SED1353 Technical Manual

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1 SED1353 Series Dot Matrix Graphics LCD Controller MF119-1b

2 MS-DOS Windows Microsoft PC/AT VGA IBM International Business Machines SEIKO EPSON CORPORATION 1997

3 SED1353 Series Dot Matrix Graphic LCD Controller Hardware Functional Specification

4 HARDWARE FUNCTIONAL SPECIFICATION LCD MC68 MPU READY( WAIT#) MPU ISA LCD MPU/CRT / SRAM DC AC MC IOW# IOR# MEMW# MEMR# MC68 READY( WAIT#) MPU/ IOW# IOR# MEMW# MEMR#

5 7.4 LCD LCD - 4, 8 / LCD LCD / LCD - 16 / LCD LCD SRAM SRAM

6 MPU ( : Z8) ( : i886/ ) ISA ISA SED1353FA SED1353F1A SED1353DA IOW# (MC68) IOR# (MC68) MEMW# (MC68) MEMR# (MC68) IOW# (MC68 ) IOR# (MC68 ) MEMW# (MC68 ) MEMR# (MC68 ) LCD LCD LCD / LCD - 16 / LCD : AUX[3] 3 = AUX[1] 2 = : AUX[3] 3 = 1 AUX[1] 2 = K SRAM K SRAM K SRAM K SRAM K SRAM

7 K SRAM K SRAM K SRAM QFP5-1-S QFP15-1-STD

8 LCD / I/O IOW# (MC68) IOR# (MC68) MEMW# (MC68) MEMR# (MC68) IOW# (MC68 ) IOR# (MC68 ) MEMW# (MC68 ) MEMR# (MC68 ) LCD - 4, 8 / LCD LCD / LCD - 16 / LCD / LCD ID SRAM SRAM : = : = : =

9 SED1353 Series Hardware Functional Specification LCD SED1353 AC DC SED V 5.5V 25MHz SED1353 SED1352 SED LCD SED1353 MC68 8/16 MPU K RAM 8 64K RAM S18A-A

10 EPSON CMOS : V SED1353FA: QFP5-1pin S2 SED1353F1A: QFP15-1pin STD SED1353DA: ( ): Max. 25MHz (2 ) 16 MC68 MPU ( : Max. 16MHz) 8 /16 MPU READY( WAIT#) 16 8 /16 SRAM : 128K : 64K 16 SRAM 1 128K : 64K 8 SRAM 2 64K : 32K 8 SRAM 2 4K : 8K 8 32K 8 SRAM 1 32K : 32K 8 SRAM 1 16K : 8K 8 SRAM 2 8K : 8K 8 SRAM 1 (BW) (1 / ) 4 16 (2 4 / ) (2 4 8 / ) (AUX[A] ) (AUX[D] ) : S18A-A-11-1

11 SED1353 Series Hardware Functional Specification ( ) / / LCD 4 (4) 8 (8) 8 ( 4 ) LCD 4 (4) 8 (8) 8 ( 4 ) 16 (8 ) 16 (8 ) 9.5 (58) 2 (AUX[1] 4 ) S18A-A

12 EPSON SED1353 SRAM LCD MC68 SED1353 A2~A23 FC~FC1 A14~A16 MEMCS# IOCS# A1~A19 A1~A19 AB1~AB19 D~D15 DB~DB15 DTACK# READY UDS# AB LDS# BHE# AS# IOR# R/W# IOW# MPU 1-4 S18A-A-11-1

13 SED1353 Series Hardware Functional Specification Z8 SED1353 MEMCS# MREQ# MI# A1~A15 IOCS# IORQ# A~A15 D~D7 WAIT# WR# RD# RESET# AB~AB15 DB~DB7 READY MEMW# MEMR# IOR# IOW# RESET ( : Z8) CLK READY RESET# RDY 8284A SED1353 CLK CLK READY RESET# S2# S1# S# A16~A19 BHE# AD~AD15 A16 S2# S1# S# DEN DT/R ALE MRDC# AMWC# IORC# AIOWC# M/IO# BHE# A~A16 STB D~D15 T OE ( : i886/ ) MEMR# MEMW# IOR# IOW# AB16~AB19 AB~AB15 BHE# MEMCS# IOCS# DB~DB15 RESET READY S18A-A

14 EPSON 8-Bit ISA Bus SED1353 REFRESH SA13~SA16 MEMCS# SMEMW# MEMW# SMEMR# MEMR# IOCHRDY READY SD~SD7 DB~DB7 SA~SA19 AB~AB19 AEN SA1~SA15 IOCS# IOW# IOW# IOR# IOR# RESET# SA(14)~SA9 RESET WS# ISA 16-Bit ISA Bus SED1353 REFRESH SA14~SA16 MEMCS# SMEMW# MEMW# SMEMR# MEMR# IOCHRDY READY SD~SD15 DB~DB15 SA~SA19 AB~AB19 AEN SA1~SA15 IOCS# IOW# IOW# IOR# IOR# SBHE# BHE# RESET# SA(14)~SA9 RESET IOCS16# LA17~LA23 MEMCS16# ISA 1-6 S18A-A-11-1

15 SED1353 Series Hardware Functional Specification IOR#, IOW#, IOCS#, MEMCS#, MEMR#, MEMW#, BHE#, AB[19:] READY DB[15:] LCDENB UD[3:], LD[3:], LP, YD, XSCL, WF (XSCL2) OSC1 OSC2 VWE# VOE# VA[15:], VD[15:] VSC#, VSC1# 3-6 MC68 MPU READY MPU VD2 SED LCD LCD LCD (RGB 1 ) 16 G( ) (48 ) VD1 VD12~VD4 IOCS# AB9~1 SED1353 VD15~VD13 MEMCS# AB19~17 SED1353 S18A-A

