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LITEMAX DLF/DLH1236 V2 1000nits 12.1” LED B/L LCD User Manual
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1. Temperature C Page 5 2 0 Panel Specification ELECTRICAL CHARACTERISTICS TFT LCD MODULE Ta 2542 C Parameter Symbol Unit Note 3 0 3 3 3 6 1 at Vec 3 3V portan v HERI E Cam se 825 EE Rush Current Hs AAA 8 as ma aa Vesa 820 395 mA Ga at Voo 5 0V p 540 650 mA 3 b atVcc 3 3V 400 480 mA 3 b at Vec 5 0V Power Consumption__________ Pa 20 w 0 LVDS differential input voltage VID 100 600 mv I LVDS common input voltage VICM 07 16 V 0 Note 1 The assembly should be always operated within above ranges Note 2 Measurement Conditions CC Q1 25K1475 s A gt TMec FUSE LCD Module Input R1 tuF AIK High to Lew Control Signal Q2 Ra SA y ND 25K 1470 C2 01uF Vcc rising time is 470us VCC Page 6 Note 3 The specified power supply current is under the conditions at Vcc 3 3V or 5V Ta 25 2 C f 60 Hz whereas a power dissipation check pattern below is displayed a White Pattern b Black Pattern Active rea Active Area INPUT TERMINAL PIN ASSIGNMENT TFT LCD MODULE Pin Name Description Gemen ee LVDS 6 8 bit select function control Note 3 4 SEL68 Low or NC gt 6 bit Input Mode High gt 8bit Input Mode Ground 8 GND Ground 9 RX2 Differential Data Input CH2 Positive Differential Data Input CH2 Negative
2. Fig 1 Normalscan pin 17 reLR Low or NC pin 18 reUD Low or NC Fig 2 Reverse scan pin 17 reLR High pin 18 reUD Low or NC Fig 3 Reverse scan pin 17 reLR Low or NC pin 18 reUD High Fig A Reverse scan pin 17 reLR High pin 18 reUD High Page 13 3 0 OPTICAL SPECIFICATION Symbol ze TZ Color z Tre chromaticity pe IE A Test Mode 1 2 3 ET SEE ss EE Center Luminance of White Le lunifoom u Contrast Ratio CR 0x 0 0y 0 Test Mode 1 4 Klein K 10 Color Saturation NTSC Viewing en X 7 d Test Mode 1 3 Test Mode 1 Definition of Viewing Angle Ox gt Oy Normal 6x By 0 12 o clock direction Oy 90 ua FSH E a we 6 o clock 0y 90 9X 90 Page 14 2 Definition of Test Point E 74L eek Lat fat i A B L Es l ke A 2e d 1 d E Active Area 3 BM 7 Measurement Setup LCD Module LCD Panel Center of the Screen BM 7 pr A Field of View 2 500 mm 4 Klein K 10 Measurement Setup LCD Module LCD Panel Klein K 10 Page 15 Light Shield Room Ambient Luminance lt 2 lux Center of the Screen 4 0 LED DRIVING BOARD SPECIFICATIONS 1 LED Application This specification 1s applied to LED converter unit for DLF DLH1236 V2 1000 nits LED backlight 2 Operating Characteristics IK Symbo
3. ENRICH YOUR VISUAL WORLD LITEMAX DLF DLH 1236 V2 1000nits 12 1 LED B L LCD User Manual 1st Edition 2013 6 28 All information is subject to change without notice Approved by Checked by Prepared by LITEMAX Electronics Inc SE No 137 Lane 235 Bau chiau Rd Shin dian City Taipei County Taiwan R O C Tel 886 2 8919 1858 Fax 886 2 8919 1300 Homepage http www litemax com tw Page 1 RECORD OF REVISION Version and Date Page Old Description New Description Remark Page 2 Contents RECORD OF REVISION ninio 2 Conte aos 3 0 GENERAL DESCRIPTION ita 4 da ay RE EAS d TZ GENERAL SPECIEIGATIONS AAE 4 TS ABSOLUTE MAXIMUM RATING S cai 5 2 0 Panel ban aizia diera aiala 6 3 0 OPTIGAL SPECIFICA TO Nossa aaa 14 4 0 LED DRIVING BOARD SPECIFICATIONS ooooccocccocccocconnconnconncnaconaconncnnrnnnncnncnnncnanenanennronnrnnrrnannnnes 16 5 0 AD6038GD SPECIFICATIONS DLH 1236 V2 ONIY eee eee eee eee nenea nnn nnn 19 6 0 MECHANICAL DRAWING EE 33 AU d eg hg e LEE 35 Page 3 1 0 GENERAL DESCRIPTION DLF DLH1236 V2 is 12 1 wide color TFT LCD module as active switching devices with 1000nits LED backlight powered by Durapixel technology This module has a 12 1 inch diagonally measured active area with XGA resolutions 1024 horizontal by 768 vertical pixel array Each pixel is divided into RED GREEN BLUE dots which are arranged in vertical stripe and this module can display
