First Edition #MhktFR LCD Module Technical Specification Mar. 25, 2010 A yy HX fie Fe ARE Y 2b Witte = Final Revision #227 Apr. 13. 2012 TypeNo. =F -55471GNFQJ-LW-ACN Customer - STANDARD A4V4F Customer's Product No: -=-*-=---- KYOCERA Display Corporation Takafumi Nomura Approved: QUALITY ASSURANCE DIVISION Checkeg: Stsushi Nagatani China Design Zhen Prepared: eng Guo China Design APPROVED By Signature : Date : Please return this specification within two month with your signature. If not returned within two month, specification will be considered as having been accepted. SCMHA CO PAAIO L, SARA D6 27 ADA, BEEP ae EC CIRAN< ES, TIRANREBAL, MER HOL UCTHY ARV WEF AA CTRA ET, F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 1/32Table of Contents (Hx) =~ OD ANDAaARWN = = lS Revision History (z] BE) General Specifications (fRCERR) oo.ccccecccccccccescescescescessestestestestestestestenees Electrical Specifications (EE SURUEFVE) oo. cecccceeceeceeceeeeeeseeeeeseeeeeseeseeseeeeees Optical Specifications CESZ(EBR) ooo ccececccceccecescescescescescestestestestestestesterees WO Terminal (1 / OvffF-) ooccccccccccsccessescessseseessscseescceesecesestessseseessseeenes Test UR) oo ccccccceccescescessessessessessessessessesseaseasasessasessessestessestessessessestests Appearance Standards (SMI EERG) oo. .cccccccccccccscesccceseestestestestestestestestesteaes Code System of Production Lot (#2%8 0 xy KEES) eerste Type Number (22H) cece ces cescescescesceseessessessestessessessestestessessestesteses Applying Precautions (#21 EQ YEER) oo. ceccceceeeeeceeeeeeceeeeeeeeseeeeeeeeeeeeeeeees . Precautions Relating Product Handling (@GnIMGRVY EOJER) oo ~ Warranty (PRESS) occ ccccccccccccccsccscescesccstcsscatcatcatcstestestestessestestestestesteats Rev. (chk) | Date (e#TA) | Page () Comment (AN#) Apr. 13. 2012 - Changing companys name (#t4% 2) 2 2013.8.28 13 Specification Changes made by LED EOL. changed products. * Foward current derating curve * Luminance of Module Surface Min 70 84, Typ 100 * Forward Current Max * LED Power DissiPation Max 616 IF Max 175 245 at 85C 59.5 > 77 14 3.2 Optical Characteristics (67) *XThis technical specification is applied from B/L LED 2.4 Lighting Specifications VS 7 77 bE) 2.4.1. Absolute Maximunm Ratings (Hath KiER) 175 245 1225 F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 2/321.General Specifications (fettt) Operating Temp. (8) (Fila SE 8G BA) Storage Temp. (RTF Tid EE i FA) Dot Pixels (Rhy Mink) Dot Size (Ry htt A) Dot Pitch (Ry Key) Viewing Area (Ar 35h to EF 6s BA) Outline Dimensions OME Ti&) Weight (ism) LCD Type (LCD tt) Viewing Angle (#48) Data Transfer (7 F tik HK) Backlight CFR AA AA) Additional Spec. (BER AAR) Drawing CAMEL) Supply Spec. (HUA) min. -20C ~max. 70C min. -30C ~max. 80C 240 (W) X 64 (H) dots 0.50 (W) X 0.50 (H) mm 0.53 (W) X 0.53 (H) mm 130.2 (W) X 37.6 (H) mm 135.2* (W) x 51.7** (H) x 9.8* (D) mm * Without Hook (**Txv7 ER<) ** Without Flat Cable and LED Cable (* 7FyvbhF-TVROLED 7-T VER ) 75.19 max. NTD-26224 F-STN Black &White-mode (Si- Ff) Transmissive G2siH 7!) 6:00 8-bit parallel data transfer (8 Ew k NFL #2 HK) Serial data transfer (27) 7 7 # HRik) LED Backlight (LEDS 7974 h) 7% White (AR -7 ) Vivid Color Display Specification (#02278 A 7-H) (High Performance Color is Used) (HPC (#4) Dimensional Outline (iE) F-55471AC base This model has the function to operate by the internal power supply or the external power supply. However, we dont recommend the internal power supply caused from insufficient display quality. So please adopt the external power supply for operating this model. AS init, ATR UREGIC Lk OBES Rak CBO ERA, LOTTO, SMDBUNC S Fee ei AVE F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 3/32Lead free : Our product corresponds to lead free. (7 U) Lead free is defined as below: 1) The solder used in the LCD module. 2) Electrical components (Terminal section) used in the LCD module. Any lead used within the electrical component does not apply to our module definition of lead free. ARIK, $87) ice LCBO ET, 4RLDOENT Y OERIILA FOO CF, 1) WEY a VICE CWS PRA 2) HRV a IEA LOWS PRP ah aS) J 2, FEARS EA CW SELIM RIE LET, RoHS regulation : To our best knowledge, this product satisfies material requirement (RoHS #172) of RoHS regulation. Our company is doing the best efforts to obtain the equivalent certificate from our suppliers. SRE DGBANT S RY (CdSUYC, ALA RoHS HED ERE WTS CWS ba LE THO ET, MALE UTIL, BMT A A FIC HL CRO PRAE KO ON<IRKIROBHA eI OTRO ET, F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 4/322.Electrical Specifications (BRA tt) 2.1.Absolute Maximum Ratings (#@tRAE%%) Vss=0V Parameter Symbol Conditions Min. Max. Units GA A) (at) (& ##) (BEfiz) Supply Voltage (Logic) Vop-Vss - -0.3 4.0 V (avy 7 ABUSE) Supply Voltage (Booster Circuit) Vout (Note) -0.3 15.0 V (34- FE IETS Fe Supply Voltage (LCD Drive) Vo (Note) -0.3 15.0 V (Hic BAY A Be Input Voltage VIN - -0.3 Vpp+0.3 V (ATE) Note : The relation of Vo> V1> V2> V3> V4> Vss, Vop > Vss must be maintained. TE: SAR ORE HE LT <P AUS Vo>V1> V2> V3> V4> Vss, Vop > Vss 2.2.DC Characteristics (External power supply) DC ett (Shah BARA) Ta=25C, Vss=0V Parameter Symbol Conditions Min. Typ. Max. Units GA A) (ios) (A fF) (ELA) Supply Voltage for Logic Vop-Vss 1.8 3.0 3.6 V (avy 7 ABUSE) Supply Voltage for LCD drive | VO0-Vss_ | Shown in 3.1. 