10700419 SCHURTER | Alldatasheet
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Technical content
Changes that contribute to technical improvement are subject to alternations
2002 Datum Name
Bearb. 24.10. Maurer TOUCHSCREEN Gepr. 24.10. Maurer 5,88“, 4 Wire Vert. EDV-Datasheet SPECIFICATIONS OF ANALOG RESISTIVE PET-ON-GLASS TOUCH SCREEN don’t change manually Manufactured bei Apex Material Technology Corp. H 1070 ,0419 Analog 4-wire PET-On-Glass Touch Screen Specification 1. Mechanical Dimensions and Construction 1.1 General: Analog Resistive touch screen is laminated by ITO PET to ITO glass.
1.2 Construction :
Item Description Material Remarks
1 ITO PET
(Top layer) 0.188mm ITO PET Film Antiglare coating Surface hardness: 3H Resistance:300~600Ω/□ ITO Patterned Glass (Bottom layer) 1.1mm ITO Glass Resistance:300~600Ω/□
3 Tail PET Film Integral to Top layer circuit
4 Tail insulation PET Film
5 Connector AMP Compatible Pitch : 2.54mm
6 Top layer circuit Silver ink
7 Bottom layer circuit Silver ink
8 Layer to layer contacted Silver ink
9 Dot spacer UV Cure ink
10 Isolation Layer Isolation Adhesive
Touch screen side view: Zu Änd. Datum Name D 79346 Endingen Blatt 1 von 5 Index: -
Changes that contribute to technical improvement are subject to alternations Bearb. 24.10. Maurer TOUCHSCREEN Gepr. 24.10. Maurer 5,88“, 4 Wire Vert. EDV-Datasheet SPECIFICATIONS OF ANALOG RESISTIVE PET-ON-GLASS TOUCH SCREEN don’t change manually Manufactured bei Apex Material Technology Corp. H 1070 ,0419
1.3 Input Method and Activation Force
Input Method Average Activation Force 1.6mm dia. Delrin stylus 10~70 grams 16mm dia. Silicon "finger" 10~ 80 grams 2. Typical Optical Characteristics
2.1 Visible Light Transmission: >80%
2.2 Haze: 3~7% (JIS K-7105)
- E lectrical Specifications 3.1 Operating Voltage: 5.5V or less
3.2 Contact current: 20mA (maximum)
3.3 Circuit close resistance: X : 350~1000Ω Y : 200~650Ω
3.4 Circuit open resistance: > 10MΩ at 25VDC
3.5 Contact bounce: < 10ms
3.6 Linear Test : <1.5 % Add 5V between Y1 and Y2 touc as the following drawing.
3.7 Capacitance:100nF(maximum)
- L inearity
4.1 Linear Test Specification
Direction X: <1.5 % Direction Y: <1.5 %
4.2 Line Test Circuit for Y Coordinate
h the point C0R0 to C9R9 separately, and measure the voltage from X1 Zu Änd. Datum Name D 79346 Endingen Blatt 2 von 5 Index: -
Changes that contribute to technical improvement are subject to alternations Bearb. 24.10. Maurer TOUCHSCREEN Gepr. 24.10. Maurer 5,88“, 4 Wire Vert. EDV-Datasheet SPECIFICATIONS OF ANALOG RESISTIVE PET-ON-GLASS TOUCH SCREEN don’t change manually Manufactured bei Apex Material Technology Corp. H 1070 ,0419
4.3 Calculate Linearity : For the First Row0
R0max = The maximum voltage in Row 0 R0min = The minimum voltage in Row 0 R0 linear1 = /g189 R0 max – R0 avg. /g189 /g184 R0 avg. /g42 100% R0 linear2 = /g189 R0 min – R0 avg. /g189 /g184 R0 avg. /g42 100% R0 linear = max (R0 linear1, R0 linear2)
4.4 For X Coordinate Test
Add 5 voltage between X1 and X2 touch the point C0R0 to C9R9 separately and measure the voltage from Y1 as the above drawing
4.5 Calculate Linearity : For the First Column0
C0max = The maximum voltage in Column 0 C0min = The minimum voltage in Column 0 C0 linear1 = /g189 C0 max – C0 avg. /g189 /g184 C0 avg. /g42 100% C0 linear2 = /g189 C0 min – C0 avg. /g189 /g184 C0 avg. /g42 100% C0 linear = max ( C0 linear1 ,C0 linear2 ) Zu Änd. Datum Name D 79346 Endingen Blatt 3 von 5 Index: -
Changes that contribute to technical improvement are subject to alternations Bearb. 24.10. Maurer TOUCHSCREEN Gepr. 24.10. Maurer 5,88“, 4 Wire Vert. EDV-Datasheet SPECIFICATIONS OF ANALOG RESISTIVE PET-ON-GLASS TOUCH SCREEN don’t change manually Manufactured bei Apex Material Technology Corp. H 1070 ,0419 5. Environment Specification