4. Audio in and 5Wx2 Audio Out optional External V R brightness control optional External light sensor brightness control optional External IR control optional External Fan Control by Software Page 19 Outline Dimensions III AD6038 110mmX100mm NIE uu 00 mE v LITEMAX P N 860160380145 _ _ Tl dg i 135 nO wa l ET IAO END AA Gi 9t A 1 EI ETE Lai A lui Le 8N2 ge uuwo otl ry ty ts ot Page 20 e D OKE L Page 21 6ND e DEZ TL GR U aa LL de Tf orse N2 AD6038 Board Pin Define CN5 Panel connector Fino 7 E3 GND PANEL VCC CN2 DVI D INPUT Connector _ Function PinNo Function PinNo Function r M D S Data2 9 T M D S Datal M D S Data0 M D S Data2 M D S Data1 M D S Data0 1 T M D S Data2 4 M D S Data1 3 M D S Data0 5 hield hield Shield 1 1 T M D S Data4 M D S Data M D S Data5 M D S Data4 M D S Data3 M D S Data5 Pin No Shield DDC Data round 23 EM DS Clock for 5V 1 2 4 5 6 1 1 1 8 MericalSYNC 16 Ho Plug Detect M D S Clock Page 22 CN8 DVI D Connector 16pin 2 0mm LRR mim Lee Les s n w 1 7 GND Ge 5 mw a Ru s pe C s pe e me CN9 DISPLAY PORT omms Funci n Pinno pea S IE e o oma e w s ez P e a
5. 12 13 Differential Data Input CHO Positive RXO Differential Data Input CHO Negative Horizontal Reverse Scan Control Note 3 reLR Low or NC gt Normal Mode High gt Horizontal Reverse Scan wn az Reverse Scan Control Note 3 IreUD Low or NC Normal Mode High gt Vertical Reverse Scan 19 VCC Powersupply BE Power supply di Note 1 Connector Part No STARCONN 076B20 0048RA G4 or JAE FI SEB20P HFE or equivalent Note 2 User s connector Part No JAE FI SE20ME or equivalent Note 3 Low stands for OV High stands for 3 3V NC stands for No Connected Page 7 COLOR DATA INPUT ASSIGNMENT The brightness of each primary color red green and blue is based on the 6 bit gray scale data input for the color The higher the binary input the brighter the color The table below provides the assignment of color versus data input Data Signal Red Green D 0 1 0 0 0 1 1 0 0 0 ooo 000 ed ooo 22ooo o8 ees eene l i 2002200002 000 2020200 ooo 2o2o2oo enee e enen 0g O EA ZA Note 1 0 Low Level Voltage 1 High Level Voltage Page 8 The brightness of each primary color red green and blue is based on the 8 bit gray scale data input for the color The higher the binary input the brighter the color The table below provides the assignment of color versus data input Data Signal E Jesorrreor ss l fesor re Es
6. 16 2M colors 1 1 FEATURES Brightness 1000nits LED Backlight XGA 1024x768 Wide Temperature Life Expectancy High Shock amp Vibration Resistance Low Power Consumption High Uniformity amp Low EMI Noise 1 2 GENERAL SPECIFICATIONS Model No Description Display Area mm Brightness Resolution Contrast Ratio Pixel Pitch mm Viewing Angle Display Colors Response Time Typical Power Consumption Dimensions mm Weight Net DLF1236 V2 DLH1236 V2 12 1 TFT LCD LED Backlight 1000nits XGA 1024x768 245 76 H x 184 32 V mm 1000 cd m 1024x768 XGA 700 1 0 24 H x 0 24 V 80 80 H 70 70 V 16 2M 16ms 9 6W 11 6W 396x324 0x14 5mm 0 55kg 0 6kg Page 4 1 3 ABSOLUTE MAXIMUM RATINGS TFT LCD MODULE ELECTRICAL ABSOLUTE RATINGS Note 1 Permanent damage to the device may occur if maximum values are exceeded Function operation should be restricted to the conditions described under Normal Operating Conditions ABSOLUTE RATINGS OF ENVIRONMENT Item Symbol value Unit Note Operating Ambient Temperature Gb 90 110 o Storage Temperature Ts 30 80 Note 1 Temperature and relative humidity range is shown in the figure below 2 90 RH Max la 40 C 3 Wet bulb temperature should be 39 C Max Ta gt 40 C 4 No condensation Relative Humidity RH 100 90 Operating Range storage Range
