TVL-55739GD032J-LW-G-AAN

R RooH HS S C CO OM MP PLLIIA AN NT T APPROVAL SHEET 承 認 書 Customer 客戶名稱 Part No. 產品型號 Product type 產品內容 RoHS 綠色產品 TVL-55739GD032J-LW-G-AAN Mode: Trans-missive Type, Positive mode 3.2” TFT LCD module 262K Colors □ Non-compliance ■ Compliance Remarks 備註欄 ■Preliminary Specification 暫行規格 □Final Specification 正式規格 Signature by Customer: 客戶確認簽章: Issued by QA Checked by QA TVL-55739GD032J-LW-G-AAN ver.B Checked by PM -1- Approved By QA RD Issue Date:2013/02/21 R RooH HS S C CO OM MP PLLIIA AN NT T Specification of LCD Module Product No.: TVL-55739GD032J-LW-G-AAN Issue date: 2013/02/21 KYOCERA DISPLAY CORPORATION 5-7-18, Higashinippori Arakawa-ku , Tokyo 116-0014, Japan TEL: +81-3-5811-8780 FAX: +81-3-5811-8782 TVL-55739GD032J-LW-G-AAN ver.B -2- Issue Date:2013/02/21 R RooH HS S C CO OM MP PLLIIA AN NT T TABLE OF CONTENTS 1. GENERAL DESCRIPTION .................................................................3 2. FEATURES.........................................................................................3 3. MECHANICAL SPECIFICATION ........................................................3 4. MECHANICAL DIMENSION ...............................................................3 5. MAXIMUM RATINGS..........................................................................3 6. ELECTRICAL CHARACTERISTICS ...................................................3 6.1. 6.2. TFT LCD Characteristic .................................................................................. 3 Backlight Characteristic .................................................................................. 3 7. MODULE FUNCTION DESCRIPTION ................................................3 7.1. 7.2. 7.3. 7.4. 7.5. PIN Description............................................................................................... 3 Timing characteristics ..................................................................................... 3 Initialization Table ........................................................................................... 3 Power On Sequence....................................................................................... 3 Power Off Sequence ...................................................................................... 3 8. ELECTRO-OPTICAL CHARACTERISTICS........................................3 8.1. CIE(x, y) chromaticity...................................................................................... 3 9. RELIABILITY ......................................................................................3 9.1. 9.2. 10. Tests............................................................................................................... 3 Color performance .......................................................................................... 3 INSPECTION CRITERIA..................................................................3 10.1. 10.2. 10.3. 10.4. 10.5. Inspection Conditions.................................................................................. 3 Light Method ............................................................................................... 3 Classification Of Defects ............................................................................. 3 Sampling & Acceptable Quality Level ......................................................... 3 Definition Of Inspection Area ...................................................................... 3 10.6. Items and Criteria........................................................................................ 