LH0033

Linear Microcircuit

NSN 5962-00-187-2048

DEMIL

Shelf Life

UOM

NIIN

Demil:

Shelf Life:

N/A

UOM:

NIIN:

001872048

Detail Specifications

Body Outside Diameter:

Between 0.545 inches and 0.555 inches

Body Height:

Between 0.150 inches and 0.175 inches

Maximum Power Dissipation Rating:

1500.0 milliwatts

Operating Tempurature Range:

-55.0/+125.0 degrees celsius

Storage Tempurature Range:

-65.0/+150.0 degrees celsius

Features Provided:

Monolithic and hermetically sealed and negative outputs and positive outputs and adjustable and high speed and presettable and w/buffered output and w/field effect transistor switch and high gain

Inclosure Material:

Glass and metal

Inclosure Configuration:

Can

Input Circuit Pattern:

1 input

Design Function And Quantity:

1 amplifier, operational, high speed and 1 buffer

Terminal Surface Treatment:

Gold

Time Rating Per Chacteristic:

2.90 nanoseconds propagation delay time, low to high level output and 1.20 nanoseconds propagation delay time, high to low level output

Precious Material And Location:

Terminals gold

Precious Material:

Gold

NSN:

5962-00-187-2048

Item Name:

Microcircuit-dual Line Receiver

Cage Code:

27014

Manufacturer Part Numbers

No other part numbers with same form, fit, and function found.

Part Identification

INC

FIIG

Concept No.

App. Key

Cond. Code

Status

INC:

31778

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:

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 lh0033 and/or cross reference parts.

Definition Definition of approved item name (AIN): "Microcircuit-dual Line Receiver"

A microcircuit whose output is a function of the input; that is, the output varies in a predetermined and essentially predictable manner from the input signal.