7. DC Characteristics Storage Temperature 20 89 Note These values are for the A D board body Page 26 OSD menu By pressing the menu button you will see the below picture Across from timing you will see resolution frequency and V frequency of the panel Version shows the firmware control version These cannot be altered by the user Resolution 1024x b8 100 Hz Version ADBUSSGUPS Ver 1 0 There are 7 sub menus within the OSD user interface Brightness Signal Select Sound Color Image Tools and Exit When you press the menu button you enter the Brightness sub directory In this directory you will see 4 selections press right key you can go into the OSD Brightness X OSD Brightness Press the menu once to adjust the brightness Press left to dim down the brightness to 0 press right to increase the brightness to 100 o Contrast Press menu and right buttons to adjust the contrast from 0 to 100 To adjust from 100 to 0 press menu and the left buttons Exit back to the beginning menu Page 27 Resolution 1024x768 100 Hz Version AD6038G050PS Ver 1 0 Analog RGB VGA input Digital DVI input DP DisplayPort input Exit back to the beginning menu Resolution 1024x768 100 Hz Wersion E Auto Color By navigating over to the Auto Color option optimal color performance is invoked R
8. E SRGB Windows standard color setting Page 28 Resolution 10247680100 Hz Version ADBO038GDPS Ver 1 0 Le Color Temperature You have 4 options in this selection Color Temperature User Define Default is 100 for R G and B Color Tempture_6500K Warm color scheme Color Tempture_9300K Cold color scheme Exit back to the beginning menu Resolution 1024x768 100 Hz Version ADbB5US3SGOPS Ver 1 0 Auto Adjust Choose this option and the AD6038 will adjust to the optimal horizontal and vertical frequency Clock If you are not satisfied with the Auto tune result you can adjust manually by pressing Clock Using this will make the image wider Page 29 Phase If double images appear around the characters choose Phase to remove them HPos You can shift the screen horizontally using this function Vpos You can shift the screen vertically using this function Exit back to the beginning menu Resolution 1024x768 100 Hz E di EEN a Version ADBOSBGUPS Ver 10 E AR JA d OSD Control Selecting this option brings you to 5 more options Page 30 Resolution 1024x 68 100 Hz Version AD6038G0PS Ver 1 0 E Osd_time Select time for the OSD user interface to stay on screen for 2 sec to 16 sec Default is 6 sec Osd_HPos Moves the OSD user interface horizontally on screen Osd_VPos Moves the OSD user interface vertically on screen O
9. e II ms o3 owe m w e Se Im 1 pagas ew w ee e ee m pesi CN3 Analog RGB Input connector D SUB 15Pin pin Symbol Description PinNe Symbol Description 1 mb zerta o uv Jam 2 oreen AnalogGreen 10 seno syeano SS Lepage tt NED Resened eno Ser E son 00 seston s jw eg 9 HSYNC Horizontal Syne e Reor Sag 14 eme veneatsme e eurn gata SSS Page 23 CN4 Analog RGB Input connector 13pin connector Pine Symbol Description SC Stage GREENRIN GmenReum e RED Analog Red 19 HSYNC Horizontal Syne 7 snmw regem TT CN1 Power Jack 12V Bad E Cmm de 1 12VDC 2 12VDC 3 GND 4 GND J2 Power connector 12V 4PIN 2 0mm Pine nen Pn Fan GND 1 3 12VDC d 9 6 GND CN7 Touch Power connector L4 GND J1 Inverter Connector 8PIN 2 0mm ON OFF Backlight ON OFF A BRIGHT Dimming adjust 6 12VDC Input 12VDC 3 em D D 3 GN ND 12VDC Input 12VDC Page 24 J4 J3 Fan control 2PIN 2 0mm J8 Key Pad 9PIN 2 0mm RED LED 8 ce DOWN KEY 9 N JP1 Panel Power 1 2 12VDC 9 6 3 3V 3 4 5V CN6 RS232 Connector 1 5v 2 UART TX 3 UART RX 4 GND J9 Audio connector 3PIN 2 0mm Page 25 J6 Ambient 2PIN 2 0mm pino Fumetton eis Fumetion 45 IR connector SPIN 2 0mm PinNo No Function Function