16 EPSON VD 8 16 MPU / (MCLK) (MCLK) 3 MCLK = fosc (fosc ) MCLK = fosc/2 MCLK = fosc/4 9.2 SRAM (57 ) = fosc (SRAM) 1-8 S18A-A-11-1

17 SED1353 Series Hardware Functional Specification S18A-A SED1353FA : : QFP5-1pin S XSCL2 WF INDEX SED1353FA DB7 VSS VDD DB8 DB9 DB1 DB11 DB12 DB13 DB14 DB15 AB AB1 AB2 AB3 AB4 AB5 AB6 AB7 AB8 AB9 AB1 AB11 AB12 AB13 AB14 AB15 AB16 AB17 AB18 WF/XSCL2* LP YD LD LD1 LD2 LD3 UD UD1 UD2 UD3 VCS1# VCS# VWE# VA15 VA14 VA13 VA12 VA11 VD15 VD14 VD13 VD12 VD11 VD1 VD9 VD8 VDD VSS VD7 VD6 VD5 VD4 VD3 VD2 VD1 VD VA1 VA9 VA8 VA7 VA6 VA5 VA4 VA3 VA2 VA1 VA RESET AB19 XSCL LCDENB VOE# IOCS# IOW# IOR# MEMCS# MEMW# MEMR# READY BHE# OSC1 OSC2 DB DB1 DB2 DB3 DB4 DB5 DB

18 EPSON 1-1 S18A-A SED1353F1A : : QFP15-1pin STD XSCL2 WF INDEX SED1353F1A DB8 DB9 DB1 DB11 DB12 DB13 DB14 DB15 AB AB1 AB2 AB3 AB4 AB5 AB6 AB7 AB8 AB9 AB1 AB11 AB12 AB13 AB14 AB15 AB16 YD LD LD1 LD2 LD3 UD UD1 UD2 UD3 VCS1# VCS# VWE# VA15 VA14 VA13 VA12 VA11 VD15 VD14 VD13 VD12 VD11 VD1 VD9 VD8 VDD VSS VD7 VD6 VD5 VD4 VD3 VD2 VD1 VD VA1 VA9 VA8 VA7 VA6 VA5 VA4 VA3 VA2 VA1 VA RESET AB19 AB18 AB17 LP WF/XSCL2* XSCL LCDENB VOE# IOCS# IOW# IOR# MEMCS# MEMW# MEMR# READY BHE# OSC1 OSC2 DB DB1 DB2 DB3 DB4 DB5 DB6 DB7 VSS VDD

19 SED1353 Series Hardware Functional Specification Dummy Pad VD7 VD6 VD5 VD4 VD3 VD2 VD1 VD VA1 VA9 VA8 VA7 VA6 VA5 VA4 VA3 VA2 VA1 VA RESET AB19 1 AB18 VSS VDD DB8 DB9 DB1 DB11 DB12 DB13 DB14 DB15 AB AB1 AB2 AB3 AB4 AB5 AB6 AB7 AB8 AB9 AB1 AB11 AB12 AB13 AB14 AB15 AB16 AB17 LP YD LD LD1 LD2 LD3 UD UD1 UD2 UD3 VCS1# VCS# VWE# VA15 VA14 VA13 VA12 VA11 VD15 VD14 VD13 VD12 VD11 VD1 VD9 VD8 VDD VSS WF/XSCL2* XSCL LCDENB VOE# IOCS# IOW# IOR# MEMCS# MEMW# MEMR# READY BHE# 11 SED1353DA 5 OSC1 OSC DB DB1 DB2 DB3 DB4 DB5 DB DB7 Dummy Pad = 5.3mm 5.3mm =.4mm =.9mm.9mm =.126mm (Min.) 4-3 SED1353DA : XSCL2 WF S18A-A

20 EPSON ( : mm) No. No. X Y X Y 1 VSS VDD VDD VD DB VD DB VD DB VD DB VD DB VD DB VD DB VD DB VA AB VA AB VA AB VA AB VA AB VWE# AB VCS# AB VCS1# AB UD AB UD AB UD AB UD AB LD AB LD AB LD AB LD AB YD AB LP AB WF/XSCL AB XSCL AB LCDENB RESET VOE# VA IOCS# VA IOW# VA IOR# VA MEMCS# VA MEMW# VA MEMR# VA READY VA BHE# VA OSC VA OSC VA DB VD DB VD DB VD DB VD DB VD DB VD DB VD DB VD Dummy Pad VSS Dummy Pad S18A-A-11-1

21 SED1353 Series Hardware Functional Specification : I = O = I/O = () P = COx = CMOS x ( 6-4 (18 ) ) COxS = CMOS x ( 6-4 (18) ) TSx =3 CMOS x ( 6-4 (18) ) TSxD2 = 3 CMOS (5V/3.V Typ. 1kΩ/2kΩ) x ( 6-4 (18) ) TTL = TTL TTLS = TTL FA No. DB~DB15 I/O 94~1, 1, 4~11 F1A No. 91~98, 1~8 DA No. 118~119, 121~125, 128, 4~ TS2 8 DB8~DB15 VDD AB I TTLS MC68 MPU MC68 (UDS#) MPU/ AB1~AB19 I 13~31 1~28 14~2, TTL 22~3, 32~33, 36 BHE# I TTLS MC68 MPU MC68 (LDS#) MPU/ 16 (BHE#) 8 VDD IOCS# I TTLS Low 16 1 IOW# I TTLS MC68 MPU MC68 R/W# ( High) ( Low) MPU/ Low IOR# I TTLS MC68 MPU MC68 AS# MPU/ Low MEMCS# I TTLS Low MEMW# I TTLS Low MC68 MPU VDD MEMR# I TTLS Low MC68 MPU VDD S18A-A