5.1 Operating Temperature - 10/g176 C ~ + 60/g176 C Humidity less than 90% RH
5.2 Storage Temperature - 20/g176 C ~ + 80/g176 C at Ambient Humidity
- Reliability Test
6.1 Exposure to high temperature
Touch panel is put into a test machine at the condition of 80 for 120 hours. Then it is left at the room temperature for 24 hours or more. The measurement must satisfy the following: - Circuit close resistance: as Sec. 3.3 - Circuit open resistance: as Sec. 3.4 - Contact bounce: as Sec. 3.5 - Linearity test: as Sec. 3.6
6.2 Exposure to low temperature
Touch panel is put into a test machine at the condition of -20 for 120 hours. Then it is left at the room temperature for 24 hours or more. The measurement must satisfy the following: - Circuit close resistance: as Sec. 3.3 - Circuit open resistance: as Sec. 3.4 - Contact bounce: as Sec. 3.5 - Linearity test: as Sec. 3.6
6.3 Exposure to constant temperature and humidity
Touch panel is put into a test machine at the condition of 60, 90%RH for 120 hours. Then it is left at the room temperature for 24 hours or more. The measurement must satisfy the following: - Circuit close resistance: as Sec. 3.3 - Circuit open resistance: as Sec. 3.4 - Contact bounce: as Sec. 3.5 - Linearity test: as Sec. 3.6
6.4 Thermal Shock
Touch panel is put into a test machine at the condition of -20 for 30 minutes, and then 80 for 30 minutes. The process is repeated by 10 cycles. Then it is left at the room temperature for 24 hours or more. The measurement must satisfy the following: - Circuit close resistance: as Sec. 3.3 - Circuit open resistance: as Sec. 3.4 - Contact bounce: as Sec. 3.5 - Linearity test: as Sec. 3.6 Zu Änd. Datum Name D 79346 Endingen Blatt 4 von 5 Index: -
Changes that contribute to technical improvement are subject to alternations Bearb. 24.10. Maurer TOUCHSCREEN Gepr. 24.10. Maurer 5,88“, 4 Wire Vert. EDV-Datasheet SPECIFICATIONS OF ANALOG RESISTIVE PET-ON-GLASS TOUCH SCREEN don’t change manually Manufactured bei Apex Material Technology Corp. H 1070 ,0419 7. Durability test:
7.1 Finger touches
Touch panel is hit 10 millions times wit . The measurement must satisfy the follo - Circuit close resistance: as Sec. 3.
7.2 Stylus writing
rawn by R0.8 Derlin stylus pen, at 250g forces, repeat one inch by 100K times. The measurement must satisfy the following: - Circuit close resistance: as Sec. 3. 8. Optical Performance 8.1 Optical inspection method and optical defect standards refer to document. A001-1
8.2 Outside to Viewing Area : any optical defected in this area need to be ignored if no effected to
.3 Silver Bus Pattern defect : Voids in traces to be less than 50% of the trace width. o silver ink may project beyond the viewing area. .3.3 .4 Glass defects such as edge chips and scratches refer to A001-1Touch Screen Optical Quality Standard. .5 Others .1 Folding line should be avoided on the pressure sensitive adhesive. normal conditions h a silicone rubber of R8 finger, hitting rate is by 250g at 2 times per second wing: - Circuit open resistance: as Sec. 3.4 - Contact bounce: as Sec. 3.5 - Linearity test: as Sec. 3.6 Touch panel is d - Circuit open resistance: as Sec. 3.4 - Contact bounce: as Sec. 3.5 - Linearity test: as Sec. 3.6 Touch Screen OpticalQuality Standard. touch screen function. 8.3.1 Silver Bus Pattern gap: >0.1mm
8.3.2 Silver Bus and Active area gap: N
8 Printed silver tails must not be bent to less than 4mm radius. Maximum number of bend repetitions is 10. 8.5 8.5.2 Refer to document A001Touch Screen Optical Quality Standard.
8.5.3 Always store the touch screen in its original shipping container under
(20~25°C, 65% RH) Zu Änd. Datum Name D 79346 Endingen Blatt 5 von 5 Index: -