8.9 9.35 9.8 V (Hine SAB A EE) 3.1.18 V1-Vss | V1 = (8/9)*V0 7.95 8.3 8.7 V V2-Vss | V2 = (7/9)*V0 6.95 7.25 7.6 V V3-Vss | V3 = (2/9)*V0 2.0 2.1 2.15 V V4-Vss | V4 = (1/9)*V0 1.0 1.05 1.1 V "High" Level Input Voltage VIH - 0.8xVpp - Vbp V ("High" LULA TBE) "Low" Level Input Voltage VIL - Vss - 0.2xVbp V Low" LS LAT BIE) "High" Level Output Voltage VoH IOH=-0.5mA 0.8xVpp - Vbp V (High" bE) "Low" Level Output Voltage VoL IOL=0.5mA Vbp - 0.2xVbp V (Low" bULH i IE) Frame Frequency frRM fOSC =31.4kHz, - 80.5 - Hz (FLD)ARAO 1/65 Duty, VDD-VSS=3.0V Current Consumption IDp VDD-Vss=3.0V, - 7.0 15.0 uA (We Fite) i V0-Vss=9.35V, - 05 10 TA Checker THEAR 7S Note : The relation of Vo> V1> V2> V3> V4> Vss, Vpp > Vss must be maintained. HE: AR ORE Te LCE ET, Vo>V1> V2>V3> V4> Vss, Vop > Vss F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 5/322.3.AC Characteristics (AC #7) 2.3.1.System Buses Read/Write Characteristics (80 series CPU) SEYh ANDLILFFERES 1 ELT (80 A CPU) Vop=2.7~3.6V, Ta=-20~70C Parameter Symbol Min. Max. Units GA A) Go) (HAZ) Address Hold Time tans 0 - ns (F PL AR W PR) Address Setup Time tass 0) - ns (FY Be ARY hY SETA) System Cycle Time tcyes 240 - ns (VAF AVA 7 VISTA) Control High Pulse Width (Write) tocHw 100 - ns (ay ha HSV AID 1 B)) Control High Pulse Width (Read) tocuR 60 - ns (ay hae HN Als CY F)) Control Low Pulse Width (Write) teow 90 - ns (ay ha LYS VAIS 1 b)) Control Low Pulse Width (Read) tccir 120 - ns (ay ha VLA tC F)) Data Setup Time toss 40 - ns (F-F RY RY y Tie) Data Hold Time tons 10 - ns (FF ARV PR IRTAD) /RD Access Time taccs - 140 ns (UV-BY 7 Abia) Output Disable Time tons 5 50 ns (HAT 4-2-7 VI) F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 6/32Vop=1.8~2.7V, Ta=-20~70C Parameter Symbol Min. Max. Units GA A) Go) (HAZ) Address Hold Time tans 0 - ns (F PL AR W PR) Address Setup Time tass 0) - ns (FY Be ARY hY SETA) System Cycle Time tcyes 400 - ns (VYAF LAVA 7 IVIRFAD) Control High Pulse Width (Write) tocHw 120 - ns (ay ha HN VATED 4 BD) Control High Pulse Width (Read) tocuR 120 - ns (ay ha HN Ale (YD F)) Control Low Pulse Width (Write) teow 150 - ns (Ay ha LYS VAI CFT b)) Control Low Pulse Width (Read) tccir 150 - ns (ay ha LS Ati CY F)) Data Setup Time toss 80 - ns (F-F BY RK y Tie) Data Hold Time tons 30 - ns (FF ARV PR IRTAD) /RD Access Time taccs - 240 ns (UV-BY 7 Abia) Output Disable Time tons 10 100 ns (HAT 4-2-7 VI) tcycs Vv AO x N tase taHs CS1 (CS2) N a, ae, a, tecLw, tecLR ft~CTTSC CS WR, RD _> /\_______+\\ NX j tecHw, tecHR tr |. tose | f. tbHs | DO~D7 (WRITE) tr taccs tous DO~D7 (READ) F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 7/322.3.2.System Buses Read/Write Characteristics (68 series CPU) BEY hk ANDLILTFSEKAT ELT (68K CPU) Vop=2.7~3.6V, Ta=-20~70C Parameter Symbol Min. Max. Units GA A) Go) (HAZ) Address Hold Time tare 0 - ns (F PL AR W PR) Address Setup Time tase 0) - ns (FY Be ARY hY SETA) System Cycle Time tcyce 240 - ns (VAT AVA 7 VIR) Control High Pulse Width (Write) tewHw 90 - ns (ay ha MH VAIS 4 B)) Control High Pulse Width (Read) tewHr 120 - ns (ay ha HN Ati CY B)) Control Low Pulse Width (Write) tewiw 100 - ns (ay hE LYS VAUD 1 _b)) Control Low Pulse Width (Read) tew.r 60 - ns (ay ha VLA tC F)) Data Setup Time tose 40 - ns (F-F BY RK y Tie) Data Hold Time tone 10 - ns (FF ARV PR IRTAD) Access Time (CL=100pF) tacce - 140 ns (U- FY 7 AlFR](CL=100pF)) Output Disable Time tons 5 50 ns (HAT 4-2-7 VI) F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 8/32Vop=1.8~2.7V, Ta=-20~70C Parameter Symbol Min. Max. Units GA A) Go) (HAZ) Address Hold Time tare 0 - ns (F PL AR W PR) Address Setup Time tase 0) - ns (FY Be ARY hY SETA) System Cycle Time tcyce 400 - ns (VAF LA 7 iF) Control High Pulse Width (Write) tewHw 150 - ns (sy ha HN AID 4 B)) Control High Pulse Width (Read) tewHr 150 - ns (ay ha HN Ate CY F)) Control Low Pulse Width (Write) tewiw 120 - ns (ay ha LYS VAIS 1 b)) Control Low Pulse Width (Read) tew.r 120 - ns (ay ha VLA tC F)) Data Setup Time tose 80 - ns (F-F BY RK y Tie) Data Hold Time tone 30 - ns (FF ARV PR IRTAD) Access Time (CL=100pF) tacce - 240 ns (U- FY 7 AlFR](CL=100pF)) Output Disable Time tons 10 100 ns (HAT 4-2-7 VI) ; tcyce - AO, R/W yt K nN 7 - tase TtAH6 E j-~_________> . tewLw, tEWLR - po lt teWwHw, tEWHR YC tr ___ tose _ tpHe | DO~ D7 (WRITE) Yt tt tacce toHe DO~ D7 (READ) F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 9/322.3.3.Serial