• Part: ATP0644-3
  • Description: SPECIFICATIONS FOR STANDARD RESISITIVE TOUCH PANEL
  • Manufacturer: AZ Displays
  • Size: 952.75 KB
Download ATP0644-3 Datasheet PDF
AZ Displays
ATP0644-3
ATP0644-3 is SPECIFICATIONS FOR STANDARD RESISITIVE TOUCH PANEL manufactured by AZ Displays.
FEATURES - Superior quality standard 4 wire resistive analog touch panel - Excellent specification and high quality - Anti Newton ring technology - High reliability materials - Pen/finger type - Transparency - 86% - - PART NUMBER Part Number ATP0644-3 Size 6.4” Type Pen / Finger Page 2 of 7 AZ DISPLAYS, INC. - DETAILED SPECIFICATION - 1.0 APPLICATION This specification applies to the 5.7" (inch) standard TOUCH PANEL (Pen/Finger type). The part number of this panel is ATP0574-1. - 2.0 DISCRIPTION AND BLOCK DIAGRAM This panel in bination with a control IC chip is used to transfer the co-ordinates of the touched position to the host system (see block diagram on previous page). .. - 3.0 DRAWING Please see dimension drawing. Definitions of the major dimensions indicated on this diagram: Effective Input Area (A) Area guaranteed to meet all the characteristics detailed in this specification Anti-input Area (C) An insulating area allowed to protect the touch panel from giving false readings when an enclosure touches the panel. (See fixing instructions) - 4.0 CHARACTERISTICS - - 4.1 MECHANICAL Operating Force Hardness of Surface - - 4.2 OPTICAL Transparency 0.05~0.49 N (5 ~ 50g F) Measured with a Silicon Measurement Rod R 8 (Round type 8mm) Silicon Rubber with hardness at 60˚C Pencil hardness 2H minimum against specification JIS K-5400 78% min. measured in the effective input area to JIS K 7105 using a MURAKAMI SHIKISAI KENKYUSHO type IIR 100 meter. 5% type measured in the effective input area using a MURAKAMI SHIKISAI KENKYUSHO type IIR 100 meter with an Anti Glare treated surface. Haze - - 4.3 ELECTRICAL Rated Voltage: Resistance X axis: Resistance Y axis: Switch Bounce (Chattering): Insulation resistance: Dielectric Strength: Linearity: DC 7V max. 300 to 850 Ω (at the connector) 100 to 600 Ω (at the connector) 20ms min when using the silicon rubber measurement rod 10MΩ minimum at 25KV DC No problems when at 25KV DC for 1 minute 2% max. Note...