NSN 5961-00-018-1827

Part Details | UNITIZED SEMICONDUCTOR DEVICE RECTIFIER

5961-00-018-1827 Two or more diode semiconductor devices designed to function as a unit in changing alternating current to direct current. The diode devices are internally connected in series, and are permanently cased, encapsulated, potted, or molded together to form an inseparable unit. These units may be designed as either half-wave or full-wave rectifiers and may be mounted to form either single phase or three phase bridges. For interconnected items arranged in stack(s), see RECTIFIER, SEMICONDUCTOR DEVICE. For items fabricated in the form of a monolithic or thin film structure that perform the function of a circuit, see INTEGRATED CIRCUIT (as modified). Excludes SEMICONDUCTOR DEVICES, UNITIZED; SEMICONDUCTOR DEVICE ASSEMBLY; and RECTIFIER NETWORK, UNITIZED.

Alternate Parts: 194033P2, G1095, 652151, 652-151, SA1341, F5132, F513-2, 5961-00-018-1827, 00-018-1827, 5961000181827, 000181827

Supply Group (FSG) NSN Assigned NIIN Item Name Code (INC)
59APR 25, 196700-018-182762108 ( RECTIFIER, SEMICONDUCTOR DEVICE, UNITIZED )
REFERENCE DRAWINGS & PICTURES

BRIDGE 3 PHASE

RECTIFIER,SEMICONDU | 5961-00-018-1827, 000181827
Cross Reference | NSN 5961-00-018-1827
Part Number Cage Code Manufacturer
194033P294117BAE SYSTEMS INFORMATION ANDELECTRONIC SYSTEMS INTEGRATION INC.
G109524444GENERAL SEMICONDUCTOR INDUSTRIES INC
652-15112969MICRO USPD INC
SA134114099SEMTECH CORPORATION
F513-221845SOLITRON DEVICES, INC.
Technical Data | NSN 5961-00-018-1827
Characteristic Specifications
MATERIAL SILICON
ABSOLUTE MAXIMUM VOLTAGE RATING IN VOLTS PER CHARACTERISTIC6000.0 PEAK INVERSE VOLTAGE
ABSOLUTE MAXIMUM CURRENT RATING PER CHARACTERISTIC70.00 MILLIAMPERES VOLTAGE REGULATOR DIODE CURRENT
MOUNTING METHOD TERMINAL
TERMINAL TYPE AND QUANTITY5 UNINSULATED WIRE LEAD
CIRCUIT CONNECTION STYLE DESIGNATOR BRIDGE 3 PHASE
OPERATING TEMP RANGE-65.0 TO +130.0 DEG CELSIUS
OVERALL LENGTH1.875 INCHES MAXIMUM
OVERALL WIDTH0.625 INCHES MAXIMUM
OVERALL HEIGHT0.400 INCHES MAXIMUM