Interface Timing (YU PILTSRRES 1 SUT) Vop=2.7~3.6V, Ta=-20~70C Parameter Symbol Min. Max. Units GA A) (id) (HAZ) Serial Clock Cycle tscyc 120 - ns (VU PMY ay YA TD VIRFFA)) Serial Clock High Pulse Width tsHw 60 - ns (VU NVA Ay ZHAN AME) Serial Clock Low Pulse Width tsiw 60 - ns (VU NMZ BY ZL A I) Address Setup Time tsas 30 - ns (FY FL AGY hY Te) Address Hold Time tsaH 20 - ns (F FL AR BIRR) Data Setup Time tsps 30 - ns (FB EY hy TD Data Hold Time tspH 20 - ns (F-F7 ARV BSA) CS Setup Time toss 20 - ns (CS ty h TRA) CS Hold Time tesH 40 - ns (C Sa BS RSFRR) F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 10/32Vop=1.8~2.7V, Ta=-20~70C Parameter Symbol Min. Max. Units (4 B) Gd) (EAL) Serial Clock Cycle tscyc 200 - ns (YUKU Ay PHA 7 VARED) Serial Clock High Pulse Width tsHw 80 - ns (YUP MI ay DHA Ath) Serial Clock Low Pulse Width tstw 80 - ns (YUMA By ZL ANIVA TR) Address Setup Time tsas 60 - ns (F RU AGY hY y THA) Address Hold Time tsa 30 - ns (F FL Ama PARED Data Setup Time tsps 60 - ns (F-F EY hy TRA) Data Hold Time tspH 60 - ns (F-A RW PRD) CS Setup Time toss 40 - ns (CS ty h TIE) CS Hold Time tosH 100 - ns (CS aR BERRA) tscyc tCsH CS1, (CS2) tsas tSAH <$_____ | AO tr tSHW y_ 1" tsLw V D6(SCL) / / J N yY tsps | | tsDH Tye te F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 11/322.3.4.Display Control Timing (RAY FO-)JLAT EY) Vpp=2.7~3.6V, Ta=-20~70C Parameter Symbol Min. Typ. Max. Units GA A) (ac) (FAAZ) FR Delay Time (FR WEXEI#IA) torr - 20 80 ns Vop=1.8~2.7V, Ta=-20~70C Parameter Symbol Min. Typ. Max. Units GA A) (ac) (FAAZ) FR Delay Time (FR WEXEI#IA) torr - 40 160 ns CL (Output) torr FR 2.3.5.Reset Timing (UY kA BY7) Vpp=2.7~3.6V, Ta=-20~70C Parameter Symbol Min. Typ. Max. Units GAR A) (at) (Bifiz) Reset time (1 tz biRFE)) tr - - 1.0 Reset L Pulse Width trw 10 - - Ls (Ute yy RPLPS7V-A NR) Vop=1.8~2.7V, Ta=-20~70C Parameter Symbol Min. Typ. Max. Units GAR A) (at) (Bifiz) Reset time (1 tz biRFE)) tr - - 2.0 Reset L Pulse Width trw 20 - - Ls (Ute yy RPLPS7V-A NR) RES Int | ; states x During reset Reset complete Note : The input signal rise time and fall time (tr, tf) is specified as 15ns or less. All timing is specified using 20% and 80% of Vpbp as the standard. HE: ADS OWS EDDY RODS FASO EA (tr, th Mk, 1Sns LAP CRE SIE, BCDFA TY TIX, VDD M 200%K EO 80% HEEL LUTHE SNE. F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 12/322.4.Lighting Specifications (Vv 7-4 bate) 2.4.1.Absolute Maximum Ratings (#@tRAE%%) Ta=25C Parameter Symbol Conditions Min. Typ. Max. Units GAR A) (at) (& fF) (Bifiz) Forward Current IF (Note) - - 245 mA CIE FE Tie) GE) Reverse Voltage VR - - - 5 V (FE) LED Power Dissipation Pp - - - 1225 mW (LED iF AHR XR) Note : Refer to the foward current derating curve. The forward current (or voltage) must be tuned to satisfy as the forward current derating curve mentioned relationship. CE WAR REO RRRIT OU Chak, Fae BRL OX AY, Palo eet aie td bk Otc, IIB rade CECILIA) 2a T OVEN OED, IF (mA) 245 105 }---------------------4------------> ; 77 -----1 -20 70 (85) Ta (C) 2.4.2.Operating Characteristics (BIE 48) Ta=25C Parameter Symbol Conditions Min. Typ. Max. Units GA A) (ac) (& fF) (Bifiz) Forward Voltage VF lF=105mA - 3.2 3.5 V ORB) Forward Current IF - - 105 - mA OUR EG) F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 13/323.Optical Specifications (ttt) 3.1.LCD Driving Voltage GRae Ska B EE) Parameter Symbol Conditions Min. Typ. Max. Units GAR A) (at) (& fF) (Bifiz) Recommended Ta= -20C - - 10.0 Vv LCD Driving Voltage (Note ) V0-VSS Ta=25C 8.9 9.4 9.8 V PETER in BA aE GE) Ta=70C 8.3 - - V Note : Voltage (Applied actual waveform to LCD Module) for the best contrast. The range of minimum and maximum shows tolerance of the operating voltage. The specified contrast ratio and response time are not guaranteed over the entire range. TE: Ya 7 ARO & A Le CH I RP AD ONARIERRLEF, Min.~Max.O#/ESiHlt, WEE Va ORPEAD YF lO hoCEC SRD BE OBR eRT OCHO, COMM AHIC DEO CE ONO TERE A (AY RFA WAS) etka TO DU Cll 0 EL, 3.2.Optical Characteristics (J524#t) Ta=25C, 1/65 Duty, 1/9 Bias, VO=9.4V (Note 4), 8= 0, p=-, B/L_IF=105mA Parameter Symbol Conditions Min. | Typ. | Max. | Units | Note GAR A) (at) (& fF) (Bifiz) | GE) Luminance of Module Surface LON ON state 84 120 - cd/m? - (OY 2 VR AI) (ON #75) Contrast Ratio (2 kA bit) CR - - 50 - - 1 Viewing Angle (#54 #iHH) - Shown in 3.3. (3.38% 8/8) - - Response Rise (32-4) TON - - 110 200 ms 2 (his 25 BF TAD) Decay (Q2F 9) | Torr - - 190 | 290 ms 3 Note 1 :Contrast ratio is definded as follows. (CR = Lon / Lorr) Lon : Luminance of the ON signal Lorr : Luminance of the OFF signal HEL: 2YRFA ROR ON {ARE OUREE & Lon & UL. OFF (GR OVRRE % Lore & Lic hFO ALY hTA bE, CR=Lon / Lore CHB STE, Note 2 :The time that the luminance level reaches 90% of the saturation level from 0% when ON signal is applied. YE2: OFF UKRR2>5 ON TARR UPR ZTE, TERED AYEDS