (FSG) NSN Assigned NIIN Item Name Code (INC)
59SEP 27, 197200-001-762600008 ( CAPACITOR, FIXED, ELECTROLYTIC )
REFERENCE DRAWINGS & PICTURES

W/O MTG FACILITIES TERMINAL(S) ON ONE SURFACE

CAPACITOR,FIXED,ELE | 5910-00-001-7626, 000017626

NO COMMON OR GROUNDED ELECTRODE(S)

CAPACITOR,FIXED,ELE | 5910-00-001-7626, 000017626
Cross Reference | NSN 5910-00-001-7626
Part Number Cage Code Manufacturer
K15W1031433KEMET ELECTRONICS CORPORATIONDBA KEMET
Technical Data | NSN 5910-00-001-7626
Characteristic Specifications
CAPACITANCE VALUE PER SECTION15.000 MICROFARADS SINGLE SECTION
TOLERANCE RANGE PER SECTION-10.00 TO +10.00 PERCENT SINGLE SECTION
NONDERATED CONTINUOUS VOLTAGE RATING AND TYPE PER SECTION10.0 DC SINGLE SECTION
NONDERATED OPERATING TEMP-55.0 DEG CELSIUS MINIMUM AND 85.0 DEG CELSIUS MAXIMUM
BODY STYLE W/O MTG FACILITIES TERMINAL(S) ON ONE SURFACE
BODY LENGTH0.345 INCHES NOMINAL
BODY WIDTH0.230 INCHES NOMINAL
BODY HEIGHT0.105 INCHES NOMINAL
SCHEMATIC DIAGRAM DESIGNATOR NO COMMON OR GROUNDED ELECTRODE(S)
TERMINAL TYPE AND QUANTITY2 UNINSULATED WIRE LEAD
TERMINAL LENGTH1.700 INCHES NOMINAL
TERMINAL DIAMETER0.025 INCHES NOMINAL
CENTER TO CENTER DISTANCE BETWEEN TERMINALS PARALLEL TO LENGTH0.125 INCHES NOMINAL
CASE MATERIAL PLASTIC
CAPACITIVE ELECTRODE MATERIAL TANTALUM
DISSIPATION FACTOR AT REFERENCE TEMP IN PERCENT6.0000
EQUIVALENT SERIES RESISTANCE AT REFERENCE TEMP IN OHMS2.00
DC LEAKAGE AT REFERENCE TEMP4.000 MICROAMPERES
ELECTRICAL POLARIZATION POLARIZED
RELIABILITY INDICATOR NOT ESTABLISHED
MIL-STD-1276 WIRE LEAD TYPE DESIGNATORAN-3
TERMINAL SURFACE TREATMENT SOLDER
ANODE TYPE SOLID
IMPEDANCE AT MINIMUM OPERATING TEMP IN OHMS4.0
DC LEAKAGE AT MAXIMUM OPERATING TEMP50.0 MILLIAMPERES