KRY1918DH

Digital Microcircuit

NSN 5962-01-267-0881

DEMIL

Shelf Life

UOM

NIIN

Demil:

DEMIL/MLI

Shelf Life:

N/A

UOM:

1 EA

NIIN:

012670881

Product Features

Item must comply with requirements of defense electronics supply center production standard no. Lo3889; for navy nuclear propulsion plant products only

Technical Specifications of NSN

Body Length:

1.290 inches

Body Width:

0.295 inches

Body Height:

0.205 inches

Maximum Power Dissipation Rating:

500.0 milliwatts

Operating Tempurature Range:

-55.0/+125.0 degrees celsius

Storage Tempurature Range:

-65.0/+150.0 degrees celsius

Features Provided:

Hermetically sealed and burn in and electrostatic sensitive and positive outputs

Inclosure Material:

Ceramic

Inclosure Configuration:

Dual-in-line

Output Logic Form:

Complementary-metal oxide-semiconductor logic

Input Circuit Pattern:

6 input

Criticality Code Justification:

Feat

Design Function And Quantity:

1 decoder, four to sixteen line

Terminal Surface Treatment:

Solder

Voltage Rating And Type Per Characteristic:

-0.5 volts power source and 7.0 volts power source

Time Rating Per Chacteristic:

220.00 nanoseconds propagation delay time, low to high level output and 220.00 nanoseconds propagation delay time, high to low level output

Test Data Document:

96906-mil-std-883 standard (includes industry or association standards, individual manufactureer standards, etc.).

Terminal Type And Quantity:

24 printed circuit

Reference Number Differentiating Characteristics:

Reference number differentiating material will be iaw navicp, hx quality control, mfg and testing specs available at dla icp

NSN:

5962-01-267-0881

Item Name:

Logic Gate,microelectronic

Cage Code:

02750

Other Related Parts

Part Number

Cage

RNCC

RNVC

RNAAC

Status

MSDS

SADC

Part Number:

CD54HC154F/3

Cage Code:

1MY79

RNCC:

RNVC:

RNAAC:

Status:

MSDS:

SADC:

Part Number:

CD54HC154F/3A

Cage Code:

1MY79

RNCC:

RNVC:

RNAAC:

Status:

MSDS:

SADC:

Part Number:

KRY1918DH

Cage Code:

06RP6

RNCC:

RNVC:

RNAAC:

Status:

MSDS:

SADC:

Part Number:

54HC154/BJAJC

Cage Code:

04713

RNCC:

RNVC:

RNAAC:

Status:

MSDS:

SADC:

Part Number:

MM54HC154J-MIL

Cage Code:

27014

RNCC:

RNVC:

RNAAC:

Status:

MSDS:

SADC:

Part Number:

MM54HC154J/883B

Cage Code:

27014

RNCC:

RNVC:

RNAAC:

Status:

MSDS:

SADC:

Part Number:

MM54HC154J/883C

Cage Code:

27014

RNCC:

RNVC:

RNAAC:

Status:

MSDS:

SADC:

Part Number:

LO3889

Cage Code:

16236

RNCC:

RNVC:

RNAAC:

Status:

MSDS:

SADC:

Part Number:

SNJ54HC154J

Cage Code:

01295

RNCC:

RNVC:

RNAAC:

Status:

MSDS:

SADC:

Part Number:

CD54HC154F/3

Cage Code:

34371

RNCC:

RNVC:

RNAAC:

Status:

MSDS:

SADC:

Part Number:

CD54HC154F/3A

Cage Code:

34371

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:

Packaging & Shipping

Est. Pack Size

Est. Pack Weight

Est. Item Weight

Est. Item Dim.

Pack Size:

Paclk Weight:

0.1000lbs

Item Weight:

Item Dim:

OPI

SPI No.

SPI Rev.

SPC Mkg.

LVL A

LVL B

OPI:

SPI No.:

SPI Rev.:

SPC Mkg:

LVL_A:

LVL_B:

Freight Classification

NMFC

UFC

LTL

LCL

WCC

TCC

SHC

ACC

NMFC:

061700

UFC:

34580

LTL:

RATING VARIABLE

LCL:

77.5

WCC:

72D

TCC:

SHC:

ACC:

Instruments/Radio

We Guarantee with Every Order

100% Genuine Manufacturers Parts
Every Product thoroughly Inspected
Sales Record Retention of 7 years
Fast Delivery
HAZMAT Certified
Global Shipping

Pricing & Availability

Submit this form for current pricing and availability quote on part number kry1918dh and/or cross reference parts.

Definition Definition of approved item name (AIN): "Microelectronic Logic Gate"

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".