3E8071-84-2001: MICROCIRCUIT,DIGITAL.
The MICROCIRCUIT,DIGITAL is a the manufacturer industrial component. Key specifications include features_provided: HERMETICALLY SEALED AND POSITIVE OUTPUTS AND W/STROBE AND MONOLITHIC, output_logic_form: TRANSISTOR-TRANSISTOR LOGIC, inclosure_material: CERAMIC, storage_temp_range: -65.0 TO 150.0 CELSIUS DEGC, operating_temp_range: -55.0 TO 125.0 CELSIUS DEGC, input_circuit_pattern: DUAL 4 INPUT. This part is cataloged in the U.S.
Government catalog under NSN 5962-01-005-3397, indicating validated use in U.S. government and defense logistics supply chains. Available through authorized enterprise resellers and TPM (Third Party Maintenance) channels.
Verify compatibility with your specific system configuration before ordering.
| features_provided | HERMETICALLY SEALED AND POSITIVE OUTPUTS AND W/STROBE AND MONOLITHIC |
| output_logic_form | TRANSISTOR-TRANSISTOR LOGIC |
| inclosure_material | CERAMIC |
| storage_temp_range | -65.0 TO 150.0 CELSIUS DEGC |
| operating_temp_range | -55.0 TO 125.0 CELSIUS DEGC |
| input_circuit_pattern | DUAL 4 INPUT |
| inclosure_configuration | DUAL-IN-LINE |
| terminal_surface_treatment | SOLDER |
| design_function_and_quantity | 2 RECEIVER, LINE DIFFERENTIAL |
| time_rating_per_chacteristic | 55.00 NANOSECONDS MAXIMUM DELAY NS |
| maximum_power_dissipation_rating | 600.0 MILLIWATTS |
| current_rating_per_characteristic | 14.00 MILLIAMPERES MAXIMUM SUPPLY |
| NSN | 5962-01-005-3397 |
| INPUT CIRCUIT PATTERN | DUAL 4 INPUT |
| INCLOSURE MATERIAL | CERAMIC |
| TERMINAL SURFACE TREATMENT | SOLDER |
| DESIGN FUNCTION AND QUANTITY | 2 RECEIVER, LINE DIFFERENTIAL |
| FEATURES PROVIDED | HERMETICALLY SEALED AND POSITIVE OUTPUTS AND W/STROBE AND MONOLITHIC |
| INCLOSURE CONFIGURATION | DUAL-IN-LINE |
| CURRENT RATING PER CHARACTERISTIC | 14.00 MILLIAMPERES MAXIMUM SUPPLY |
| STORAGE TEMP RANGE | -65.0 TO 150.0 CELSIUS DEGC |
| OUTPUT LOGIC FORM | TRANSISTOR-TRANSISTOR LOGIC |
| VOLTAGE RATING AND TYPE PER CHARACTERISTIC | 8.0 VOLTS MAXIMUM POWER SOURCE |
No substitute or cross-reference records for this part.