3 TVL-55739GD032J-LW-G-AAN ver.B -3- Issue Date:2013/02/21 R RooH HS S C CO OM MP PLLIIA AN NT T 11. ROHS COMPLIANT WARRANTY ...................................................3 12. PRECAUTIONS FOR USE ..............................................................3 12.1. Safety.......................................................................................................... 3 12.2. Storage Conditions...................................................................................... 3 12.3. 12.4. Installing LCD Module ................................................................................. 3 Precautions For Operation .......................................................................... 3 12.5. 12.6. Handling Precautions .................................................................................. 3 Guarantee ................................................................................................... 3 13. REVISION HISTORY .......................................................................3 TVL-55739GD032J-LW-G-AAN ver.B -4- Issue Date:2013/02/21 R RooH HS S C CO OM MP PLLIIA AN NT T 1. GENERAL DESCRIPTION TVL-55739GD032J-LW-G-AAN is a Trans-missive type color active matrix liquid crystal display (LCD), which uses amorphous thin film transistor (TFT) as switching devices. This product is composed of a TFT LCD panel, driver IC, FPC backlight and a bezel unit. The following table described the features of TVL-55739GD032J-LW-G-AAN. 2. FEATURES Display Mode Transmissive Type TFT LCD, Positive Display Format RGB Strip type Driver IC. ILI9481B Color 262K color Interface 18 bits RGB interface Viewing Direction Higher Contrast ratio: 6 o’clock Less gray scale reversal: 12 O’clock Backlight type / color LED / white *6 3. MECHANICAL SPECIFICATION Item Specifications Unit 51.64(W)×80.7(H)×2.2(D) mm Resolution 320×3(R,G,B)×480 dot Active area 44.64(W)×66.96(H) mm Pixel pitch 0.1395(W)×0.1395(H) mm Dimensional outline TVL-55739GD032J-LW-G-AAN ver.B -5- Issue Date:2013/02/21 SYMBOL GND RES NC GND VSYNC GND HSYNC GND DE GND PLCK GND D17 D16 D15 D14 D13 D12 D11 D10 D9 D8 D7 D6 D5 D4 D3 D2 D1 D0 CS GND SCL GND SDA GND IOVCC VCC GND LED_K LED_A TVL-55739GD032J-LW-G-AAN ver.B A B C D E 66.96 (Active Area) 1.4±0.15 70.28±0.15 (Bezel Opening) (36.54) 80.7±0.15 -60.5 12.6±0.05 0.2±0.03 2.02 (Bezel Opening) 5.75 FINISH CONCURRED BY APPROVED BY CHECKED BY TOLERANCE ORG DATE DRAWN BY 1 41 LED Circuit Diagram (If=20mA) 19.12±0.3 11.4 Rib (2-2x1) 13.4±0.1 K Line Of Mark Bezel Customer's Approval Customer Date PROJECT NO : DWG NO. Single Layer Area DCN P OF MODULE : VERSION GIANTPLUS TECHNOLOGY CO.,LTD Insulating Tape Note: 1.Silicone Applied To Cover Whole Pin Surface，But Not IC。 2.The Dimension In Brackets "()" Are For Reference Only 。 5.86±0.5 11.97±0.3 See Detail B (2.55) (Bending Area) 11.45±0.3 mm UNIT MATERIAL SCALE 0.3±0.03 0.6±0.03 0.3±0.07 12±0.03 0.3±0.1 1±0.1 1.1±0.1 2.1±0.1 Detail B 2.25±0.1 Scale 2:1 2.5±0.3 A 2.2±0.15 18.5±0.5 REVISED RECORD See Detail C Viewing Direction (Customer's Application) 0.3+0.04 -0.03 Stiffener Silicone See Detail A 23.85 (Bezel Opening) 1 41 Peeling Tape 2.4 Detail A Scale 2:1 1.0 5.0±0.1 Detail C Scale 4:1 3.06±0.35 3.5 Min (Stiffener) 13.895 320xRGBx480 DOTS (25.82) 44.64 (Active Area) 51.64±0.15 47.72±0.15 (Bezel Opening) 0.5 2.25±0.3 (Silk Line) 2.99±0.3 Conductive 1.96±0.15 3.5±0.35 12.6±0.15 NO. