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NC41120-0015 Dataheets PDF



Part Number NC41120-0015
Manufacturers Fujitsu Media Devices
Logo Fujitsu Media Devices
Description Resistive Touch Panel Specification
Datasheet NC41120-0015 DatasheetNC41120-0015 Datasheet (PDF)

www.DataSheet4U.com STANDARD Resistive Touch Panel Specification FID-550 7-Wire Series Input Panel Panel Drive change over switch Noise Filter MCU Interface Control Section A/D converter s FEATURES • Superior long life, using a unique construction method offering improved life over typical technologies; by sensing data input only on the glass layer, typically a 10x improvement in product life is achived. • Excellent specification and high quality - Anti-Newton ring technology - High reliabilit.

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www.DataSheet4U.com STANDARD Resistive Touch Panel Specification FID-550 7-Wire Series Input Panel Panel Drive change over switch Noise Filter MCU Interface Control Section A/D converter s FEATURES • Superior long life, using a unique construction method offering improved life over typical technologies; by sensing data input only on the glass layer, typically a 10x improvement in product life is achived. • Excellent specification and high quality - Anti-Newton ring technology - High reliability materials • Pen/Finger, Pen Only, Finger Only, Light Touch types available • Transparency 80% - typical s PART NUMBERS Touch Panels: Part Number N010-0510-T302 N010-0510-T211 N010-0550-T913 Size 17" 15" 13.3" Type Pen/Finger Pen/Finger Pen/Finger Pen/Finger s PART NUMBERS Controller Boards: Part Number N16B-0558-B240 N16B-0558-B720 Type 7-Wire, RS232 7-Wire, USB N010-0550-T711 12.1" N010-0551-T242 N010-0550-T811 s PART NUMBERS Interface Controller Chips: 12.1" Pen/Finger (light touch type) 11.3 Pen/Finger Pen only Pen/Finger Part Number N010-0559-V022 NC41120-0015 Type 7-Wire, RS232 7-Wire, USB N010-0550-T601 10.4" N010-0550-T611 10.4" N010-0550-T621 10.4" Pen/Finger (light touch type) N010-0550-T511 N010-0550-T341 9.5" 8.4" Pen/Finger Pen/Finger FID-550 SERIES s DIMENSION EXAMPLE (10.4” SHOWN) (3.50) (11.50) 243.80 236.80 217.10 (transparent area) 215.10 213.10 (input area) 123.75 23.20 2.0 ± ±1.0 ±1.0 12.5 0.5 1 ±1.0 Top ± 47.00 93.70 ± 3.50 187.40 180.40 164.40 (transparent area) 162.40 160.40 (input area) 47.0 x 3=141.00 (8.00) 1 Left 7 16.00 22.00 90.5±1.0 Unit: mm (3.50) Bottom s DETAILED SPECIFICATION s 1.0 APPLICATION This specification applies to the 10.4" (inch) standard Touch Panel (Pen/Finger type). P/N is N010-0550-T611. s 2.0 ADDITIONAL APPLICATIONS Control IC specifications and Control PCB, complete Touch Panel Specifications are also applicable. s 3.0 DISCRIPTION AND BLOCK DIAGRAM This panel in combination with a control IC chip is used to transfer the co-ordinates of the touched position to the host system (see block diagram above). s 4.0 DRAWING (Please see the diagram above.) Definitions of the major dimensions indicated on this diagram: Effective Input Area (A) Area guaranteed to meet all the characteristics detailed in this specification View / Transparent Area (B) The area inside the adhesive zone or electrode pattern. Anti-input Area (C) An insulating area allowed to protect the touch panel from giving false readings when an enclosure touches the panel. s 5.0 CHARACTERISTICS s 5.1 MECHANICAL Operating Force 0.05~0.49 N (5 ~ 50gF) Measured with a Silicon Measurement Rod R 8 (Round type 8mm) Silicon Rubber Hardness 60˚C Hardness of Surface Pencil hardness 3H minimum against specification JIS K-5400 s 5.2 OPTICAL Transparency Haze Silicon Rubber Rod 78% min measured in the effective input area to JIS K 7105 using a MURAKAMI SHIKISAI KENKYUSHO type IIR 100 meter. Typically 80%. 5% measured in the effective input area using a MURAKAMI SHIKISAI KENKYUSHO type IIR 100 meter with an Anti Glare treated surface. A B C Force 2 FID-550 SERIES s 5.3 ELECTRICAL Location Accuracy: Linearity: Current Consumption: Switch Bounce (Chattering): Insulation resistance: Dielectric Strength: ±2.5mm Measured over 9 points (See note 1) 1.5% 20mA max at DC 5V when applying 5VDC between pins 3 & 5 10ms min when using the silicon rubber measurement rod. 10MΩ minimum at 25KV DC applied between pins 3 & 7 or between 5 and 7 25KV DC for 1 minute Note 1: Co-ordinate Point Measurement condition of linearity is corrected within the control IC. In general the location accuracy is specified as follows: Actual co-ordinate point - theoretical co-ordinate point = location accuracy. In general a 9 point co-ordinate calibration system is used to adjust the micro controller accuracy. (20 point can be used in combination with an EEPROM design). Theoretical Error Actual Note 2: Pins 3, 5 and 7 are the glass and film connection points. Distance s 5.4 ENVIRONMENTAL -5˚C to 60˚C -30˚C to 70˚C 20% to 90% RH with a Maximum wet bulb temperature of 38˚C 10% ~ 90% RH with a Maximum wet bulb temperature of 38˚C Coating with the following chemicals and storing at room temperature for 2 hours gives no problems. 10% NaCl-water solution, ethyl-acetate, ethylalcohol, toluene, methyl-ethyl-ketone. Operating Temperature (*): Storage Temperature: Operating Humidity: Storage Humidity: Chemical Resistance: s 5.5 PEN LIFE 1,000,000 words minimum 10,000,000 times minimum Character Writing life: Touch Input life : Note 1: Words are written in the notes area and the size of the word is 7.5mm x 6.75mm. A word is any Alphabet / Number / Mark. The pen is as shown below and applies a force of 250g. A failure is judged to happen when the current consumption or insulation resistance or dielectric strength are not met as shown in 5.3. The location accuracy with 9 point calibration must be ±4.4 mm max. Effective input area Note.


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