22 EPSON FA F1A DA No. No. No. READY O TS3 MC68 MPU MC68 DTACK# Low MPU/ Low READY (Hi-Z) RESET I TTLS High FA No. VD~VD15 I/O 44~51, 54~61 VA~VA15 O 33~43, 62~66 F1A No. 41~48, 51~58 3~4, 59~ DA No. 54~55, 57~61, 64, 68~75 38~4, 42~43, 45~46, 48~49, 51~52, 77~81 TS1D2 16 VD~VD7 VD8~VD15 RESET High RESET VD~VD15 ( 5-6(16 ) ) CO1 VCS1# O CO1 2 SRAM SRAM Low VCS# O CO1 1 SRAM SRAM Low VWE# O CO1 Low SRAM WE# VOE# O CO1 Low SRAM OE# UD3~UD LD3~LD FPDI-1 TM #1 UD3~UD LD3~LD LCD FA F1A DA No. No. No. O 7~73, 67~7, 86~89, CO3S 74~77 71~74 9~93 4 LD3~LD Low ( ) XSCL FPSHIFT O CO3 LCDX LP FPLINE O CO3 LCDX Y () 1-14 S18A-A-11-1

23 SED1353 Series Hardware Functional Specification WF/ XSCL2 FPDI-1 TM #1 MOD FPSHIFT2 5-3 LCD FA F1A DA No. No. No. O CO LCD BIAS AUX[5] 7~2 YD FPFRAME O CO3 LCD LP 1 Y () LCDENB O CO2 LCD On/Off 5-4 FA F1A DA No. No. No. OSC1 I OSC2 OSC2 O OSC1 5-5 FA F1A DA No. No. No. VDD P 3, 53 5, 1 3, 67 P VSS P 2, 52 49, 99 1, 65 P S18A-A

24 EPSON SED1353 SRAM VD[...15] RESET 5-6 / RESET : (1/) 1 VD 16 8 VD1 I/O I/O VD2 MC68 MPU READY(WAIT#) MPU / VD VD12~VD4 I/O [9:1] 9 I/O MPU 9~ I/O (IOCS# Low) I/O VD15~VD13 [3:1] 3 MPU 19~17 3 (MEMCS# Low) 3 128K 128K 128K A17 : RESET (17) : A I/O 3h ISA ( ) VD15~VD 5-7 I/O 8 ISA 16 ISA VD 1 1 VD1 1 1 VD2 VD3 VD12~VD xxx xxx VD15~VD x = don t care 1 = = 1-16 S18A-A-11-1

25 SED1353 Series Hardware Functional Specification 6-1 VDD -.3 ~ +6. V VIN -.3 ~ VDD +.5 V VOUT -.3 ~ VDD +.5 V TSTG -65 ~ 15 C TSOL / 26 C/ 1sec C 6-2 Min Typ Max VDD VSS = V /3.3/ V VIN VSS VDD V IOPR fosc = 6MHz 4.5/5./11 ma 256 TOPR C 6-3 Min Typ Max VIL VDD = 4.5V.8 V VDD = 3.V.4 VDD = 2.7V.3 VIH VDD = 5.5V 2. V VDD = 3.6V 1.3 VDD = 3.3V 1.2 VT+ VDD = 5.V 2.4 V VDD = 3.3V 1.4 VDD = 3.V 1.3 VT- VDD = 5.V.6 V VDD = 3.3V.5 VDD = 3.V.4 VH VDD = 5.V.1 V VDD = 3.3V.1 VDD = 3.V.1 IIZ -1 1 µa CIN f = 1MHz 12 pf VDD= V RPD VDD = 5.V kω VI = VDD VDD = 3.3V VI = VDD VDD = 3.V VI = VDD S18A-A

26 EPSON 6-4 Min Typ Max VOL (5.V).4 V Type 1 - TS1D2, CO1 Type 2 - TS2 Type 3 - TS3, CO3, CO3S VDD = Min IOL = 4mA IOL = 8mA IOL = 12mA VOL VDD = Min.3 V (3.3V) Type 1 - TS1D2, CO1 Type 2 - TS2 Type 3 - TS3, CO3, CO3S IOL = 2mA IOL = 4mA IOL = 6mA VOL VDD = Min.3 V (3.V) Type 1 - TS1D2, CO1 Type 2 - TS2 Type 3 - TS3, CO3, CO3S IOL = 1.8mA IOL = 3.5mA IOL = 5mA VOH VDD = Min VDD-.4 V (5.V) Type 1 - TS1D2, CO1 Type 2 - TS2 Type 3 - TS3, CO3, CO3S IOH = -4mA IOH = -8mA IOH = -12mA VOH VDD = Min VDD-.3 V (3.3V) Type 1 - TS1D2, CO1 Type 2 - TS2 Type 3 - TS3, CO3, CO3S IOH = -2mA IOH = -4mA IOH = -6mA VOH VDD = Min VDD-.3 V (3.V) Type 1 - TS1D2, CO1 Type 2 - TS2 Type 3 - TS3, CO3, CO3S IOH = -1.8mA IOH = -3.5mA IOH = -5mA IOZ -1 1 µa COUT f = 1MHz 12 pf VDD = V CBID f = 1MHz VDD = V 12 pf 1-18 S18A-A-11-1

