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National Stock Number:
5962-01-369-8507
Federal Supply Class:
5962
National Item Identification Number:
013698507
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:
| 5962-89513 | 67268 | DLA LAND AND MARITIME DBA ENGINEERING AND TECHNICAL SUPPORT DIV DOCUMENT STANDARDIZATION DIVISION (STANDARD MICROCIRCUIT | | 5962-8951301RA | 67268 | DLA LAND AND MARITIME DBA ENGINEERING AND TECHNICAL SUPPORT DIV DOCUMENT STANDARDIZATION DIVISION (STANDARD MICROCIRCUIT | | 5962-8951301RB | 67268 | DLA LAND AND MARITIME DBA ENGINEERING AND TECHNICAL SUPPORT DIV DOCUMENT STANDARDIZATION DIVISION (STANDARD MICROCIRCUIT | | 5962-8951301RX | 67268 | DLA LAND AND MARITIME DBA ENGINEERING AND TECHNICAL SUPPORT DIV DOCUMENT STANDARDIZATION DIVISION (STANDARD MICROCIRCUIT | | IDT54FCT574DB | 61772 | INTEGRATED DEVICE TECHNOLOGY INC |
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Techincal Specification:
| CASE OUTLINE SOURCE AND DESIGNATOR | D-8 MIL-M-38510 | | DESIGN FUNCTION AND QUANTITY | 8 REGISTER, D-TYPE | | FEATURES PROVIDED | HERMETICALLY SEALED AND BURN IN AND 3-STATE OUTPUT AND MONOLITHIC | | INCLOSURE CONFIGURATION | DUAL-IN-LINE | | INCLOSURE MATERIAL | CERAMIC | | INPUT CIRCUIT PATTERN | 10 INPUT | | OPERATING TEMP RANGE | -55.0 TO 125.0 CELSIUS | | OUTPUT LOGIC FORM | COMPLEMENTARY-METAL OXIDE-SEMICONDUCTOR LOGIC | | MAXIMUM POWER DISSIPATION RATING | 500.0 MILLIWATTS | | VOLTAGE RATING AND TYPE PER CHARACTERISTIC | -0.5 VOLTS MINIMUM POWER SOURCE AND 7.0 VOLTS MAXIMUM POWER SOURCE | | STORAGE TEMP RANGE | -65.0 TO 150.0 CELSIUS | | TERMINAL TYPE AND QUANTITY | 20 PRINTED CIRCUIT | | TERMINAL SURFACE TREATMENT | SOLDER | | TEST DATA DOCUMENT | 96906-MIL-STD-883 STANDARD (INCLUDES INDUSTRY OR ASSOCIATION STANDARDS, INDIVIDUAL MANUFACTUREER STANDARDS, ETC.). | | TIME RATING PER CHACTERISTIC | 11.00 NANOSECONDS MAXIMUM PROPAGATION DELAY TIME, LOW TO HIGH LEVEL OUTPUT AND 11.00 NANOSECONDS MAXIMUM PROPAGATION DELAY TIME, HIGH TO LOW LEVEL OUTPUT |
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