HC16202NY-LY

HC16202NY-LY HYNIX | Alldatasheet

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644 #8 LCD 282] 7/S7e <2S 2> AAEY LCD 2S HC16202NY-LY O al% Ab: Bu} LCD ©} Hole] AEE AASAPS] ole] 7}4) ARE wGOR aap} cp] Vo Bees wel. (1) FEATURES + Display Mode : STN, Positive, Transmissive, Normal temperature + Display Color : Yellow green + Display Format : 16 Characters < 2 Lines + Input Data : 8-bit or 4-bit parallel interface to a MPU + Viewing Direction — : 6 O'Clock + Back Light : LED, Yellow green (2) EXTERNAL DIMENSION = 90.0 - asl 750 to 254 15=381 r — a _ : _ aad DOU oOCOoOoOo 1 UIE t 1 ot i - I Aca | a2 Poon 3 - Unit: mm (3) MECHANICAL SPECIFICATIONS Max Module Siz 80.0(W) X 36.00) *10.0(T) for EL or no backlight | mm | a@xamum Moanle 2128 | 80.0(W) x 36.0(H) x 15.0(T) for LED backlight mm 64.5(W) x 13.81) 2.95(W) x 3.80) 3,65(W) x 5.05(H) 0.55(W) <0.50(H) #42 H, LCD 2B2| HM BS, OhmAt, 2002 _http://control.cntc.ac.kr/cpu/

<#8 2> HAES LCD 2H HC16202NY-LY 645 (4) ABSOLUTE MAXIMUM RATINGS [Logic Supply Voltage [Vdd-Vss] -0.3 [= [70 | v JT Ta=25c | [LCD Drive Supply Voltage | Vdd-Vo | -03 [ = [135 | V | Ta=25c | [Input Voltage Vi | 03 [= [dav VT Ta=25c | | Operating Temperature [Ta | 0/20 [= s0/-70f CJ] Sta/Ext | [Storage Temperature | Tstg_ | -20/-30[ = 70/85] CJ Sta/ext | (5) ELECTRICAL CHARACTERISTICS(Ta=-20 ~ +75) | Min. | Typ. | Max. | [Logic Supply Voltage [Vdd-Vss[ 45 [ 50 | 55 [Vv [| [Logic Supply Current [dd [= [2.0 [3.0 | ma | Vaa-5v | [LCD Drive Supply Current [To | = [| 10 [15 | ma | Vad=5v_| | Input Voltage “High” Level [Vin [22 [= [Vad [ov [OT | Input Voltage “Low” Level [Vu | -03 [ = [055 |v [| | Output Voltage “High” Level[ Vou [| 24 [= [=P VJ Ton=-0.2ma | | Output Voltage “Low” Level | Vo. [= [= [04 | VJ Tor=1.2ma_| Std = standard version, Ext = extended temperature(high reliability) version (6) PIN CONFIGURATION | 3 [ Vo | = [LCD Driving Voltage, Operating Voltage [15 | AcE) [= [LEDC or EL Backlight Connection Lis | Keen2) |= LEDG) or EL Backlight Connection #42 A, LCD 2S2| HAM BS, OhmAt, 2002 _http://control.cntc.ac.kr/cpu/

646 #8 LCD 289] 7/S7e (7) BACKLIGHTING CHARACTERISTICS(Ta=25 C) f™] LED Backlight Supply Voltage [ Vin | 39 [ai [a3 [ovo TT | Power Consumption [7 Pd [| [656 | = [mw fT [Lumins Te TE 10mA EL Backlight Applied Voltage 100 [120 [AC Vrms[ | Applied Frequency [Fa | - [400 [ - [mz [| [Current | ta S| = 66 | | mA Va=100V | Power Consumption [Pd [| = [166 [= | mw | ___Fa=d00Hz [Luminus 55 Tem’ [Wa=100V, Fa=400Hz | (8) BLOCK DIAGRAM DB0~DB7 : <=> [comme LCD PANEL | } RW ——+—4] conrrouer if : Rs ——+ >] usixt : : vas —}—> [Yate Vss ——+—> : k —+— UNIT ' #42 A, LCD 2S2| HAM BS, OhmAt, 2002 _http://control.cntc.ac.kr/cpu/

<#8 2> HAS LCD 2S HC16202NY-LY 647 (9) MPU INTERFACE TIMING CHARACTERISTICS (f] MPU Interface Timing(Vdd=+5.0V + 10%, Vss=0V, Ta=-20°C ~+75°C) i ee Enable cycle time [ icye | 500 | - [ = [ons | Fig 12 | Enable high level width | PWen [230 | = [= [ons | Fig 2 | [Enable rise time Tt T= T= 5 ns Tig 2 Enable fall time [ot | = f= [2 7 ns | Fig 2 | | Address setup time J tas [40 f= f= fT ons [| Fig 2 | Address hold time [tan [io | = [=P ns [Fig 12 | | Data setup time(write) | tsw [ 80 | = | = [ons | Fig 1 | Data delay time(read) [toon [= | = | 160 | ons [| Fig. 2 | | Data hold time(write) [tu [0 [= P= ns Fig 1 Data hold time(read) [tom | 20 [ = | = [ons | Fig. 2] Vow Vin i CT tas. tan RW pM Vi LC Pwan ~, Lea] ml tep E Ve v Ve i ter, DBO our uve vw L. toe Fig. 1 Write Operation (MPU -> LCD) Vou im ro bs, ta RAV. Vn SN PWon ta i c ve L~Tn TNL va in tern! | tour peo tDOR Vi Vu | by SS Fig. 2. Read Operation (LCD -» MPU) 242 H, LCD 2E2] AH BS, OhmAl, 2002 _http://control.cntc.ac.kr/cpu/

