The Microcircuit,digital, cataloged under National Stock Number 5962-01-084-7404, is classified within Federal Supply Class 5962 (Microcircuits, Electronic) of the Electrical and Electronic Equipment Components group. The manufacturer of record is Lockheed Martin Corporation Div Rms. Government technical data includes 17 specifications, cited from the U.S. Government catalog. The record lists 2 manufacturer part numbers for this item, enabling identification through both NSN and commercial part number lookups. 7 additional reference documents (drawings, advisory and superseded references) are recorded in the U.S. Government catalog. Current acquisition status: Active.
| Parameter | Value |
|---|---|
| NSN | 5962-01-084-7404 |
| Primary Part Number | 7847497P001 |
| Item Name | Microcircuit,digital |
| FSC / FSG | 5962 / 59 — Microcircuits, Electronic |
| Manufacturer | Lockheed Martin Corporation Div Rms |
| Status | ACTIVE |
| Input Circuit Pattern | 12 INPUT |
| Inclosure Material | CERAMIC AND GLASS |
| Terminal Surface Treatment | SOLDER |
| Design Function and Quantity | 1 SELECTOR, DATA |
| Body Width | 0.245 INCHES MINIMUM AND 0.280 INCHES MAXIMUM IN |
| Body Height | 0.180 INCHES NOMINAL IN |
| Features Provided | HERMETICALLY SEALED AND MONOLITHIC AND POSITIVE OUTPUTS AND SCHOTTKY AND COMPLEMENTARY OUTPUTS AND LOW POWER AND W/STROBE AND W/ENABLE |
| Inclosure Configuration | DUAL-IN-LINE |
| Body Length | 0.755 INCHES MINIMUM AND 0.785 INCHES MAXIMUM IN |
| Storage Temp Range | -65.0 TO 150.0 CELSIUS DEGC |
| Output Logic Form | TRANSISTOR-TRANSISTOR LOGIC |
| Voltage Rating and Type Per Characteristic | 7.0 VOLTS MAXIMUM POWER SOURCE |
| Operating Temp Range | -55.0 TO 125.0 CELSIUS DEGC |
| Test Data Document | 96906-MIL-STD-883 STANDARD (INCLUDES INDUSTRY OR ASSOCIATION STANDARDS, INDIVIDUAL MANUFACTUREER STANDARDS, ETC.). |
| Terminal Type and Quantity | 16 PRINTED CIRCUIT |
| Maximum Power Dissipation Rating | 31.0 MILLIWATTS |
| Time Rating Per Chacteristic | 22.00 NANOSECONDS MAXIMUM PROPAGATION DELAY TIME, LOW TO HIGH LEVEL OUTPUT AND 22.00 NANOSECONDS MAXIMUM PROPAGATION DELAY TIME, HIGH TO LOW LEVEL OUTPUT NS |
| Acquisition Status | ACTIVE |
| DEMIL Code | DEMIL A — No Demilitarization Required |
| Hazard | No hazard code in the DLA record (HMIC N) |
| Criticality Code | X |
| Part Number | Manufacturer |
|---|---|
| 7847497P001 | Lockheed Martin Corporation Div Rms (USA) |
| DM54LS352J/883B | National Semiconductor Corporation (USA) |
| Reference | Meaning |
|---|---|
| 54LS352/BEBJC | 5/9 Secondary reference Freescale Semiconductor, Inc. |
| SNC54LS352J | C/1 Advisory reference — outside the item-of-supply concept Texas Instruments Incorporated |
| 1135795G1 | C/1 Advisory reference — outside the item-of-supply concept Itt Industries Inc Itt Aerospace Communications Div East |
| 54LS352DMQB | 5/9 Secondary reference Fairchild Semiconductor Corp |
| SN74LS352N | 5/9 Secondary reference Texas Instruments Incorporated |
| SNC54LS352J-00 | C/1 Advisory reference — outside the item-of-supply concept Texas Instruments Incorporated |
| SNJ54LS352J | 3/9 Design control — primary reference Texas Instruments Incorporated |
NSN 5962-01-084-7404 is a Microcircuit,digital, manufactured by Lockheed Martin Corporation Div Rms, classified under FSC 5962, Microcircuits, Electronic. Status: active.
NSN 5962-01-084-7404 has 2 manufacturer part numbers on file: 7847497P001 (Lockheed Martin Corporation Div Rms), DM54LS352J/883B (National Semiconductor Corporation).
Key specifications for 7847497P001: Input Circuit Pattern: 12 INPUT; Inclosure Material: CERAMIC AND GLASS; Terminal Surface Treatment: SOLDER; Design Function and Quantity: 1 SELECTOR, DATA. 17 specifications are documented in the U.S. Government catalog.
No hazard code in the DLA record (HMIC N). Hazard information on this page is shown exactly as it appears in the DLA record.
U.S. Government catalog: edition PUBLOGDVD v12.0.0 (OCT 2026), edition date 2026-10-01, retrieved 2026-10-16.
U.S. Government catalog: edition PUBLOGDVD v12.0.0 (OCT 2026), edition date 2026-10-01, retrieved 2026-10-18.