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3M™ Antiglare SCT, SCT3250, 6.71 in, FPC 8 in, EX152 Serial, 4:3

  • All-Glass Solution with Antiglare 3M™ ClearTek Hard Coat
  • Superior surface durability maintains optical and functional performance.
  • Anti-glare coating helps maintain image quality even in bright lighting environments
  • High ESD performance to meeting industry requirements
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Specifications
Attribute Name
Value
Anti-glare
Etch
Aspect Ratio
Standard
Controller Type
Serial
Diagonal Size
7.53 in, 7.53 in
Diagonal Size (Metric)
191.2 mm
Outer Area X
6.01 in, 6.01 in
Outer Area X (Metric)
152.654 mm
Outer Area Y
4.53 in, 4.53 in
View Area X
5.4 in, 5.4 in
View Area X (Metric)
137.21 mm
View Area Y
3.98 in, 3.98 in
View Area Y (Metric)
101.09 mm
Details
  • All-Glass Solution with Antiglare 3M™ ClearTek Hard Coat
  • Superior surface durability maintains optical and functional performance.
  • Anti-glare coating helps maintain image quality even in bright lighting environments
  • High ESD performance to meeting industry requirements
  • Dedicated ASIC creates fast, accurate touch response
  • Scratch-resistant Top Coat with low surface energy to resist surface scratching
  • Smooth surface for better drag and draw performance
  • Durable easy-to-clean surface
  • High light transmission provides display performance
  • Ideal for indoor or outdoor single touch interfaces

These 3M™ surface capacitive antiglare systems provide fast, accurate and reliable touch response with operation unaffected by on-screen contaminants. These systems offer a premium optical characteristics by reducing the effects of environmental glare, in an all-glass single touch, easy to integrate system solution

3M™ Touch Systems has more than 30 years of surface capacitive technology expertise and specifically designed the 3M™ MicroTouch™ surface capacitive systems (SCT) to meet the performance requirements of display applications ranging from 5.7 to 32 inches. As an all glass design, these SCT touch systems offers light transmission up to 11.5% better than typical resistive sensors and 3.5% better than typical surface capacitive sensors (based on published specifications).

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