27 SED1353 Series Hardware Functional Specification :VDD = 3.V ± 1% VDD = 3.3V ± 1% VDD = 5.V ± 1% TA = -4 C ~ 85 C t rise and tfall 5 nsec (1% ~ 9%) CL = 8pF( /MPU ) CL = 1pF(LCD ) CL = 2pF( ) : MPU 16MHz IOW# AB[9:1] IOCS# t2 AS# t1 t3 R/W# UDS#/LDS# t4 DTACK# DB[15:] Hi-Z Hi-Z t5 t7 t6 t8 Hi-Z Hi-Z 7-1 IOW# (MC68) 7-1 IOW# (MC68) 3V/3.3V 5V Min Max Min Max t1 AB[9:1] AS# 1 ns t2 AS# AB[9:1] 2 1 ns t3 AS# IOCS# ns t4 UDS#/LDS# AS# 3 2 ns t5 UDS#/LDS# DTACK# 4 25 ns t6 AS# DTACK# Hi-Z 4 25 ns t7 DB[15:] AS# 2 1 ns t8 AS# DB[15:] 2 1 ns S18A-A

28 EPSON IOR# AB[9:1] IOCS# t1 t2 AS# UDS#/LDS# R/W# DTACK# DB[15:] Hi-Z Hi-Z t3 t5 t4 t6 Hi-Z Hi-Z t7 MEMW# 7-2 IOR# (MC68) 7-2 IOR# (MC68) 3V/3.3V 5V Min Max Min Max t1 AB[9:1], IOCS# AS# 1 ns t2 AS# AB[9:1], IOCS# 2 1 ns t3 AS# DTACK# 4 25 ns t4 AS# DTACK# Hi-Z 4 25 ns t5 AS# DB[15:] 6 4 ns t6 AS# DB[15:] 2 15 ns t7 AS# DB[15:] Hi-Z ns AB[19:1] MEMCS# t1 t2 AS# UDS#/LDS# R/W# DTACK# DB[15:] Hi-Z Hi-Z t5 t3 t4 t6 Hi-Z Hi-Z 7-3 MEMW# (MC68) 7-3 MEMW# (MC68) 3V/3.3V 5V Min Max Min Max t1 AB[19:1], MEMCS# AS# ns t2 AS# AB[19:1], MEMCS# ns t3 AS# DTACK# ns MCLK + 2 MCLK + 1 t4 AS# DTACK Hi-Z 4 25 ns t5 AS# DB[15:] MCLK MCLK ns t6 AS# DB[15:] ns MCLK = 1/fOSC 2/fOSC 4/fOSC ( ) 1-2 S18A-A-11-1

29 SED1353 Series Hardware Functional Specification MEMR# AB[19:1] MEMCS# t1 t2 AS# UDS#/LDS# R/W# DTACK# DB[15:] Hi-Z Hi-Z t3 t5 t4 t6 Hi-Z Hi-Z t7 7-4 MEMR# (MC68) 7-4 MEMR# (MC68) 3V/3.3V 5V Min Max Min Max t1 AB[19:1], MEMCS# AS# ns t2 AS# AB[19:1], MEMCS# ns t3 AS# DTACK# ns MCLK + 2 MCLK + 1 t4 AS# DTACK# Hi-Z 4 15 ns t5 DTACK# DB[15:] 2 15 ns t6 AS# DB[15:] ns t7 AS# DB[15:] Hi-Z 4 3 ns MCLK = 1/fOSC 2/fOSC 4/fOSC ( ) S18A-A

30 EPSON IOW# AB[9:] BHE# IOCS# t1 t5 t2 IOW# DB[15:] Hi-Z t3 t4 Hi-Z IOR# 7-5 IOW# (MC68 ) 7-5 IOW# (MC68 ) 3V/3.3V 5V Min Max Min Max t1 AB[9:], BHE#, IOCS# IOW# 1 ns t2 IOW# AB[9:], BHE#, IOCS# 2 1 ns t3 DB[15:] IOW# 2 1 ns t4 IOW# DB[15:] 2 1 ns t5 IOW# 3 2 ns AB[9:] BHE# IOCS# t1 t2 IOR# DB[15:] Hi-Z t3 t4 t5 Hi-Z 7-6 IOR# (MC68 ) 7-6 IOR# (MC68 ) 3V/3.3V 5V Min Max Min Max t1 AB[9:], BHE#, IOCS# IOR# 1 ns t2 IOR# AB[9:], BHE#, IOCS# 2 1 ns t3 IOR# DB[15:] 6 4 ns t4 IOR# DB[15:] 2 15 ns t5 IOR# DB[15:] Hi-Z ns 1-22 S18A-A-11-1

31 SED1353 Series Hardware Functional Specification MEMW# AB[19:] BHE# MEMCS# t1 t2 MEMW# READY DB[15:] Hi-Z Hi-Z t3 t4 t6 t5 Hi-Z Hi-Z 7-7 MEMW# (MC68 ) 7-7 MEMW# (MC68 ) 3V/3.3V 5V Min Max Min Max t1 AB[19:], BHE#, MEMCS# MEMW# ns t2 MEMW# AB[19:], BHE#, MEMCS# ns t3 MEMW# READY 3 2 ns t4 MEMW# DB[15:] MCLK MCLK ns t5 MEMW# DB[15:] ns t6 READY 3.5 MCLK MCLK + 1 ns MCLK = 1/fOSC 2/fOSC 4/fOSC ( ) MEMR# AB[19:] BHE# MEMCS# t1 t2 MEMR# READY DB[15:] Hi-Z t3 t7 Hi-Z t4 Hi-Z t5 t6 Hi-Z 7-8 MEMR# (MC68 ) 7-8 MEMR# (MC68 ) 3V/3.3V 5V Min Max Min Max t1 AB[19:], BHE#, MEMCS# MEMR# ns t2 MEMR# AB[19:], BHE#, MEMCS# ns t3 MEMR# READY 3 2 ns t4 READY DB[15:] 15 1 ns t5 MEMR# DB[15:] 2 1 ns t6 MEMR# DB[15:] Hi-Z 3 2 ns t7 READY 3.5 MCLK MCLK + 1 ns MCLK = 1/fOSC 2/fOSC 4/fOSC ( ) S18A-A

