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National Stock Number:
5962-01-015-5990
Federal Supply Class:
5962
National Item Identification Number:
010155990
Description:
MICROCIRCUIT,DIGITAL
Detail:
A microcircuit specifically designed to generate, modify, or process electrical signals which operate with two distinct or binary states. These states are commonly referred to as on and off, true and false, high and low, or 1 and 0.
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Manufacturer Information:
| 7117555-1 | 06481 | NORTHROP GRUMMAN SYSTEMS CORPORATION | | 7117555-1 | 17863 | LITTON SYSTEMS INC GUIDANCE AND CONTROL SYSTEMS DIV | | F54LS27DMQB | 07263 | FAIRCHILD SEMICONDUCTOR CORP | | SN54L27BJ | 04713 | FREESCALE SEMICONDUCTOR, INC. | | SNC54LS27J | 01295 | TEXAS INSTRUMENTS INCORPORATED | | SNC54LS27J00 | 01295 | TEXAS INSTRUMENTS INCORPORATED |
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Techincal Specification:
| BODY HEIGHT | 0.140 INCHES MINIMUM AND 0.180 INCHES MAXIMUM | | BODY LENGTH | 0.660 INCHES MINIMUM AND 0.785 INCHES MAXIMUM | | BODY WIDTH | 0.220 INCHES MINIMUM AND 0.280 INCHES MAXIMUM | | CASE OUTLINE SOURCE AND DESIGNATOR | T0-116 JOINT ELECTRON DEVICE ENGINEERING COUNCIL | | DESIGN FUNCTION AND QUANTITY | 3 GATE, NOR | | FEATURES PROVIDED | HERMETICALLY SEALED AND MONOLITHIC AND POSITIVE OUTPUTS AND LOW POWER AND SCHOTTKY AND W/TOTEM POLE OUTPUT | | INCLOSURE CONFIGURATION | DUAL-IN-LINE | | INCLOSURE MATERIAL | CERAMIC AND GLASS | | INPUT CIRCUIT PATTERN | TRIPLE 3 INPUT | | OPERATING TEMP RANGE | -55.0 TO 125.0 CELSIUS | | OUTPUT LOGIC FORM | TRANSISTOR-TRANSISTOR LOGIC | | MAXIMUM POWER DISSIPATION RATING | 13.5 MILLIWATTS | | STORAGE TEMP RANGE | -65.0 TO 150.0 CELSIUS | | TEST DATA DOCUMENT | 81349-MIL-STD-883 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.). | | TIME RATING PER CHACTERISTIC | 20.00 NANOSECONDS MAXIMUM PROPAGATION DELAY TIME, LOW TO HIGH LEVEL OUTPUT |
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