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 FPC PIN FUNCTION Display Scale 80:1 RG B RG B 0.1395 0.0465 R RooH HS S C CO OM MP PLLIIA AN NT T 4. MECHANICAL DIMENSION 0.1395 Issue Date:2013/02/21 R RooH HS S C CO OM MP PLLIIA AN NT T 5. MAXIMUM RATINGS If the operating condition exceeds the following absolute maximum ratings, the TFT LCD module may be damaged permanently. Values Item Symbol Unit Min. Max. Condition Power Supply for Analog VCC -0.3 4.6 V Power Supply for Digital IOVCC -0.3 4.6 V Storage Temperature TST -30 80 °C Operating Temperature (Ambient Temperature) TOP -20 70 °C - - 90 %RH Humidity Note 1 Note1: TA≦40℃ Without dewing Note2: a. All of voltage listed above are with respective to GND=0V. b. Device is subject to be damaged permanently if stresses beyond those absolute maximum ratings listed above. 6. ELECTRICAL CHARACTERISTICS 6.1.TFT LCD Characteristic Typical operating conditions (GND=AVSS=0V) Item Symbol Min. Typ. Max. Unit Analog Power Supply Voltage VCI 2.5 2.8 3.3 V I/O pin Power Supply Voltage IOVCC 1.65 1.8 3.3 V H VIH 0.7*IOVCC - IOVCC V L VIL 0 - 0.3*IOVCC V H VOH 0.8*IOVCC - IOVCC V L VOL 0 - 0.2*IOVCC V Supply Current for Logic IDD - 16 24 mA Sleep current Islp - 60 100 ㎂ Frame Frequency fFrame - 60 - Hz Driver Input signal voltage Driver output signal voltage TVL-55739GD032J-LW-G-AAN ver.B -7- Note Issue Date:2013/02/21 R RooH HS S C CO OM MP PLLIIA AN NT T 6.2.Backlight Characteristic 6.2.1. CHARACTERISTIC Item Symbol LED Current LED Voltage Values Unit Min. Typ. Max. IF - 20 - mA VF 17.4 - 21.6 V Remark 6.2.2. LIGHTGUIDE SPECIFICATION a. Test Instrument：BM-7 (Distance =500mm；Field = 1°) b. Light Source：LED * 6 (White) c. Conditions：If = 20 mA(typ) d. Measure Brightness：1 ~ 9 e. Uniformity = (Min。Brightness / Max。Brightness)*100% f. Uniformity ≧ 75% TVL-55739GD032J-LW-G-AAN ver.B -8- Issue Date:2013/02/21 R RooH HS S C CO OM MP PLLIIA AN NT T 7. MODULE FUNCTION DESCRIPTION 7.1.PIN Description Pin Symbol 1 GND Ground RES This signal low will reset the device and must be applied to properly initialize chip. Signal is 2 Function low active. 3 NC 4 GND 5 VSYNC 6 GND 7 HSYNC 8 GND 9 DE 10 GND Ground 11 PCLK Pixel clock signal in DPI interface mode 12 GND Ground 13~30 D17~D0 31 CS 32 GND Ground 33 SCL Serial clock input pin. 34 GND Ground 35 SDA Serial data input pin. 36 GND Ground 37 IOVCC Power supply for digital circuit 38 VCC Power supply for analog circuit 39 GND Ground 40 LED_K Backlight LED Power (-) 41 LED_A Backlight LED Power (+) TVL-55739GD032J-LW-G-AAN ver.B No Connect Ground Vertical Sync Input Ground Horizontal Sync Input Ground Data enable signal input Data Bit 17~Data Bit 0 Chip Select Pin -9- Issue Date:2013/02/21 R RooH HS S C CO OM MP PLLIIA AN NT T 7.2.Timing characteristics 7.2.1. Serial Interface(Type C) TVL-55739GD032J-LW-G-AAN ver.B - 10 - Issue Date:2013/02/21 R RooH HS S C CO OM MP PLLIIA AN NT T 7.2.2. DBI Type C Timing Characteristics TVL-55739GD032J-LW-G-AAN ver.B - 11 - Issue Date:2013/02/21 R RooH HS S C CO OM MP PLLIIA AN NT T 7.2.3. Display Pixel Interface (DPI) TVL-55739GD032J-LW-G-AAN ver.B - 12 - Issue Date:2013/02/21 R RooH HS S C CO OM MP PLLIIA AN NT T TVL-55739GD032J-LW-G-AAN ver.B - 13 - Issue Date:2013/02/21 R RooH HS S C CO OM MP PLLIIA AN NT T TVL-55739GD032J-LW-G-AAN ver.B - 14 - Issue Date:2013/02/21 R RooH HS S C CO OM MP PLLIIA AN NT T 7.2.4. DPI Interface Timing Characteristics TVL-55739GD032J-LW-G-AAN ver.B - 15 - Issue Date:2013/02/21 R RooH HS S C CO OM MP PLLIIA AN NT T 7.3. Initialization Table Initial Sequence Step Instruction/Parameters 1 Power on 2 Delay 3 Power on reset 4 Delay 5 Power on reset 6 Delay 7 Soft_reset 8 Delay 9 Exit_sleep_mode 10 Delay 11 