32 EPSON tpwh tpwl VIH 9% VIL 1% tr tosc tf Min Typ Max tosc (CLKI) 4 ns tpwh High (CLKI) 4% 6% tosc tpwl Low (CLKI) 4% 6% tosc tf (1%~9%) 5 ns tr (1%~9%) 5 ns (57 ) RC RL = 2MΩ ± 5% CL = 6.8pF SED1353FA/F1A (SED1353DA) 92 (115) RL X1 CL SED1353FA/F1A (SED1353DA) 92 (115) OUT GND X1 VCC NC VCC 93 (116) CL 93 (116) S18A-A-11-1

33 SED1353 Series Hardware Functional Specification VA[15:] VCS#, VCS1# t1 VWE# t2 t4 t3 VOE# VD[15:] t5 t6 Hi-Z Hi-Z Hi-Z Hi-Z V/3.3V 5V Min Max Min Max t1 MCLK MCLK ns t2 VA[15:], VCS#, VCS1# VWE# ns t3 VWE# VA[15:], VCS#, VCS1# ns t4 VWE# MCLK MCLK ns t5 VD[15:] VWE# MCLK MCLK ns t6 VWE# VD[15:] ns MCLK = 1/fOSC 2/fOSC 4/fOSC ( ) VA[15:] VCS#, VCS1# t1 t2 t3 VD[15:] V/3.3V 5V Min Max Min Max t1 MCLK MCLK ns t2 VA[15:], VCS#, VCS1# MCLK MCLK ns t3 VD[15:] ns MCLK = 1/fOSC 2/fOSC 4/fOSC ( ) S18A-A

34 EPSON SED1353 t2 YD t3 t1 LP t4 WF SED1353 (AUX[1]5 = ) LP t8 t5 t6a t7a t9 t1 XSCL t11 t12 UD[3:] LD[3:] 1 2 SED1353 (AUX[1]5 = 1) LP t6b, t6c t13 t7b t9 t8 t1 XSCL t11 t12 UD[3:] LD[3:] LCD S18A-A-11-1

35 SED1353 Series Hardware Functional Specification 7-12 LCD - 4, 8 / 4 8 / Min Max Min Max t1 LP () HT + HNDP HT + HNDP ns t1 LP () n/a 2 (HT + ns HNDP) - 1 t2 LP YD (AUX[1] 5 = ) 8tOSC - 1 8tOSC - 1 ns t2 LP YD (AUX[1] 5 = 1) 13tOSC tOSC - 1 ns t3 LP (AUX[1] 5 = ) 6tOSC - 5 6tOSC - 5 ns t3 LP (AUX[1] 5 = 1) 5tOSC - 5 5tOSC - 5 ns t4 LP WF 2 2 ns t5 LP XSCL n/a 2tOSC - 5 ns (AUX[1] 5 = AUX[3] 2 = ) t6a XSCL LP 2tOSC - 5 4tOSC - 5 ns (AUX[1] 5 = AUX[3] 2 = ) t6a XSCL LP tosc - 5 2tOSC - 5 ns (AUX[1] 5 = AUX[3] 2 = 1) t6b XSCL LP - 13tOSC tOSC - 5 ns (AUX[1] 5 = 1 AUX[3] 2 = ) t6b XSCL LP - 12tOSC tOSC - 5 ns (AUX[1] 5 = 1 AUX[3] 2 = 1) t6c XSCL LP - n/a 31tOSC - 5 ns (AUX[1] 5 = 1 AUX[3] 2 = ) t6c XSCL LP - n/a 29tOSC - 5 ns (AUX[1] 5 = 1 AUX[3] 2 = 1) t7a LP XSCL 2tOSC - 5 4tOSC - 5 ns (AUX[1] 5 = AUX[3] 2 = ) t7a LP XSCL tosc - 5 2tOSC - 5 ns (AUX[1] 5 = AUX[3] 2 = 1) t7b LP XSCL 7tOSC - 5 9tOSC - 5 ns (AUX[1] 5 = 1 AUX[3] 2 = ) t7b LP XSCL 6tOSC - 5 7tOSC - 5 ns (AUX[1] 5 = 1 AUX[3] 2 = 1) t8 XSCL (AUX[3] 2 = ) 4tOSC - 5 8tOSC - 5 ns t8 XSCL (AUX[3] 2 = 1) 2tOSC - 5 4tOSC - 5 ns t9 XSCL High (AUX[3] 2 = ) 2tOSC - 5 4tOSC - 5 ns t9 XSCL High (AUX[3] 2 = 1) tosc - 5 2tOSC - 5 ns t1 XSCL Low (AUX[3] 2 = ) 2tOSC - 1 4tOSC - 1 ns t1 XSCL Low (AUX[3] 2 = 1) tosc - 1 2tOSC - 1 ns t11 UD[3:], LD[3:] XSCL 2tOSC - 1** 4tOSC - 1** ns (AUX[3] 2 = ) t11 UD[3:], LD[3:] XSCL tosc - 1** 2tOSC - 1** ns (AUX[3] 2 = 1) t12 XSCL UD[3:], LD[3:] 2tOSC - 1 4tOSC - 1 ns (AUX[3] 2 = ) t12 XSCL UD[3:], LD[3:] tosc - 1 2tOSC - 1 ns (AUX[3] 2 = 1) t13 LP XSCL (AUX[1] 5 = 1) 5tOSC - 5 5tOSC - 5 ns tosc = 1/fOSC = ( ) HT = ( ) tosc HNDP = tosc ( 9.3 (57 ) ) **: 5V -1ns, 3.V 3.3V -24ns S18A-A