OMDB NNWMILEET SE COEF, Note 3 :The time that the luminance level reaches 10% of the saturation level from 100% when OFF signal is applied. JE3: ONYARE2 65 OFF RARE Ze, PEEEOBYEDS 100%295 1LOMITIT SE COTA, Note 4 :Definition of Driving Voltage Appliing the typical value of VO-VSS showed in 3.1. TE 4 : BREN FR EO ERE 3.1 SAM VO-VSS (Typ.) 2384. F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 14/323.3.Definition of Viewing Angle and Optimum Viewing Area (HER U48 i SiH) *Point e shows the point where contrast ratio is measured. : 8= 0, o=- (AY RFA RMR) 0=0, @=- +++ OFRTY 4 *Driving condition (Sk#)244:) : 1/65 Duty, 1/9 Bias, Vo=9.4V 90 180 270 *Area [|__| showstyp.CR210 (Measuring Spot : 3.0mm) CR210 4iH ET SG A ++ [eB GHEE : 3.0mmd) 3.4.System Block Diagram GRIER) Temperature Chamber(ti a4) Rotation Table (Bl&RAT %)( 0,4 ) Photometer(FU F-~FI4 kA-4) #1980A WB 3 LCD Optical Fiber won nearer permease rca nene ent A (ED 74 18) 4 Control Unit & Computer Waveform Generator (aveat) ay ho Sikes O Halogen bulb (AB FYIGYA) F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 15/324.1/0 Terminal (I / OimF) 4.1.Pin Assignment (m+) CN1 (Master IC side for LCDP) (wv %IC I LCD S47 A) No. | Symbol (#25) Function (#& #2) 1 NC Non-connection (Ax FA sit) 2 FR Output for LCD Alternating Current Signal (idazeit(tfa-s th) 3 CL Outpput for Displey Clock G&R7 By 7 fae) 4 /DOF Output for LCD Blancking Control CHAE ROT DF A 7 MEA HID) 5 /CS1 Chip Select Signal (L: Active) (Fy FeULY Mas (L: BER)) 6 Cs2 Chip Select Signal (H: Active) (Fy AeUy Kas (H: BER)) 7 /RES Reset Signal (L: Reset) (Vy Mas (L: Ye) ) 8 AO H : DO~D7 are Display Data, L: DO~D7 are Instructions (H : DO~D7 iH RFF, L: DO~DTINM AY AGI Var) 9 WR 80 family CPU : Write Signal (L: Active) (80-4 CPUD 74 base (L: BER) ) 10 /RD 80 family CPU : Read Signal (L : Active) (804 CPUMY las L: BER) 11 Do Display Data (RRT #185) 12 D1 Display Data (RRT #185) 13 D2 Display Data (RRT #185) 14 D3 Display Data (RRT #185) 15 D4 Display Data (RRT #185) 16 D5 Display Data (RRT #185) 17 D6 Display Data (or Serial Data Clock Signal Input) (RF Aa CERI VU NP HH 7A Y TGA) ) 18 D7 Display Data (or Serial Data Input) (REF Flas CEI VU VFF% AA) ) 19 VDD Power Supply (Uta /4) 20 vss Power Supply (OV, GND) (#33 23H: (OV, GND) ) 21 VOUT DC/DC Voltage Converter Output 4 HEMFO Hy Ayam 22 C4+ DC/DC Voltage Converter Positive Connection (SER Py IEEE) 23 C3+ DC/DC Voltage Converter Positive Connection (SER Py IEEE) 24 C1- DC/DC Voltage Converter Negative Connection (HEA SY PUT Ape) F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 16/32No. |Symbol (#5) Function (#& #2) 25 Ci+ DC/DC Voltage Converter Positive Connection (SER Py IEEE) 26 C2+ DC/DC Voltage Converter Positive Connection (SER Py IEEE) 27 C2- DC/DC Voltage Converter Negative Connection (HEA SY PUT Ape) 28 V1 Power Supply for LCD Drive (in S80 A a) [V1 = 8/9-Vo] 29 V2 Power Supply for LCD Drive (in SX80 A Sa) [V2 = 7/9-Vo] 30 V3 Power Supply for LCD Drive (ins A Sa) [Va = 2/9-Vo] 31 V4 Power Supply for LCD Drive (in S80) A a) [Va = 1/9-Vo] 32 VO Power Supply for LCD Drive (ida SkSi/H a) 33 VR V0 Voltage Adjustment Pin (VO ELS id tin T-) Applies voltage between Vss and Vo using a resistive divider. (Hii ay ll & Bete L. VO-Vss Ome ei, ) 34 C86 Interface Mode Select Signal (H : 68 series, L: 80 series) (Ave-T at AC PERMA (H 2 68 %, L: 80 %)) 35 P/S Parallel/Serial Data Select Signal (H : Parallel L: Serial) (NIUMSY UY VF FBR (HNL, Li YU) 36 IRS This terminal selects the resistors for the VO voltage level adjustment. (H : Use the internal resistors, L: Dont use the internal resistors) (VO AEE LL RL A OBERT) (H: ABE Y ASE, L: AGB Y A MEAA) F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 17/32CN2 (Slave IC side for LCDP) (AL7IC fil LCD 7s HH) No. | Symbol (#25) Function (#& #2) 1 NC Non-connection (Ax FA sit) 2 FR Output for LCD Alternating Current Signal (ima2zeit(tfa-s AT) 3 CL Outpput for Displey Clock G87 By 7 fa AD) 4 /DOF Output for LCD Blancking Control CGA ROT DF A TIMER AAD 5 /CS1 Chip Select Signal (L: Active) (Fy FeULY Mas (L: BER)) 6 Cs2 Chip Select Signal (H: Active) (Fy AeUy Kas (H: BER)) 7 /RES Reset Signal (L: Reset) (Vy Mas (L: Ye) ) 8 AO H : DO~D7 are Display Data, L: DO~D7 are Instructions (H : DO~D7 iH RFF, L: DO~DTINM AY AGI Var) 9 WR 80 family CPU : Write Signal (L: Active) (80-4 CPUD 74 base (L: BER) ) 10 /RD 80 family CPU : Read Signal (L : Active) (804 CPUMY las L: BER) 11 Do Display Data (RRT #185) 12 D1 Display Data (RRT #185) 13 D2 Display Data (RRT #185) 14 D3 Display Data (RRT #185) 15 D4 Display Data (RRT #185) 16 D5 Display Data (RRT #185) 17 D6 Display Data (or Serial Data Clock Signal Input) (RF Aa CERI VU NP HH 7A Y TGA) ) 18 D7 Display Data (or Serial Data Input) (REF Flas CEI VU VFF% AA) ) 19 VDD Power Supply (Uta /4) 20 vss Power Supply (OV, GND) (#33 23H: (OV, GND) ) 21 VOUT