Technology Capacitive Systems SAW Infrared Resistive Resistive Projected Surface 4/5/8 wire Capacitive electric field thru material(s) Capacitive electric field on material surface Surface acoustic waves Light interrup- tion Analog Digital Input Method Finger, gloved finger, conductive stylus Finger, conductive stylus Finger, gloved finger, or soft tip stylus Finger, gloved finger, or stylus pen Finger, gloved finger, or stylus pen Finger, gloved finger or stylus pen Activation Sensitivity Programmable Non- customizable Non- customizable N/A Non- customizable Mechanically tuned Non- customizable Mechanically tuned Activation Pressure N/A N/A N/A N/A Mechanically tuned Mechanically tuned Use with Gloves Yes No Yes Yes Yes Yes Sensor Substrate Types Thick glass - some plastics possible with choices depending on use & interactions Typically soda lime glass Glass only Any substrate of no substrate picture frame Typical polyester film Glass Typical polyester film Glass Gestures (Single touch to drag & drop, pinch/zoom) Yes Limited Yes Yes Yes - dual touch uses special controller Yes requires constant pressure Multi-touch Yes No No Yes Limited Yes Stable Calibration Required at set up Yes required periodically Yes required periodically None required Yes required periodically Required at set up Touchscreen Technology Comparison Featuring Advanced Input, Memtron, and LRE Medical Products Best Good Neutral Poor Worst
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Technology
Capacitive SystemsSAW Infrared
ResistiveResistive
Projected Surface 4/5/8 wireCapacitive
electric fi eld thru material(s)
Capacitive electric fi eld on material surface
Surface acoustic waves
Light interrup-tion
Analog Digital
Input Method Finger, gloved fi nger, conductive stylus
Finger, conductive stylus
Finger, gloved fi nger, or soft tip stylus
Finger, gloved fi nger, or stylus pen
Finger, gloved fi nger, or stylus pen
Finger, gloved fi nger or stylus pen
ActivationSensitivity
Programmable Non-customizable
Non-customizable
N/A Non-customizableMechanicallytuned
Non-customizableMechanicallytuned
Activation Pressure
N/A N/A N/A N/A Mechanicallytuned
Mechanically tuned
Use with Gloves Yes No Yes Yes Yes Yes
Sensor Substrate Types
Thick glass - some plastics possible with choices depending on use & interactions
Typically soda lime glass
Glass only Any substrate of no substrate picture frame
Typical polyester fi lm
Glass
Typical polyester fi lm
Glass
Gestures(Single touch to drag & drop, pinch/zoom)
Yes Limited Yes Yes Yes - dual touch uses special controller
Yes requires constant pressure
Multi-touch Yes No No Yes Limited Yes
StableCalibration
Required at set up
Yes required periodically
Yes required periodically
None required
Yes required periodically
Required at set up
TouchscreenTechnology Comparison
Feat
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Inp
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Mem
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nd L
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Med
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Pro
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Best Good Neutral Poor Worst
Americas Headquarters600 W. Wilbur AvenueCouer d’Alene, ID 83815208-765-8000
530 N. Franklin StreetFrankenmuth, MI 48734989-652-2656
Europe
Hofer Straße 5D-86720 Nördlingen, Germany+49 (0) 9081-800-1
Asia Caoheijing High Tech Park6th Floor, Block 87No. 1199 Quin Zhou Bei RoadShanghai, China
eit.sales@esterline.comwww.esterline.com/interfacetechnologies
Technology
Capacitive SystemsSAW Infrared
ResistiveResistive
Projected Surface 4/5/8 wireCapacitive
electric fi eld thru material(s)
Capacitive electric fi eld on material surface
Surface acoustic waves
Light interruption Analog Digital
Surface Hardness
High, more than 9H
Medium, varies on any protective coating
High, more than 9H
High, more than 9HCan be picture frame
Typical Low, only 3H
Glass
Typical Low to medium
Glass
Durability/ Longevity
High, solid-state technology protected thru thin or thick rigid substrates; highly shock/impact resistant
Medium, solid-state design through thin rigid substrates; medium level of shock and impact resistance
Low, highly susceptible to stress or wear in mechanical construction over time
High Low, easily damaged by foreign objects and / or harsh cleaners. Highly subject to wear under heavy use
Low, easily damaged by foreign objects and / or harsh cleaners. Highly subject to wear under heavy use
Surface or Environmental Contaminants
Best units immune to water, moisture and other contaminants or chemical cleaners; wide temperature range
Does not work when wet or moist
Adversely affected by moisture, surface contaminants and changes in temperature
Potential for false actuation or dead zones from surface contaminants
Typical construction easily scratched and degrades with UV exposure; varying performance at different temperatures
Glass
Typical construction easily scratched and degrades with UV exposure; varying performance at different temperatures Glass
Transmissivity Optics
Very good >92%
Very good >92%
Very good >92%
No distortion 100%
Distortion due to coatings <82%
Distortion due to coatings <82%
Ease of Integration
Complex Simple - front surface sensitive to metal
Complex Simple -requires bezel integration
Simple Simple
Compliance(EMC, ESD, etc).
Needs a good compliance strategy
Needs a good compliance strategy
SizeRecommendation
2” to12” with ITO up to 100+” with micro fi ne wires
6.4” to 32” Good for all sizes if this high-end technology required
8” to 150” Good for 6.4”, 8.4”, and 10.4”. Very good for 12.1” and higher
Good for 6.4”, 8.4”, and 10.4”. Very good for 12.1” and higher
Cost:Touch Panel
High Moderate Moderate Moderate Low Low
Cost:Touch Controller
High High Moderate Moderate Low Low
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© Copyright 2011 Esterline Corporation. All rights reserved. Trademarks and trade names are property of their representative owners. Right reserved to make changes to products and services described herein without prior notice. Revision B.01 2011-10
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