36 EPSON t2 YD t3 t1 LP t4 WF LP XSCL t5 t7 t6 t13 t9 t8 t1 t11 t12 UD LCD LCD - 4 Min Typ Max t1 LP HT + HNDP - 1 ns t2 LP YD 13tOSC - 1 ns t3 LP 5tOSC - 5 ns t4 LP WF 2 ns t5 LP XSCL 19tOSC - 5 ns t6 XSCL LP 2tOSC - 5 ns t7 LP XSCL 14tOSC - 5 ns t8 XSCL tosc - 5 ns t9 XSCL High.5tOSC - 5 ns t1 XSCL Low.5tOSC - 5 ns t11 UD XSCL.5tOSC - 1** ns t12 XSCL UD.5tOSC - 1 ns t13 LP XSCL 13.5tOSC - 1 ns tosc = 1/fOSC = ( ) HT = ( ) tosc HNDP = tosc ( 9.3 (57 ) ) **: 5V t 11, 3.V 3.3V t 11 =.5tOSC S18A-A-11-1

37 SED1353 Series Hardware Functional Specification t2 YD t3 t1 LP t4 WF LP XSCL t5 t7 t6 t13 t9 t8 t1 t11 t12 UD/LD LCD / LCD / 8 Min Typ Max t1 LP () HT + HNDP - 1 ns t1 LP () 2(HT + HNDP) - 1 ns t2 LP YD 13tOSC - 1 ns t3 LP 5tOSC - 5 ns t4 LP WF 2 ns t5 LP XSCL 19.5tOSC - 5 ns t6 XSCL LP 2tOSC - 5 ns () t6 XSCL LP 52tOSC - 5 ns () t7 LP XSCL 14.5tOSC - 5 ns t8 XSCL 2.5tOSC - 5 ns t9 XSCL High tosc - 5 ns t1 XSCL Low 1.5tOSC - 5 ns t11 UD/LD XSCL 1.5tOSC - 1** ns t12 XSCL UD/LD tosc - 5 ns t13 LP XSCL 13.5tOSC - 1 ns tosc = 1/fOSC = ( ) HT = ( ) tosc HNDP = tosc ( 9.3 (57 ) ) **: 5V t 11, 3.V 3.3V t 11 = 1.5tOSC - 24 S18A-A

38 EPSON t2 YD t3 t1 LP t4 WF LP XSCL t5 t7 t6 t13 t9 t8 t1 t11 t12 t14 t15 UD/LD LCD - 16 / 7-15 LCD - 16 / Min Typ Max t1 LP () HT + HNDP - 1 ns t1 LP () 2(HT + HNDP) - 1 ns t2 LP YD 13tOSC - 1 ns t3 LP 5tOSC - 5 ns t4 LP WF 2 ns t5 LP XSCL 22tOSC - 5 ns t6 XSCL LP 2tOSC - 5 ns () t6 XSCL LP 52tOSC - 5 ns () t7 LP XSCL 17tOSC - 5 ns t8 XSCL 5tOSC - 5 ns t9 XSCL High 2tOSC - 5 ns t1 XSCL Low 3tOSC - 1 ns t11 UD/LD XSCL 1.5tOSC - 1** ns t12 XSCL UD/LD tosc - 5 ns t13 LP XSCL 15tOSC - 1 ns t14 UD/LD XSCL 1.5tOSC - 1 ns t15 XSCL UD/LD.5tOSC - 5 ns tosc = 1/fOSC = ( ) HT = ( ) tosc HNDP = tosc ( 9.3 (57 ) ) **: 5V t 11, 3.V 3.3V t 11 = 1.5tOSC S18A-A-11-1

39 SED1353 Series Hardware Functional Specification t2 YD t3 t1 LP LP XSCL2 (WF) t7b t14b t6b t8b t6a t8a t7a t14a t11a t1a t11b t9b t1b t9a XSCL t12b t13b t12a t13a UD/LD LCD LCD Min Typ Max t1 LP HT + HNDP - 1 ns t2 LP YD 13tOSC - 1 ns t3 LP 5tOSC - 5 ns t6a LP XSCL 22tOSC - 5 ns t6b LP XSCL2 19.5tOSC - 5 ns t7a XSCL LP 2tOSC - 5 ns t7b XSCL2 LP 23.5tOSC - 5 ns t8a LP XSCL 17tOSC - 5 ns t8b LP XSCL2 14.5tOSC - 5 ns t9a XSCL 4tOSC - 5 ns t9b XSCL2 4tOSC - 5 ns t1a XSCL High tosc - 5 ns t1b XSCL2 High tosc - 5 ns t11a XSCL Low 3tOSC - 1 ns t11b XSCL2 Low 3tOSC - 1 ns t12a UD/LD XSCL 1.5tOSC - 1** ns t12b UD/LD XSCL2 1.5tOSC - 1** ns t13a XSCL UD/LD tosc - 5 ns t13b XSCL2 UD/LD tosc - 5 ns t14a LP XSCL 16tOSC - 1 ns t14b LP XSCL2 13.5tOSC - 1 ns tosc = 1/fOSC = ( ) HT = ( ) tosc HNDP = tosc ( 9.3 (57 ) ) **: 5V t 12, 3.V 3.3V t 12 = 1.5tOSC - 24 S18A-A