DC/DC Voltage Converter Output 4 HEMFO Hy Ayam 22 C4+ DC/DC Voltage Converter Positive Connection (AEA AY PU EE RET) 23 C3+ DC/DC Voltage Converter Positive Connection (AEA AY PU EE RET) 24 C1- DC/DC Voltage Converter Negative Connection (HEA SY PUT Ape) 25 Ci+ DC/DC Voltage Converter Positive Connection (AEA AY PU EE RET) F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 18/32No. |Symbol (#5) Function (#& #2) 26 C2+ DC/DC Voltage Converter Positive Connection (SER Py IEEE) 27 C2- DC/DC Voltage Converter Negative Connection (HEA SY PUT Ape) 28 V1 Power Supply for LCD Drive (in S80 A a) [V1 = 8/9-Vo] 29 V2 Power Supply for LCD Drive (in SX80 A Sa) [V2 = 7/9-Vo] 30 V3 Power Supply for LCD Drive (ins A Sa) [Va = 2/9-Vo] 31 V4 Power Supply for LCD Drive (in S80) A a) [Va = 1/9-Vo] 32 VO Power Supply for LCD Drive (ida SkSi/H a) 33 VR V0 Voltage Adjustment Pin (VO ELS id tin T-) Applies voltage between Vss and Vo using a resistive divider. (Hii ay ll & Bete L. VO-Vss Ome ei, ) 34 C86 Interface Mode Select Signal (H : 68 series, L: 80 series) (Ave-T at AC PERMA (H 2 68 %, L: 80 %)) 35 P/S Parallel/Serial Data Select Signal (H : Parallel L: Serial) (NIUMSY UY VF FBR (HNL, Li YU) 36 NC Non-connection (Ax FA sit) CN3 (for Backlight Unit) US 777 bFR) No. Symbol (#25) Function (#& #6 1 LEDA LED Anode Terminal (LED 7 7 Fi) 2 LED K (CATHODE) LED Cathode Terminal (LED 7 Y Fai) F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 19/324.2.Recommended Connection for the Power Supply (SiJat Aunt O HES NER) 4.2.1. When using the external power supply circuit HBS RHE RARAT O18) VDD | VSS | VOUT C3+ C1- Cit+ C2+ | C2- | V1 V2 V3 | V4 | VO VR IRS Ca | (NC) (NC) (NC) (NC) (NC) (NC) (NC) p4=) gare] Power Supply *Ca: 1.0 to 4.7uF (Voltage rating 74% @S/E: 10V) *(NC): no connection >i Faun 4.2.2. When using the internal power supply circuit (ARS RHE RRA 168) This model has the function to operate by the internal power supply or the external power supply. However, we dont recommend the internal power supply caused from insufficient display quality. So please adopt the external power supply for operating this model. AS init, ATR UREGIC Lk OBES Rak CBO ERA, LOTTO, SMDBUNC S Fee ei AVE F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 20/324.3. Recommended Connection for I/O Terminal (I/O i O HEE +} ERE) *In case of selecting 80 series CPU of 8-bit parallel data transfer. (BEyh NADLILFZERDE (80K CPU) OWA) CH? tester side) ON? (Slave sila) FR 00 Oo Oe Os O+ 0 CSC Cesc oFen pre VD 4 eS eee (NC) : no connection RE A F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 21/324.4. Block Diagram (POY SA PTS L) LEDA LED Backlight LEDK FR *_] COM 32 cL +-_ LCDP /DOF *_} oO i /CS1 240 x 64 dots CsS2 >] /RES > AQ > _ is A WR SEG 132 /RD > D0~D7-_ VDD > _> vss FR CL _ VOUT *_J Control LSI IDOF SEG 108 C444 , ICSI >] cl-4+_ NT7534 C82 > cl4+_|_ (Master) /RES _> C24 + AO _> C2- > /WR V1 + /RD ] <_______ v2 D0~D7 / COM 32 ~+_ > V3 VDD v4+-_J vo *_J VR C86 P/s IRS > VSS VOUT *_] Control LSI C44 + 034+ + cl- +___ NT7534 Cl+*____ (Slave) C2+ *______J C2-+______q v2 +_ v3.+ v4+_ vo *_ VR C86 P/S > F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 22/325.Test (3 SR) No abnormal function and appearance are found after the following tests. Pat Oper & Sith LIRR, RBROMECRRBRS &, Conditions: Unless otherwise specified, tests will be conducted under the following condition. Temperature: 20+5C Humidity: 65+5%RH Tests will be not conducted under functioning state. See: RCSA OME ORO. YARE 2045C, WEEE 654+5%, EMAAR CTT. No. Parameter (44 EB) Conditions (iAERAZA) Notes 1 High Temperature Operating 70C+2C, 96hrs (ra Tinh BE FR) (operation state) GB 1h He) 2 Low Temperature Operating -20C+2C, 96hrs 1 (AEG Tint BEN ER) (operation state) GB 1h He) 3 High Temperature Storage 80C+2C, 96hrs 2 (Hatin PR TF AER) 4 Low Temperature Storage -30C+2C, 96hrs 1,2 CLR TE aR) 5 Damp Proof Test 40C+2C,90~95%RH, 96hrs 1,2 CREAR (ENTE) ) (operation state) GB 1h He) 6 | Vibration Test Total fixed amplitude (4:4) : 1.5mm 3 (Heth BAER ) Vibration Frequency (ieSi/AVRRC) : 10~55Hz One cycle 60 seconds to 3 directions of X, Y, Z for each 15 minutes (1 EE 1TH XYZ 3 Il & 15 DAD) 7 Shock Test To be measured after dropping from 60cm high on (fT EAR) the concrete surface in packing state. CES ORIEL RBIS T 60cm Mik S 2 POR HCaLY 7 UC KANEF., ) Dropping method corner dropping( #54 F) F Acomer : once(1 El) E G | c Edge dropping (#5 F) . | 7 B,C,D edge : once(1 El) 8 A Face dropping (iii) | 60cm E.F,G face : once(1 El) Concrete Surface(a 7 J BER) THAT Note 1 :No dew condensation to be observed. Note 2 :The function test shall be conducted after 4 hours storage at the normal Temperature and humidity after removed from the test chamber. Note 3 :Vibration test will be conducted to the product itself without putting it in a container. EL: RRL RIE, YE2: BARR, HM EER SEIS 