Set_address_mode 12 Set_pixel_format 13 14 15 16 17 Power_Setting VCOM Control Power _Setting Power _Setting Power _Setting TVL-55739GD032J-LW-G-AAN ver.B R/W D/CX Reg. Description Power Supply 1ms Reset Pin = Low 10ms Reset Pin = high 50ms W 0 01H 20ms W 0 11H Sleep Out 80ms W 0 36H W 1 88H W 0 3AH W 1 66H W 0 D0H W 1 07H VCI1 W 1 42H DDVDH,VCL,VGH,VGL W 1 1BH VREG1OUT W 0 D1H W 1 00H W 1 24H VCOMH W 1 12H VCOM AMPLITUDE W 0 D2H For Normal Mode W 1 02H W 1 00H W 0 D3H W 1 01H W 1 22H W 0 D4H W 1 01H W 1 22H - 16 - For Partial Mode For Idle Mode Issue Date:2013/02/21 R RooH HS S C CO OM MP PLLIIA AN NT T 18 19 Panel Driving Setting Display_Timing_Setting 20 Frame Rate_Setting 21 Interface Control 22 Gamma Setting 23 NV Memory Write 24 NV Memory Control 25 NV Memory Status Read TVL-55739GD032J-LW-G-AAN ver.B W 0 C0H W 1 10H W 1 3BH W 1 00H W 1 02H W 1 00H W 0 C1H W 1 10H W 1 10H W 1 22H W 0 C5H W 1 04H W 0 C6H W 1 02H W 0 C8H W 1 00H W 1 37H W 1 02H W 1 26H W 1 0BH W 1 08H W 1 46H W 1 03H W 1 77H W 1 52H W 1 00H W 1 1EH W 0 E0H W 1 00H W 0 E1H W 1 00H W 0 E2H W 1 00H W 1 00H W 1 00H - 17 - PCLK Setting VM_D Setting VCM_PGM_EN Setting VCM data read value Issue Date:2013/02/21 R RooH HS S C CO OM MP PLLIIA AN NT T 26 27 28 29 30 31 32 33 34 35 36 NV Memory Protection Command Access Protect Frame Memory Access and Interface Setting Display and Frame Memory Write Mode Setting Power control Power control Power control Set_display_on Set_column_address Set_column_address Write_memory_start TVL-55739GD032J-LW-G-AAN ver.B W 0 E3H W 1 00H W 1 00H W 0 B0H W 1 00H W 0 B3H W 1 02H W 1 00H W 1 00H W 1 00H W 0 B4H W 1 11H W 0 F3H W 1 40H W 1 0FH W 0 F6H W 1 80H W 0 F7H W 1 80H W 1 01H W 0 29H W 0 2AH W 1 00H W 1 00H W 1 01H W 1 3FH W 0 2BH W 1 00H W 1 00H W 1 01H W 1 DFH W 0 2CH - 18 - MCAP Setting Memory write control DPI (RGB) interface Display On Issue Date:2013/02/21 R RooH HS S C CO OM MP PLLIIA AN NT T 7.4. Power On Sequence TVL-55739GD032J-LW-G-AAN ver.B - 19 - Issue Date:2013/02/21 R RooH HS S C CO OM MP PLLIIA AN NT T 7.5. Power Off Sequence TVL-55739GD032J-LW-G-AAN ver.B - 20 - Issue Date:2013/02/21 R RooH HS S C CO OM MP PLLIIA AN NT T 8. ELECTRO-OPTICAL CHARACTERISTICS LED backlight transmissive module: (EWV Polarizer) Item Symbol Temp. Min. Response time Typ. Max. Unit Conditions Tr 25℃ -- 20 30 ms θ=0° , ψ=0° Tf 25℃ -- 10 15 ms (Note 2) θ=0° , ψ=0° Contrast ratio CR 25℃ 300 400 -- -- LED:ON,LIGHT:OFF (Note 1) Uniformity -- -- 75 -- -- Luminance of White -- -- 380 -- -- Visual angle range θb 25℃ front and rear θf 25℃ 45 Visual angle range θl 25℃ 60 left and right θr 25℃ 60 -- -- 12 O’clock Visual angle direction priority 60 % Cd/㎡ --ψ=0°,CR≧10 LED:ON, Degree LIGHT:OFF (Note 3) ψ=90°,CR≧10 LED:ON, Degree LIGHT:OFF (Note 3) Gray scale inversion (Note4) 8.1. CIE(x, y) chromaticity Item Red Green Blue White NTSC Symbol Transmissive Min. Typ. Max. X 0.60 0.64 0.68 y 0.30 0.34 0.38 X 0.35 0.39 0.43 y 0.52 0.56 0.60 X 0.11 0.15 0.19 y 0.02 0.06 0.10 X 0.28 0.32 0.36 y 0.28 0.32 0.36 % TVL-55739GD032J-LW-G-AAN ver.B Conditions θ=0° , ψ=0° BM-5A 1° angle 56 - 21 - Issue Date:2013/02/21 R RooH HS S C CO OM MP PLLIIA AN NT T FOR LCM NOTE 1: Definition of Contrast Ratio (CR). Contrast ratio is calculated with the following formula. NOTE 2: Response time definition White White Brightness (%) Black 100 % 90 % 10 % Decay Time, Td Rise Time, Tr Time (ms) (Positive Type) NOTE 3 : ψ、θ definition TVL-55739GD032J-LW-G-AAN ver.B - 22 - Issue Date:2013/02/21 R RooH HS S C CO OM MP PLLIIA AN NT T NOTE 4: Visual angle direction