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LM393DR2G

C7955 Basic Part

LM393DR2G Number of Channels:2 Vos - Input Offset Voltage:5mV Ib - Input Bias Current:25nA Propagation Delay Time:300ns Input Hysteresis Voltage (Vhys):- Common Mode Rejection Ratio(CMRR):- Output Type:- Output Mode:TTL；CMOS Rail to Rail:- Quiescent Current:400uA O

dual comparatorlow power comparatorttl outputcmos outputinput offset voltagelow input bias currenthigh speed comparatorlow quiescent current

Basic part — stocked on JLC's standard feeders, so it adds no extended-component fee at assembly.

Footprint

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3D model

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Engineering notes

Package And Footprint

Package / footprint name: SOIC-8
Pin count: 8
EasyEDA symbol UUID: e2b9c08c1a2e4f4e86045c550a4ca79c
EasyEDA footprint UUID: a21abe53057c4752a13d1e8ec2866de7
EasyEDA device UUID: bcc6bd7a21f040e2bac65f73d53cff5f
EasyEDA library UUID: 0819f05c4eef4c71ace90d822a990e87

Datasheet And Links

Datasheet / product URL: https://item.szlcsc.com/datasheet/LM393DR2G/8432.html
Product URL: https://item.szlcsc.com/datasheet/LM393DR2G/8432.html

Selection Notes

Good for: threshold detection, wake signals, overvoltage or undervoltage flags, and fast digital alerts
Known layout constraints: Verify package land pattern, decoupling requirements, thermal pad, RF keepouts, crystal routing, and boot straps from the datasheet.
Equivalent search hints: match category comparator, interfaces none captured, package SOIC-8, and EasyEDA footprint UUID a21abe53057c4752a13d1e8ec2866de7.

Design files & assets 13 files · click to expand

Datasheet or product page datasheet

Datasheet PDF (mirrored) datasheet pdf

EasyEDA 3D model easyeda 3d model

in EasyEDA

EasyEDA device easyeda device

in EasyEDA

SOIC-8 easyeda footprint

in EasyEDA

EasyEDA library easyeda library

in EasyEDA

EasyEDA Pro device: C7955 easyeda pro device

EasyEDA Pro library (device+symbol+footprint): C7955 easyeda pro lib

EasyEDA symbol easyeda symbol

in EasyEDA

JLC/LCSC product image jlc image

JLC/LCSC product image jlc image

3D model (OBJ) model 3d obj

3D model (STEP) model 3d step