4 I Lick, HE RTS. 123: Agee AUP LCD EY a BAR CIT S F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 23/326.Appearance Standards (S}#H#h#) 6.1.Definition of applicable Zones (+4839 OISAA YY - VU ORR) a /0nm i _10nm C-ZONE i BZONE ~~ A-ZONE | 10mm ene t x k X : Maximum Seal Line. (PMc 4 ER ER) A-Zone : Inner 1.0 mm of X Line. (XMAMH1.Omm22hA) & +S sea RED) B-Zone : To A-Zone from X Line. (X7>5AYY CM TE) C-Zone : Outer of X Line. (XE 0 IMAI DFE) However, when the statement of C zone is shown in the drawing and it overlaps with B zone, C zone of the drawing is applied. (HL, SHELRNC C YY ORE 0 BY -VICER ABA O CY LY eh ATS) 6.2.Inspection conditions (RRA) The LCD shall be inspected under 40W white fluorescent light. The distance between the eyes and the sample shall be more than 30cm. All directions for inspecting the sample should be within 45against perpendicular line. 40W OBSINTIS CT, tu Tv & OFHBE 30cm LLEC A IC k OPRAETT . Pua ve AMT SANT, HRC L CHIRAA 45 OPIAAL TS, F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 24/326.3.Standards (4+#R#Ht) D=(Long + Short)/2, D= *: Disregard, Units: mm CRE+ RPE) (2, *: FER, Bic > mm No. Parameter (ZEB) Criteria CHE") Dot shape (Ry hwary ZH) (1) Pin Hole (Ek) Y, Dimension Acceptable Number > (KE &) CFS AEC) ay D<0.10 * > 1 pc/dot or less 1 {fil/b ybLAF 0.10<D<0.20 5 pes / cell or less 5 (l/tz VLA F (2) Breakage or Chips / Deformation (Kit /AJ%) 1.Dot Type Ky kK? 77% A Dimension Acceptable Number 1 (K&S) (PRA ELSO A<0.10 * (Should not be connected to next dot) (WEBEL Sb yb & Heth L RV) 1 pc / dot or less 5 pcs / cell or less 0.10<A<0.15 | 1 fA Fy REAP, 5 file VLE (Should not be connected to next dot) (WEBEL Sb yb & Heth L RV) B<0.15 * 2.Defective type extends over multiple numbers of dots ERO By MEER SH47) Dimension Acceptable Number 1eQ (KES) (RO Toh {I D<0.10 * 1 pc / dot or less 5 pcs / cell or less 010<D<020 1 {Bl Bey BEAR, 5 {lz bE (Individual dot must secure 1/2 area or more) (Il & OD By BIL 1/2 SAE AEER) F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 25/32D=(Long+ Short)/2, *: Disregard, Units : mm D= (f+ 78) /2, *: Hel, FEfic > mm No. | Parameter (444) Criteria (HU2E LEME) 2 | Black and (1) Round Shape (FHYkO 8 ) White Spots, Zone (iJ) Acceptable Number Foreign Substances Dimension FARO GRA, (K& &) (mm) A B Cc dn FEED) D<0.10 * * * 0.10< D < 0.20 6 * 0.20< D < 0.30 4 * Individual dot must secure 1/2 area or more. (fl OB y BIAHARD 1/2 HERO IE, ) (2) Line Shape (#1KO BO) Zone Acceptable Number i ta CaF 80) Length Width fe S (mm) (mm) A B Cc * W < 0.03 * * * L<2.0 /0.03<W<0.05 5 * L <1.0 W <0.10 4 * * 0.10<W In the same way (1) * (1) (ZIIEF No more than 9pes as total. (421K Oar BUT 9 BLA FETS) (Refer to Complex Foreign Substance Defects) CHE RID RN & BIR) 3 Color Variation Not to be conspicuous defects. (tp) (BLUKARE IE, ) 4 | Air Bubbles (between glass Zone (iJ) Acceptable Number & polarizer) Dimension CFS AEC) in HEHE) (KES) (mm) A B Cc D <0.30 * * * 0.30 <D<0.40 3 * * 0.40 <D<0.60 2 3 * No more than 3pces as total. (4218 Oar A BUT 3 HLA FETS) (Refer to Complex Foreign Substance Defects) (PEG RD KI BHR) F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 26/32D=(Long+ Short)/2, *: Disregard, Units: mm D= (RE+78)/2, *: HG, Bifz: mm No. Parameter (444) Criteria (HU2E LEME) 5 Polarizer Scratches Not to be conspicuous defects. (Wm JE A + FTI) CGELWKRORE OL, (AL, CY VIS ETS, ) 6 Polarizer Dirts If the stains are removed easily from LCDP surface, the module tH 1) is not defective. Except C zone. (MRICS RNS EOMRME TS, f_L, CY mvt e FS, ) 7 Complex Foreign Black and white spots, line shaped foreign substances or air Substance Defects bubbles between glass & polarizer should be 9pcs maximum (CREDA) in total. Except C zone. GREUN, PRAY, HOt AVILA at 9 MLA PETS, 8 Distance between 20mm or more. Except C zone. Different Foreign Substance Defects (SERS FLD TH D HBB) (Sy A] D FBR 20mm LA LES, {AL CY Viste e +S, ) F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 27/327.Code System of Production Lot (*##oOw kB) The production lot of module is specified as follows. eV a VOR y hel, KROL IICH CTS, OOOOOO-oO co | oL Factory Control Number [3 F27 5 (0~99) Pi of the week #iuH2H (A~G) Factory Number 2) Cig (0~9) Factory Code Limits (Alphabet) Production Week #3] (1~5) Production Month #754 (1~9, X, Y, Z) Production Year #3#4 (Lower 2 digits PH/BR4E#c F 2 #1) 8.Type Number (#15 # xt) The type number of module is specified as follows. IDEV a NOMA, ROE DICRRTS, 355471AC 9.Applying Precautions G2AREO3$#5) Please contact us when questions and/or new problems not specified in this Specifications arise. ATARI BSS REFS, SE Veta BU OM AVE LEA, Mia BHO LMT SIL ETA, F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 28/3210.Precautions Relating Product Handling (#{& RiRlLi LOB) The Following precautions will guide you in handling our product