10. fore the power supply for the logic and the interface signal is invalid Value Gatua N E Page 11 The Input Data Format SEL68 Low or NC for 6 bits LVDS Input RXC RXO RX1 BOINA RAZ DE X VS X HS X B5 X B4 X B3 XX BEA SEL68 High for 8 bits LVDS Input RX2 RX3 XXXII Note 1 R G B data 7 MSB R G B data 0 LSB Note 2 Please follow PSWG Red Data 7 MSBI Red Data 6 Red Data 5 Red Data 4 Red Data 3 Red Data 2 Red Data 1 Red Data 0 LSB Green Data 7 MSB GreenData 6 GreenData 5 GreenData 4 GreenData 3 GreenData 2 GreenData 1 GreenData 0 LSB Blue Data 7 MSB Give Data 6 Blue Data 5 Blue Data 4 Blue Data 3 Blue Data 2 Blue Data 1 Blue Data SB Had pixel Data Each red pixels brightness data consists of these B bits pixel data Green pixel Data Each green plxel s brightness data consists of these B bits pixel data Blue pexel Data Each blue pixel s brightness data consists of these B bits pixel data RXCLKIN Display Enable 1 Da E _ _ eeen Horizontal Syne Note 3 Output signals from any system shall be low or Hi Z state when VCC is off Page 12 Scanning Direction The following figures show the image see from the front view The arrow indicates the direction of scan Fig 1 Normal Scan Fig 2 Reverse Scan DP C _ AAA a AAA Fig 3 Reverse Scan Fig 4 Reverse Scan AS gt A d I ee ll
11. l Conditions MIN TYP MAX Uni Remark eee 0 m IT ezzen Input Current VIN 12V Vadj 5V Low Brightness link mA Input Current VIN 12V Vadj 0V VIN 12V Vadj 5V VIN 12V Vadj 0V erua Ee ezz ee Brightness EE of Voltage en ea EEE errezean Efficiency ViN t2MVadj ow EE EI 8751 Page 16 3 Connector Socket 3 1 Input Connector J3 JST S 8B PH SM3 TB or Compatible PINNo Symbol 1 vn DO t2V 2 Vm DEI DC 12V Brightness Brightness Control 5V 0V 8 Contro ON OFFControl 0 8V OFF 2 5V ON Description LED High Voltage Page 17 4 Mechanical Characteristics Dimension 70mm 30mm 7mm INPUT CONNECTOR J3 PIN1 VIN PIN2 VIN PIN3 VIN PIN4 GND PIN5 GND PIN6GND PIN7 BRIGHTNESS PIN8 ON OFF ZN ei E el So 4 d ure cm ai tr EDO GUY ea ERN EEAO QUO Page 18 5 0 AD6038GD SPECIFICATIONS DLH1236 V2 only We developed this A D board to support industrial high brightness and commercial applications This A D board has many functions lt has a display port and DVI D input Rev 1 is European ROHS compliant General Description Max Resolution Up To WUXGA Analog RGB Input up to 205MHz ULTRA RELIABLE DVI D INPUT Dual single LVDS interface Support Panel DC5V or 12V 3 3V Output OSD Control Inverter Analog or PWM Dimming Control External RS232 control optional Input Power 12Vdc Display port input Support display port 1 1a
12. ome into or contacted the LCD module because the moisture may damage LCD module when it is operating 3 It may reduce the display quality if the ambient temperature is lower than 10 C For example the response time will become slowly and the starting voltage of lamp will be higher than the room temperature OPERATION PRECAUTIONS 1 Do not pull the I F connector in or out while the module is operating 2 Always follow the correct power on off sequence when LCD module is connecting and operating This can prevent the CMOS LSI chips from damage during latch up Page 35
13. r Hole Kos Targul Kg en Fox Deptime fan h Fu tal bl ado OO ZO SI aj a lt o is lad m uj gt 5 O Sl 4 U E u t 3 DS S o x bd pm ba bed m ei D al w 4 Tr D q pel t EN el x mmi TE E gp IEE CM1236 V2 Outline Dimension Drawing LEVEL General tolerance t ERI l Seu mengn DRAWING NOLPART KA General tolerance wem E 911112365002 FIN SP Ae aia al IRC SCRIPT LON a o Pa mmm ama LiteMax see a APPROVED CHECKED DESIGNED Note 1 GENERAL TOLERANCE 0 3mm ECH ND DESCRIPTE DN SIGN DATE IEA y 2 ALLOW ED DEPTH OF USERHOLE SCREW INSERTION IS 2 7mm MAX 3 USER SCREW TORQUE 2 0 kgficm MAX AL TAFE DETAL Negative Pole CULACKT Positive Pale CRED APPROVED B bd LA i 33 36 AL TAPE THEM ETE SER SIM Li ACES 195 45 FISSERMP HFECIAEI or Equivalent 66 9 L E C TAPE UNIT SNE Iwer ANGLE GENERAL TOLERANO ORIGINAL MORET mm 11 ard Angie H1 CM1296 V2 CM1236 V2 Outline Dimension Drawing CHECKED Gers erue Tex Wees EE ETETE LIP 3 SELEC I LEVEL bd cc ear 911112365002 LiteMax See Lo 22 v 2013 05 22 Page 34 7 0 PRECAUTIONS HANDLING PRECAUTIONS 1 The module should be assembled into the system firmly by using every mounting hole Be careful not to
