NSN 5962-01-408-1048
Part Details | DIGITAL MICROCIRCUIT
5962-01-408-1048 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".
Alternate Parts: 59629218601MRX, 5962-9218601MRX, 59629218601MRC, 5962-9218601MRC, 59629218601MRB, 5962-9218601MRB, 59629218601MRA, 5962-9218601MRA, 596292186, 5962-92186, 5962-01-408-1048, 01-408-1048, 5962014081048, 014081048
| Supply Group (FSG) | NSN Assigned | NIIN | Item Name Code (INC) |
|---|---|---|---|
| 59 | FEB 10, 1995 | 01-408-1048 | 31779 ( MICROCIRCUIT, DIGITAL ) |
REFERENCE DRAWINGS & PICTURES
Cross Reference | NSN 5962-01-408-1048
| Part Number | Cage Code | Manufacturer |
|---|---|---|
| 5962-9218601MRX | 67268 | DLA LAND AND MARITIMEDBA ENGINEERING AND TECHNICAL |
| 5962-9218601MRC | 67268 | DLA LAND AND MARITIMEDBA ENGINEERING AND TECHNICAL |
| 5962-9218601MRB | 67268 | DLA LAND AND MARITIMEDBA ENGINEERING AND TECHNICAL |
| 5962-9218601MRA | 67268 | DLA LAND AND MARITIMEDBA ENGINEERING AND TECHNICAL |
| 5962-92186 | 67268 | DLA LAND AND MARITIMEDBA ENGINEERING AND TECHNICAL |
Technical Data | NSN 5962-01-408-1048
| Characteristic | Specifications |
|---|---|
| OUTPUT LOGIC FORM | COMPLEMENTARY-METAL OXIDE-SEMICONDUCTOR LOGIC |
| DESIGN FUNCTION AND QUANTITY | 1 DRIVER, LINE |
| VOLTAGE RATING AND TYPE PER CHARACTERISTIC | ACV4.5 VOLTS MINIMUM AND ACV5.5 VOLTS MAXIMUM |
| CURRENT RATING PER CHARACTERISTIC | BACFS24.00 MILLIAMPERES NOMINAL |
| OPERATING TEMP RANGE | -55.0 TO +125.0 DEG CELSIUS |
| TERMINAL TYPE AND QUANTITY | 20 PRINTED CIRCUIT |
| TERMINAL SURFACE TREATMENT | SOLDER |
| INCLOSURE CONFIGURATION | DUAL-IN-LINE |
| INCLOSURE MATERIAL | CERAMIC |
| BODY LENGTH | 1.060 INCHES NOMINAL |
| BODY HEIGHT | 0.185 INCHES NOMINAL |
| BODY WIDTH | 0.220 INCHES MINIMUM AND 0.310 INCHES MAXIMUM |
| MAXIMUM POWER DISSIPATION RATING | 500.00 MILLIWATTS |
| STORAGE TEMP RANGE | -65.0 TO +150.0 DEG CELSIUS |