40 EPSON LP: 24 LP: 4 YD LP WF UD[3:] LINE1 LINE2 LINE3 LINE LINE239 LINE24 LINE1 LINE2 LP WF XSCL UD3 UD2 UD1 UD XSCL: LP: 48 LP: 4 YD LP WF UD[3:], LD[3:] LINE1 LINE2 LINE3 LINE LINE479 LINE48 LINE1 LINE2 LP WF XSCL UD3 UD2 UD1 UD LD3 LD2 LD1 LD XSCL: S18A-A-11-1

41 SED1353 Series Hardware Functional Specification LP: 24 LP: 2 YD LP WF UD[3:] LD[3:] LINE1 LINE2 LINE3 LINE LINE239 LINE24 LINE1 LINE2 LINE241 LINE242 LINE243 LINE LINE479 LINE48 LINE241 LINE242 LP WF XSCL UD3 UD2 UD1 UD LD3 LD2 LD1 LD XSCL: LP: 24 LP: 4 YD LP WF UD[3:] LINE1 LINE2 LINE3 LINE LINE239 LINE24 LINE1 LINE2 LP WF XSCL UD3 UD2 UD1 UD XSCL: 24 1-R1 1-G2 1-B B319 1-G1 1-B2 1-R R32 1-B1 1-R3 1-G G32 1-R2 1-G3 1-B B S18A-A

42 EPSON LP: 48 LP: 4 YD LP WF UD[3:], LD[3:] LINE1 LINE2 LINE3 LINE LINE479 LINE484 LINE1 LINE2 LP XSCL2: 12 XSCL2 XSCL: 12 XSCL UD3 UD2 UD1 UD LD3 LD2 LD1 1-R1 1-G1 1-G6 1-B6 1-B11 1-R B635 1-R636 1-B1 1-R2 1-R7 1-G7 1-G12 1-B G636 1-B636 1-G2 1-B2 1-B7 1-R8 1-R13 1-G R637 1-G637 1-R3 1-G3 1-G8 1-B8 1-B13 1-R B637 1-R638 1-B3 1-R4 1-R9 1-G9 1-G14 1-B G638 1-B638 1-G4 1-B4 1-B9 1-R1 1-R15 1-G R639 1-G639 1-R5 1-G5 1-G1 1-B1 1-B15 1-R B639 1-R64 LD 1-B5 1-R6 1-R11 1-G11 1-G16 1-B G64 1-B : AUX[3] 3 = AUX[1] 2 = S18A-A-11-1

43 SED1353 Series Hardware Functional Specification LP: 24 LP: 4 YD LP WF UD[3:], LD[3:] LINE1 LINE2 LINE3 LINE LINE239 LINE24 LINE1 LINE2 LP WF XSCL: 12 XSCL UD3 UD2 UD1 UD LD3 LD2 LD1 LD 1-R1 1-B3 1-G G318 1-G1 1-R4 1-B B318 1-B1 1-G4 1-R R319 1-R2 1-B4 1-G G319 1-G2 1-R5 1-B B319 1-B2 1-G5 1-R R32 1-R3 1-B5 1-G G32 1-G3 1-R6 1-B B : AUX[3] 3 = 1 AUX[1] 2 = 1 S18A-A

44 EPSON LP: 24 LP: 2 YD LP WF UD[3:] LD[3:] LINE1 LINE2 LINE3 LINE LINE239 LINE24 LINE1 LINE2 LINE241 LINE242 LINE243 LINE LINE479 LINE48 LINE241 LINE242 LP WF XSCL UD3 UD2 UD1 UD LD3 LD2 LD1 LD XSCL: 48 1-R1 1-G2 1-B R637 1-G638 1-B639 1-G1 1-B2 1-R G637 1-B638 1-R64 1-B1 1-R3 1-G B637 1-R639 1-G64 1-R2 1-G3 1-B4 241-R1 241-G2 241-B3 241-G1 241-B2 241-R4 241-B1 241-R3 241-G4 241-R2 241-G3 241-B R638 1-G639 1-B R G B G B R B R G R G B UD[3:] LD[3:] D Q UD[3:] LD[3:] UD[7:4] LD[7:4] 16 SED1353 XSCL CK S18A-A-11-1

45 SED1353 Series Hardware Functional Specification LP: 48 LP: 4 YD LP WF Pixel Data LINE1 LINE2 LINE3 LINE LINE479 LINE48 LINE1 LINE2 LP SED1353 WF XSCL UD3 UD2 UD1 UD XSCL: 12 1-R1 1-B B635 1-G638 1-B1 1-G G636 1-R639 1-G2 1-R R637 1-B639 1-R3 1-B B637 1-G64 LD3 LD2 LD1 LD UD7 UD6 UD5 UD4 UD3 1-G1 1-R R636 1-B638 1-R2 1-B B636 1-G639 1-B2 1-G G637 1-R64 1-G3 1-R R638 1-B64 1-R B635 1-B G636 1-G R637 1-R B637 1-B G UD2 UD1 UD LD7 LD6 LD5 LD4 1-G R639 1-R B639 1-B G64 1-G R636 1-R B636 1-B G637 1-G R638 LD3 LD2 LD1 LD 1-R B638 1-B G639 1-G R64 1-R B S18A-A