648 #8 LCD 2B9| 7/Sa= (10) POWER SUPPLY Single Power Source Double Power Source Vdd +5V 0 Vad +5V0 (+5V) (+5V) as [ye LCD LCD mopute ¥° vel | mooute Y° ve Vss Vss (GND) 1 (eno L svg Vdd-Vo : LCD driving voltage Vr = 10kQ~20k02 (11) INSTRUCTION SET ; Ege Uhre Instruction I (Max.) [Reum home fofofofofopopolopi |=] vit ms | [Bnury mode set Foo fofofofofofitmis] ous | [Function set Fo fof ofoti fo [Nfe[s fe] ous | Set CG RAM address [ofofo]i] CG RAM address Set DD RAM address [o fo [i | DD RAM address Read busy flag and address | 0 [1 [Br | ‘Address Counter Data write to CG RAM or ri 40 1 mae [i [of wwe en | Data read from CG RAM or ne 40 1 meer [| ms de | Remark : (1) * means no effect or don’t care condition. (2) Execution time changes when frequency changes. For example, when fosc is 270kHz, 1.64ms x 250/270 = 1.52ms and 40s * 250/270 = 37 us. 242 HM, LCD SB2| BA BS, OhmAt, 2002 _hittp://control.cntc.ac.kr/cpu/

<#5 2> HAEBS LCD 2B HC16202NY-LY 649 (12) ELECTRO-OPTICAL CHARACTERISTICS(1/16 duty, 1/5 bias) em Symbol ini condition ote [Contrast Ratio [| cr sf 3 | 5 [= [= foo vo [3 | | Response Time(rise)[ Tr | = ‘| 100 0-0, o=0" Response Time(fall) |__| = 150 | 150 | ms | a=0", 4 =0" Note 1: Definition of angle 6 & 6. — Note 2: Definition of viewing angle 01 & 02. XI = x2 / \\ — = 14 1 — Note 3: Definition of contrast Cr Note 4: Definition of optical response a 100% 0% ott On otf Bb > at >< 3 | Z 100% / \\ {| AL Non-selected z / \\ / At Dos y/ 10% —— 100% 0% > T ia Set Point Driving Voltage « <—»> Time Negative : P= -1 Tr 1 Ce= (a/B)P (Postive P=4l 242 HM, LCD SB2| BA BS, OhmAt, 2002 _hittp://control.cntc.ac.kr/cpu/

650 #8 LCD 289] 7/S7& KPA = Sd LCDS LCD SB 2489S Aste TA HOODOO OOOO SS SSS SESS SSS Se oo oO o OOD BW @OdDMap WD Cc Character Type Module - PCB G | Graphic Type Module - PCB <1> | LCD Type B__ | COB(Chip on Board) Type Module P| COG(Chip on Glass) Type Module T__| TABCTape Automated Bonding) Type Module cas | D Character Type Number of Character per Line ® Graphic Type Number of Column Dots(Upper 2 Digits Only) ® Graphic Ty; LSI Controller(5=With Controller, 6=Without Controller) Ni | TN P| Extended ‘Temperature TN <5> | Display Mode Q | Extended Temperature STN F | ESTN R_| Extended Temperature FSTN wren ec ” | Yellow/Green(STN) <6> | LCD Color B_ | Blue(STN), Black(TN, FSTN) G_| Gray(STN} Nil | 6:00 O'Clock <7> | Viewing Direction Ue | 12:00 BiClock R__| 3:00 OClock Nil} Without Backlight + Reflective T | Without Backlight + Transflective X | Without Backlight + Transmissive E | EL + Transflective <8> | Backlight M_ | EL + Transmissive L | LED + Transmissive D_ | LED + Transflective G | CCPL + Transmissive H__| CCFL + Transflective Nil_| Without Backlight A | Amber(LED) <9> | Backlight Color B | Blue /Green(EL) W | White(EL, CCFL) Y_| Yellow/Green(LED) Nil_| Black Coating % | Zine Natural inc White <10> | Holder ik | Nickel Coating S| Stainless P__| Plastic Nil_| Without Connector <11> | Connector € | Rin Header O_| Other Connector O99 242 H, LCD 2E2] AH BS, OhmAl, 2002 _http://control.cntc.ac.kr/cpu/