correctly. Aig ih 2 EL < CREATAS Alc, ROBAIC CER PSY, 1) Liquid crystal display devices (1) The liquid crystal display panel used in the liquid crystal display module is made of plate glass. Avoid any strong mechanical shock. Should the glass break handle it with care. (2) The polarizer adhering to the surface of the LCD is made of a soft material. Guard against scratching it. 1) WHARF COUNT (1) Heda Re ABE Ya VIE LOW SRE SR FIL, BAD ACHE EIVOWEF OC FRY VRE EE 2 FX ARVO FSU, BITLDSBA LIEB AIL, FEI CTD bY VCE CIES FAY, (2) RAR OR MICHEL YO AIC de SAM ICAI, IK DPUMTBEEP OCR TWO A, GeosRok dlcecT Rav. 2) Care of the liquid crystal display module against static electricity discharge. (1) When working with the module, be sure to ground your body and any electrical equipment you may be using. We strongly recommend the use of anti static mats (made of rubber), to protect worktables against the hazards of electrical shock. (2) Avoid the use of work clothing made of synthetic fibers. We recommend cotton clothing or other conductivity-treated fibers. (3) Slowly and carefully remove the protective film from the LCD module, since this operation can generate static electricity. 2) WRENS Va VOR ORV COVNC FET) CD APR, HEM RICILA PY -ARLTRSYY, Ee, (PRAIA -OBBY ay 7EO DEA SA, HEEL Vy h (GAN) BIBOLET, (2) (ESERIES CARB LE SUT HE@ A eB LET, (3) REESDIBA LET OC, HAAR PIR ORE 4 AItibo KO ERA UT FEU, 3) When the LCD module must be stored for long periods of time: (1) Protect the modules from high temperature and humidity. "Recommended storage conditions" Temperature: 15~25C Humidity: 60~70%RH No dew condensation to be observed. (2) Keep the modules out of direct sunlight or direct exposure to ultraviolet rays. (3) Protect the modules from excessive external forces. 3) PARA RE YY a ee HR CR R LIRITIUER DRAB IT OWT (1) ili, Pair CR LIRAVYCR EU, HED EAE | Um BE: 15~25C, WERE : 6O~70%RH, BROWER OL, (2) EIN At, d& SVILEASMRA ES Fe DRE DIC UT FSU, (3) SMD baat RA AMD be DIT LET FSV 4) Use the module with a power supply that is equipped with an overcurrent protector circuit, since the module is not provided with this protective feature. 4) PRABRARE Ya VICI, REL DS Ao CBO ERA OC, B-OWFSICMA. lel AS te Pea BR AR AYR ee AEA PF SV, F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 29/325) Do not ingest the LCD fluid itself should it leak out of a damaged LCD module. Should hands or clothing come in contact with LCD fluid, wash immediately with soap. 5) WHA RE YY a ARR Lei GRAS) DSM CE EBA, HILARY KOILT RSW, RABE CKIRZ PICA LEGBICIX, BBICAITA CHEV HEL T FSW, 6) Conductivity is not guaranteed for models that use metal holders where solder connections between the metal holder and the PCB are not used. Please contact us to discuss appropriate ways to assure conductivity. 6) AB MARVE AEA SAIC BUY T, ABI & SR eR IT Lo Rn MEE ROWBAIL, Sibeteakl ECA, MARS e ASSNOBSIL ARIAS, 7) For models which use CFL: (1) High voltage of 1000V or greater is applied to the CFL cable connector area. Care should be taken not to touch connection areas to avoid burns. (2) Protect CFL cables from rubbing against the unit and thus causing the wire jacket to become worn. (3) The use of CFLs for extended periods of time at low temperatures will significantly shorten their service life. (4) After storing the product (or LCD) under low temperature and/or in dark atmosphere for a long period of time, CCFL may take longer time to reach its specified brightness. 7) CF L&eMAY SPRARIZ OWT Q) CFLY-FVOARY FBI, LOOVEL EDMAN COE, RAIA 6 EKGORAERDETOC, RORMVICCEB PSY. (2) CFLY-TVA, EPRI C Hef LAGED BFE LAW E DIC DIE FEW, (3) CF LIA, (Gi Cap Lice, HMOARMOM LC LS SRO ET, (4) (Rl & OMS ATI CER SAV CW SA ITE CICA D PPS IO EDBADVET, 8) For models which use touch panels: (1) Do not stack up modules since they can be damaged by components on neighboring modules. (2) Do not place heavy objects on top of the product. This could cause glass breakage. 8) Fy FARE REIT OUT (1) BOBS eLAWCREW, Dy VY CREE BON SIEBHVET, (2) KIC eye BPR VYC FAV, 9) For models which use COG,TAB,or COF: (1) The mechanical strength of the product is low since the IC chip faces out unprotected from the rear. Be sure to protect the rear of the IC chip from external forces. (2) Given the fact that the rear of the IC chip is left exposed, in order to protect the unit from electrical damage, avoid installation configurations in which the rear of the IC chip runs the risk of making any electrical contact. 9) COG, TAB, COF &(RATSMRIC OWT QQ) [CF yARHABCOEERH LUCHA, MARAE DMR < RoOTWET, HUI BRU TIL, 1 CR y SRC MADD RV LO -INERLT FEY, (2) 1CFyARMSCORERWLCWOA, BARE IEE OCI CF y PRmlc ARDEA ST OLD RSS EIT COP EV), Ere, HICK ORES MILL, BRM RAERTEIRT O72, SED Mb RV Hie & LOPE, F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 30/3210) Models which use flexible cable, heat seal, or TAB: (1) In order to maintain reliability, do not touch or hold by the connector area. (2) Avoid any bending, pulling, or other excessive force, which can result in broken connections. 