586-946

Digital Microcircuit

NSN 5962-00-933-8629

DEMIL

Shelf Life

UOM

NIIN

Demil:

DEMIL/MLI

Shelf Life:

N/A

UOM:

NIIN:

009338629

Product Technical Spec.

Body Length:

0.780 inches

Body Width:

0.280 inches

Body Height:

0.180 inches

Operating Tempurature Range:

+0.0/+70.0 degrees celsius

Storage Tempurature Range:

-65.0/+150.0 degrees celsius

Features Provided:

Monolithic and negative outputs and positive outputs

Inclosure Material:

Plastic

Inclosure Configuration:

Dual-in-line

Output Logic Form:

Transistor-transistor logic

Input Circuit Pattern:

Dual 6 input

Design Function And Quantity:

2 driver, line

Test Data Document:

98825-742795 drawing (this is the basic governing drawing, such as a contractor drawing, original equipment manufacturer drawing, etc.; excludes any specification, standard or other document that may be referenced in a basic governing drawing)

NSN:

5962-00-933-8629

Item Name:

Integrated Circuit,monolithic

Cage Code:

09150

Cross Referenced Parts

Part Number

Cage

RNCC

RNVC

RNAAC

Status

MSDS

SADC

Part Number:

742795-4080

Cage Code:

09017

RNCC:

RNVC:

RNAAC:

Status:

MSDS:

SADC:

Part Number:

N8T13N

Cage Code:

18324

RNCC:

RNVC:

RNAAC:

Status:

MSDS:

SADC:

Part Number:

N8T13B

Cage Code:

18324

RNCC:

RNVC:

RNAAC:

Status:

MSDS:

SADC:

Part Identification

INC

FIIG

Concept No.

App. Key

Cond. Code

Status

INC:

31779

FIIG:

A458A0

Concept No.:

App. Key:

Cond. Code:

Status:

Part Materials

Hazardous material, precious metals, criticality, enviroment, and electrostatic discharge indicators

HMIC

PMIC

ESD/EMI

ENAC

MMAC

CRITL

HMIC:

PMIC:

ESD:

MMAC:

CRITL:

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Pricing & Availability

Submit this form for current pricing and availability quote on part number 586-946 and/or cross reference parts.

Definition Definition of approved item name (AIN): "Monolithic Integrated Circuit"

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".