Explore Our NSN 5962-01-182-3605 Parts List

Item Name	Microcircuit Digital
Federal Supply Group (FSG)	Electrical and Electronic Equipment Components
Federal Supply Class (FSC)	5962 Microcircuits Electronic
National Item Identification Number (NIIN)	01-182-3605 (011823605)
NCB Code	USA (01)
Manufacturer	Edo Corp, Philips Semiconductors Ltd

Part Number	Manufacturer	Item Name	Cage Code	RFQ
507624-160	edo corp	microcircuit digital	00752	RFQ
N82S105FSB	philips semiconductors ltd	microcircuit digital	18324	RFQ
S82S105F	philips semiconductors ltd	microcircuit digital	18324	RFQ

MRC	Criteria	Characteristic
ADAQ	BODY LENGTH	1.180 INCHES MINIMUM AND 1.220 INCHES MAXIMUM"
ADAT	BODY WIDTH	0.590 INCHES MINIMUM AND 0.610 INCHES MAXIMUM"
ADAU	BODY HEIGHT	0.080 INCHES MINIMUM AND 0.120 INCHES MAXIMUM"
AFGA	OPERATING TEMP RANGE	-55.0/+125.0 DEG CELSIUS"
CBBL	FEATURES PROVIDED	HERMETICALLY SEALED AND MONOLITHIC AND PROGRAMMABLE AND PROGRAMMED AND 3-STATE OUTPUT"
CQSJ	INCLOSURE MATERIAL	CERAMIC AND GLASS"
CQSZ	INCLOSURE CONFIGURATION	DUAL-IN-LINE"
CQWX	OUTPUT LOGIC FORM	TRANSISTOR-TRANSISTOR LOGIC"
CQZP	INPUT CIRCUIT PATTERN	16 INPUT"
CSSL	DESIGN FUNCTION AND QUANTITY	1 SEQUENCER"
CZEQ	TIME RATING PER CHACTERISTIC	90.00 NANOSECONDS MAXIMUM PROPAGATION DELAY TIME, LOW TO HIGH LEVEL OUTPUT AND 90.00 NANOSECONDS MAXIMUM PROPAGATION DELAY TIME, HIGH TO LOW LEVEL OUTPUT"
ADAQ	BODY LENGTH	1.180 INCHES MINIMUM AND 1.220 INCHES MAXIMUM"
ADAT	BODY WIDTH	0.590 INCHES MINIMUM AND 0.610 INCHES MAXIMUM"
ADAU	BODY HEIGHT	0.080 INCHES MINIMUM AND 0.120 INCHES MAXIMUM"
AFGA	OPERATING TEMP RANGE	-55.0/+125.0 DEG CELSIUS"
CBBL	FEATURES PROVIDED	HERMETICALLY SEALED AND MONOLITHIC AND PROGRAMMABLE AND PROGRAMMED AND 3-STATE OUTPUT"
CQSJ	INCLOSURE MATERIAL	CERAMIC AND GLASS"
CQSZ	INCLOSURE CONFIGURATION	DUAL-IN-LINE"
CQWX	OUTPUT LOGIC FORM	TRANSISTOR-TRANSISTOR LOGIC"
CQZP	INPUT CIRCUIT PATTERN	16 INPUT"
CSSL	DESIGN FUNCTION AND QUANTITY	1 SEQUENCER"
CZEQ	TIME RATING PER CHACTERISTIC	90.00 NANOSECONDS MAXIMUM PROPAGATION DELAY TIME, LOW TO HIGH LEVEL OUTPUT AND 90.00 NANOSECONDS MAXIMUM PROPAGATION DELAY TIME, HIGH TO LOW LEVEL OUTPUT"