10) PU, EP hY OV, TABATA RBIC OY (1) (EHR PEMERRO A, Wie B OD Ze AIT ZRU YC FAV, (2) [BTBLO FTHEMEDS & BA, FEBEZRHT OO HRIP 2, SlosRO SOV ALIIARUYC FAV, 11) In case of buffer material such as cushion / gasket is assembled into LCD module, it may have an adverse effect on connecting parts (LCD panel-TCP / HEAT SEAL / FPC / etc., PCB-TCP / HEAT SEAL / FPC etc., TCP-HEAT SEAL, TCP-FPC, HEAT SEAL-FPC, etc.,) depending on its materials. Please check and evaluate these materials carefully before use. 11) ele VY a-Miiyyva rte Rat Ome. Jy valrMSOMAIC kh). Balke Va VBE BERB (LCD 7S RL E TCP E bv / FRC 2, PCB & TCP/E bY / FRC, TCP/ EE bY /FPC SOFA OPES) [CHEER RIES AT AEPEDS dh EOC, BHC Payee LCR EY, 12) In case of acrylic plate is attached to front side of LCD panel, cloudiness ( very small cracks ) can occur on acrylic plate, being influenced by some components generated from polarizer film. Please check and evaluate those acrylic materials carefully before use. 12) Wel ORNCY 7 VRE RIT Owe, TIT UV VOMEIC EO, tAOEAR > FEE TAMA OH CT 7 VU VAIS A GEM I Fy 7) DBAS APE DET OC, SERS +4) Reith 2 Ze hi LCR SU, 13) Flickering due to optical interference may occur by combination of a) LCD driving frame frequency decided by either internal oscillator in driver IC or external clock input by the customer and b) lighting frequency of either backlight or other light sources. Please evaluate enough at the environment of actual use, and decide the driving condition that does not cause flickering. 13) FAA -SICN BRR > SUI AD By FIC ko CREST ARMAOMic kot, AvIIA bh, ZOMOINO AAT ARR BV HAE AER EOIEZIRFIBIC EAT UV vA-DBET ATED SH OETO CC, Ri AEICIS FORMAT, ZU vA OBA LAW BEIT OAR AW, 14) Please be advised that do not apply DC voltage to the LCD. If DC voltage is applied to the LCD, then it may cause poor display quality. 14) ARB RF ICD CAAIMS NAW HL FICHE ES, FINE NEBAICKRERF ROA L RO ED, F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 31/3211.Warranty (Rare) This product has been manufactured to your companys specifications as a part for use in your companys general electronic products. It is guaranteed to perform according to delivery pecifications. For any other use apart from general electronic equipment, we cannot take responsibility if the product is used in medical devices, nuclear power control equipment, aerospace equipment, fire and security systems, or any other applications in which there is a direct risk to human life and where extremely high levels of reliability are required. If the product is to be used in any of the above applications, we will need to enter into a separate product liability agreement. 4aeRinlL, MELO AY Pa i OMB & LOC, el thatat CPR BIC EO & Rie Sve bOCHYO, SRNR BREA ICEL TS bOCH, BD. Sak Bda ds A Tat SASK OD ete A tit tc Balto S Ra, ea, ZEA, BSR SU TEE Hie wT fal Makati @ BER SO ARICA Snowe, Metre UTIL -WORIER AWE, ii, DPPAARIMEASNSRA, RGM ICES SRM, BIRR LO CIA< 9 SRV) HL _LEIPET, 1) We cannot accept responsibility for any defect, which may arise from additional anufacturing of the product (including disassembly and reassembly), after product delivery. 1) MAABIC PIER L (ye + FDL e at) CBU SFR ICOR ELTA EDREZAWERA, 2) We cannot accept responsibility for any defect, which may arise after the application of strong external force to the product. 2) MARMDPoeo bic ho BETSFASICOS ELL, COREZAWEKA, 3) We cannot accept responsibility for any defect, which may arise due to the application of static electricity after the product has passed your companys acceptance inspection procedures. 3) HACER RAC CAR LY Me SCR, HEREOF EN CBE SFA GICOSE LULL, COREPAWERH, 4) When the product is in CFL models, CFL service life and brightness will vary According to the performance of the inverter used, leaks, etc. We cannot accept responsibility for product performance, reliability, or defect, which may arise. 4) CFL&(EAT SRMICBIYC, CR LOAM OHM, HAT AS1 VAN #-OPERE Y-7ECRELED, RunikiR COPERE, (AHPERORRGICOSELTIL, CORE RAW EAL, 5) We cannot accept responsibility for intellectual property of a third party, which may arise through the application of our product to your assembly with exception to those issues relating directly to the structure or method of manufacturing of our product. 5) Sete LEC eIC Lh BATS TRA ORmA ICOM Ud, SRRGORE CATE ICE DS bOUMCOREL TIL, COBRILEZAWDEVH, 6) We will not be held responsible for any quality guarantee issue for defect products judged as our-origin in 2 (two) years from our production or 1(one) year from KYOCERA Display Group delivery which ever is shorter. 6) MRR CATS EE SNEAR AG HO PA AEM ICOe EL CIA, Meehee bY 2, UL < (Chee ee, MIRE He 1 FOLD AMIR E SECIS ET, F-55471GNFQJ-LW-ACN Rev.2 KYOCERA Display Corporation Page 32/32