priority NOTE 5: Optical measurement equipment setup -Measurement should be executed in a stable, windless, and dark room(under 10 Lunx). After lighting the backlight for 30mins. Humidity=60±15% -Distance : 50cm o -Photodetector : BM-5 (Field 1 ) TVL-55739GD032J-LW-G-AAN ver.B - 23 - Issue Date:2013/02/21 R RooH HS S C CO OM MP PLLIIA AN NT T 9. RELIABILITY 9.1. Tests NO. 1 2 3 4 5 ITEM High Temperature Operating Low Temperature Operating High Temperature Non-Operating Low Temperature Non-Operating CONDITION 70℃ -20℃ 80℃ -30℃ 240 hrs CRITERION 。No Defect Of Operational Function In Room Temperature Are Allowable(23±5°C). 240 hrs 240 hrs 。Leakage current should be below double of initial 240 hrs value. High Temperature/ 40℃ ,95%RH 240 hrs Humidity Non-Operating 80℃ -30℃ Temperature Shock 6 Non-Operating ( 30min ) ( 30min ) 10 CYCLES 7 Electrostatic Discharge HBM:±2KV Note 1: Test after 24 hours in room temperature(23±5°C). Note 2: The sampling above is individually for each reliability testing condition. Note 3: The color fading of polarizing filter should not care. Note 4: All of the reliability testing chamber above, is using D.I. water.(Min value: 1.0 MΩ -cm) Note 5: In case of malfunction defect caused by ESD damage, if it would be recovered to normal state after resetting, it would be judged as a good part. 9.2.Color performance No. ITEM Criterion (initial) 1 Luminance >50% 2 NTSC >70% 3 Contrast Ratio >50% TVL-55739GD032J-LW-G-AAN ver.B - 24 - Issue Date:2013/02/21 R RooH HS S C CO OM MP PLLIIA AN NT T 10. INSPECTION CRITERIA 10.1. Inspection Conditions 10.1.1. Environmental conditions The environmental conditions for inspection shall be as follows Room temperature: 23±5°C Humidity: 50±20%RH 10.1.2. The external visual inspection With a single 1000±200lux fluorescent lamp as the light source, the inspection was in the distance of 30cm or more from the LCD to the inspector’s eyes. 10.2. Light Method 10.2.1. Environment lamp under 1000±200 lux, Viewing direction for inspection over 300mm 10.2.2. The distance from eye to defect around 300mm, the distance from ND Filter to defect around 25~30mm Eye 300mm ND Filter Defect place TVL-55739GD032J-LW-G-AAN ver.B - 25 - Issue Date:2013/02/21 R RooH HS S C CO OM MP PLLIIA AN NT T 10.3. Classification Of Defects 10.3.1. Major defect A major defect refers to a defect that may substantially degrade usability for product applications. 10.3.2. Minor defect A minor defect refers to a defect which is not considered to be able substantially degrade the product application or a defect that deviates from existing standards almost unrelated to the effective use of the product or its operation. Notes: If the LCD/LCM ’s cosmetic and display performance do not specify in “inspection criterion”, it should be based on these delivered samples. 10.4. Sampling & Acceptable Quality Level Level II, MIL-STD-105E Major Minor Cosmetic 1.0 % 1.5 % Electrical-display 0.4% 0.65 % 10.5. Definition Of Inspection Area V.A: Viewing Area A.A: Active Area Active Area Viewing Area Outside of Viewing area TVL-55739GD032J-LW-G-AAN ver.B - 26 - Issue Date:2013/02/21 R RooH HS S C CO OM MP PLLIIA AN NT T 10.6. Items and Criteria 10.6.1. Visual inspection criterion in cosmetic (1) Glass defect No Defect Dimension Criteria Remark By engineering diagram (Minor) Y Z 1 X Extensive crack 【Reject】 Cracks 2 (Major) (2) LCM appearance defect within A.A No Defect Criteria Round type Permissible Qty Spec. (Minor) ψ ≦ 0.10mm 1 Remark Disregard 1. ψ =(L+W)/2, L: Length, W: Width 2. Disregard if out of A.A. 0.10mm