14. s sa locorrror ooo Elosorrrer ooo e js Ess Blesrererr DES jonas EAEE gp eee JCC EEE go GO CH CH t IT 13 Color Note 1 0 Low Level Voltage 1 High Level Voltage Page 9 INPUT SIGNAL TIMING SPECIFICATIONS The input signal timing specifications are shown as the following table and timing dese Signal Mem Symbol Min Typ Max Unit Note DCLK Frequency Fe srs 649 M4 Miz e _ ma Vertical Active Display Term R 6 ste Th rr 9mm m m Bm To s 3 9 m Toit Th 32 iss e eng Horizontal Active Display wm Thd za pre se INI E Note 1 Since this assembly is operated in DE only mode Hsync and Vsync input should be set to low logic level Otherwise this assembly would operate abnormally 2 Frame rate is 60Hz INPUT SIGNAL TIMING DIAGRAM DCLK DE DATA Valid display data Page 10 POWER ON OFF SEQUENCE To prevent a latch up or DC operation of LCD assembly the power on off sequence should be as the diagram below Power ON OFF sequence Note 1 Please avoid floating state of interface signal at invalid period Note 2 When the interface signal is invalid be sure to pull down the power supply of LCD VCC to 0 V Note 3 The Backlight converter power must be turned on after the power supply for the logic and the interface signal is valid The Backlight converter power must be turned off be
15. sd Rotation Rotates the OSD user interface Rotation 0 90 180 270 on screen Exit You can exit this sub menu back to the beginning Factory_Reset By pressing this the screen will revert to factory settings and the previous settings will be deleted Sharpness Sharpen characters Dos_mode Gxf_mode For some old programs which use 640x400 and 720x400 DOS Mode and eraphics mode This option needs to be selected manually Exit back to the normal screen Page 31 OSD Lock Function It is possible to lock all the OSD buttons to prevent unauthorized changes to occur by pressing Left and right gt and Menu buttons simultaneously You will see the lock icon below on the center of the screen for 3 6 seconds If any button is pushed after the lock function is initiated the below icon will appear on the screen Keypad Lock To release the OSD lock press Left lt and right gt and Menu The below icon will appear on the center of the screen for 3 6 seconds Now all OSD keys are active again Keypad Unlock Page 32 6 0 MECHANICAL DRAWING REV ECN No DESCRIPTION siaN Note vo Lx TESORERIA Morgen Wuj 2010522 1 GENERAL TOLERANCE 0 3mm I 2 ALLOW ED DEPTH OF USERHOLE SCREW INSERTION 15 2 7mm MAX 3 USER SCREW TORQUE 2 0 kgficm MAX pata ZBE ZEL OPENING _ 246 ACTIVE AREA 534203 4 MBP Use
16. twist or bend the module 2 While assembling or installing modules 1t can only be in the clean area The dust and oil may cause electrical short or damage the polarizer 3 Use fingerstalls or soft gloves in order to keep display clean during the incoming inspection and assembly process 4 Do not press or scratch the surface harder than a HB pencil lead on the panel because the polarizer is very soft and easily scratched 5 If the surface of the polarizer is dirty please clean it by some absorbent cotton or soft cloth Do not use Ketone type materials ex Acetone Ethyl alcohol Toluene Ethyl acid or Methyl chloride It might permanently damage the polarizer due to chemical reaction 6 Wipe off water droplets or oil immediately Staining and discoloration may occur if they left on panel for a long time 7 I the liquid crystal material leaks from the panel it should be kept away from the eyes or mouth In case of contacting with hands legs or clothes it must be washed away thoroughly with soap 8 Protect the module from static electricity it may cause damage to the C MOS Gate Array IC 9 Do not disassemble the module 10 Do not pull or fold the lamp wire 11 Pins of I F connector should not be touched directly with bare hands STORAGE PRECAUTIONS 1 High temperature or humidity may reduce the performance of module Please store LCD module within the specified storage conditions 2 It is dangerous that moisture c
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