Part Number
Part Number:
NSN:
NIIN:
Item Name:
MICROCIRCUIT , DIGITAL
Definition:
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".
CAGE Information
| Code | Company |
|---|---|
| 04713 | FREESCALE SEMICONDUCTOR INC. |
Federal Supply Class
Title
MICROCIRCUITS, ELECTRONIC
Inclusions:
INCLUDES INTEGRATED CIRCUIT DEVICES; INTEGRATED CIRCUIT MODULES, INTEGRATED ELECTRONIC DEVICES: HYBRID, MAGNETIC, MOLECULAR, OPTO-ELECTRONIC, AND THIN FILM.
Exclusions:
EXCLUDES SINGLE CIRCUIT ELEMENTS SUCH AS CAPACITORS; RESISTORS; DIODES AND TRANSISTORS; PRINTED CIRCUIT BOARDS AND CIRCUIT CARD ASSEMBLIES; AND FILTERS AND NETWORKS.
Characteristics (Decoded)
| MRC | Requirements Statement | Clear Text Reply |
|---|---|---|
| AFGA | OPERATING TEMP RANGE | -55.0/+125.0 DEG CELSIUS |
| TEST | TEST DATA DOCUMENT | 81349-MIL-M-38510 SPECIFICATION |
| ADAQ | BODY LENGTH | 1.030 INCHES MINIMUM AND 1.090 INCHES MAXIMUM |
| CQZP | INPUT CIRCUIT PATTERN | 13 INPUT |
| AEHX | MAXIMUM POWER DISSIPATION RATING | 1.6 WATTS |
| ZZZK | SPECIFICATION/STANDARD DATA | 81349-MIL-M-38510/440/USAF/ GOVERNMENT SPECIFICATION |
| CQSZ | INCLOSURE CONFIGURATION | FLAT PACK |
| AFJQ | STORAGE TEMP RANGE | -65.0/+150.0 DEG CELSIUS |
| CRHL | BIT QUANTITY (NON-CORE) | 4 |
| ADAT | BODY WIDTH | 0.600 INCHES MINIMUM AND 0.660 INCHES MAXIMUM |
| CZEN | VOLTAGE RATING AND TYPE PER CHARACTERISTIC | 5.5 VOLTS MAXIMUM POWER SOURCE |
| TTQY | TERMINAL TYPE AND QUANTITY | 42 FLAT LEADS |
| CQSJ | INCLOSURE MATERIAL | CERAMIC |
| CSSL | DESIGN FUNCTION AND QUANTITY | 1 ARITHMETIC LOGIC UNIT |
| CQWX | OUTPUT LOGIC FORM | TRANSISTOR-TRANSISTOR LOGIC |
| CBBL | FEATURES PROVIDED | HERMETICALLY SEALED AND MONOLITHIC AND W/ENABLE |
| ADAU | BODY HEIGHT | 0.070 INCHES MINIMUM AND 0.115 INCHES MAXIMUM |
| CWSG | TERMINAL SURFACE TREATMENT | SOLDER |
| CZEQ | TIME RATING PER CHACTERISTIC | 110.00 NANOSECONDS MAXIMUM PROPAGATION DELAY TIME, LOW TO HIGH LEVEL OUTPUT AND 110.00 NANOSECONDS MAXIMUM PROPAGATION DELAY TIME, HIGH TO LOW LEVEL OUTPUT |