The MICROCIRCUIT,DIGITAL is a the manufacturer industrial component. Key specifications include body_width: 0.310 INCHES MAXIMUM IN, body_height: 0.185 INCHES MAXIMUM IN, body_length: 0.840 INCHES MAXIMUM IN, output_logic_form: COMPLEMENTARY-METAL OXIDE-SEMICONDUCTOR LOGIC, inclosure_material: CERAMIC AND GLASS, storage_temp_range: -65.0 TO 150.0 CELSIUS DEGC. This product is currently in active production with full OEM support.
This part is cataloged in the Federal Logistics Information System (FLIS) under NSN 5962-01-209-9683, 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.
| body_width | 0.310 INCHES MAXIMUM IN |
| body_height | 0.185 INCHES MAXIMUM IN |
| body_length | 0.840 INCHES MAXIMUM IN |
| bit_quantity | 6 |
| output_logic_form | COMPLEMENTARY-METAL OXIDE-SEMICONDUCTOR LOGIC |
| inclosure_material | CERAMIC AND GLASS |
| storage_temp_range | -65.0 TO 150.0 CELSIUS DEGC |
| test_data_document | 96906-MIL-STD-883 STANDARD (INCLUDES INDUSTRY OR ASSOCIATION STANDARDS, INDIVIDUAL MANUFACTUREER STANDARDS, ETC.). |
| operating_temp_range | -55.0 TO 125.0 CELSIUS DEGC |
| input_circuit_pattern | DUAL 6 CHANNEL AND DUAL 8 INPUT |
| end_item_identification | 1520-01-106-9519 AH64A HELICOPTER,ATTACK |
| inclosure_configuration | DUAL-IN-LINE |
| NSN | 5962-01-209-9683 |
| INCLOSURE CONFIGURATION | DUAL-IN-LINE |
| OPERATING TEMP RANGE | -55.0 TO 125.0 CELSIUS DEGC |
| BODY WIDTH | 0.310 INCHES MAXIMUM IN |
| DESIGN FUNCTION AND QUANTITY | 6 FLIP-FLOP, D-TYPE |
| END ITEM IDENTIFICATION | 1520-01-106-9519 AH64A HELICOPTER,ATTACK |
| BODY LENGTH | 0.840 INCHES MAXIMUM IN |
| BODY HEIGHT | 0.185 INCHES MAXIMUM IN |
| TEST DATA DOCUMENT | 96906-MIL-STD-883 STANDARD (INCLUDES INDUSTRY OR ASSOCIATION STANDARDS, INDIVIDUAL MANUFACTUREER STANDARDS, ETC.). |
| TERMINAL TYPE AND QUANTITY | 16 PRINTED CIRCUIT |
| OUTPUT LOGIC FORM | COMPLEMENTARY-METAL OXIDE-SEMICONDUCTOR LOGIC |