46 EPSON LP: 24 LP: 2 YD LP WF Pixel Data LINE1/241 LINE2/242 LINE3/243 LINE4/ LINE239/479 LINE24/48 LINE1/241 LINE2/242 LP SED1353 WF XSCL UD3 UD2 UD1 UD XSCL: 24 1-R1 1-G2 1-B G638 1-B639 1-G1 1-B2 1-R B638 1-R64 1-B1 1-R3 1-G R639 1-G64 1-R2 1-G3 1-B G639 1-B64 LD3 LD2 LD1 LD UD7 UD6 UD5 UD4 UD3 241-R1 241-G2 241-B G B G1 241-B2 241-R B R B1 241-R3 241-G R G R2 241-G3 241-B G B64 1-R G638 1-G B638 1-B R639 1-R G639 1-G B UD2 UD1 UD LD7 LD6 LD5 LD4 1-B R64 1-R G64 1-G B R G G B B R R G639 LD3 LD2 LD1 LD 241-G B B R R G G B S18A-A-11-1

47 SED1353 Series Hardware Functional Specification SED I/O 1. I/O VD VD7~ VD12 ( 5-6 ) I/O 16 I/O VD7~VD12 AB[9:4] I/O = I/O + AB[3:] I/O : IOW# =, = { I/O }, = { } : IOR# =, = { I/O } 2. SED I/O VD1 VD4~VD12 ( ) I/O 2 I/O VD4~VD12 AB[9:1] = [3:] = [15:8] / I/O 8 1. IOW# =, = {I/O }, = {} 2. IOW# =, = {I/O + 1}, = {} 1. IOW# =, = {I/O }, = {} 2. IOR# =, = {I/O + 1} 16 IOW# =, = {I/O }, = {, } 1. IOW# =, = {I/O }, = { } 2. IOR# =, = {I/O + 1} S18A-A

48 EPSON AUX[] I/O = b, R/W ( ) ( 6:) 6 ( ) 5~ /[2:] ( 7 = 1) ( 7, 6 = ) / AUX[1] I/O = 1b, R/W DISP PANEL XSCL LCDE / LCD RAMS 7 DISP ( ON/OFF ) ON/OFF OFF( LD~3 UD~3 ) 1 ON 6 PANEL () LCD ( ) LCD 1 LCD 5 XSCL 1 AUX[C] h XSCL AUX[C] h XSCL 4 LCDE (LCD) LCDENB low 1 high LCDENB LCD 3 / (4/ ) 16 4 (2/ ) (4/ ) (2/ ) (BW) 256 (AUX[3] 2 = 1) 1-4 S18A-A-11-1

49 SED1353 Series Hardware Functional Specification 8-1 / / AUX[1] 3 /256 AUX[3] 2 AUX[3] LCD LCD 1(AUX[3] 3) 2 LCD LCD 1 AUX[3] LCD LCD AUX[1] 2 4 LCD 1 8 LCD 4 LCD 1 8 LCD LCD () LCD ( VD 1) 256 (AUX[3] 2~1 = 11) (16 ) RAMS (RAM) 8 8K 8 SRAM 1 32K 8 SRAM 16 AUX[2] (LSB) I/O = 1b, R/W ~ [7:] 8(AUX[3] ) (1 ) = : (4 / ) 4 (1 ) = = S18A-A

50 EPSON (BW) FFh = / 4 FFh = /16 1FFh = (BW) FFh = /4 FFh = /16 FFh = FFh = 124 AUX[3] 1 I/O = 11b, R/W PS PS 1 7~6 PS [1:] ( ) PS [1:] 8-5 PS1 PS ( ) 5 (52) LCD LCD LCD Low 1 (Hi-Z) 4 LUT 1 3 LCD 1 LCD (AUX[1] 2) 8-2 LCD (41) 2 /256 / (AUX[1] 3 ) / (41) 1 LCD LUT LCD 1 BW/ / 8-1 / (41 ) 1-42 S18A-A-11-1

51 SED1353 Series Hardware Functional Specification (AUX[2] ) AUX[4] (LSB) ( ) I/O = 1b, R/W ~ [7:] FFh AUX[5] AUX[5] (LSB) WF I/O = 11b, R/W WF 5 WF 4 WF 3 WF 2 WF 1 WF 9 8 7~2 WF [5:] WF WF LP -1 2 WF n(1h~3fh) 1+nLP WF 8 1 1~ [9:8] 2 (AUX[4] ) S18A-A

52 EPSON AUX[6] 1 (LSB) I/O = 11b, R/W AUX[7] 1 (MSB) I/O = 111b, R/W AUX[6] 7~, AUX[7] 7~ 1 [15:] ( ) LSB 16 ( ) : VD13~VD15 ( 5-6 / (16 ) ) 1 ( ) ( 1 2) 1 AUX[8] 2 (LSB) I/O = 1b, R/W AUX[9] 2 (MSB) I/O = 11b, R/W AUX[8] 7~, AUX[9] 7~ 2 [15:] ( ) LSB 16 ( ) = ( ) ( ) ( 1 ) ( 1 2) AUX[A] AUX[B] AUX[C] 1-44 S18A-A-11-1

53 SED1353 Series Hardware Functional Specification AUX[A] 1 (LSB) I/O = 11b, R/W AUX[B] 1 (MSB) I/O = 111b, R/W n/a n/a n/a n/a n/a n/a AUX[A] 7~, AUX[B] 1~ 1 [9:] ( ) AUX[A] AUX[B] 2h 33 (2h + 1) 1 (AUX[6] AUX[7]) 27 (24-33) 2 (AUX[8] AUX[9]) AUX[C] I/O = 11b, R/W ~ [7:] ( (57) ) (DHNDP) DHNDP AUX[C]+1 AUX[C] ( /1 ) AUX[2] 9.3 (57) 16 4 (2/ ) 32 AUX[C] [32/(16/2)]-1 = 3 AUX[C] 1 S18A-A

54 EPSON AUX[D] I/O = 111b, R/W ~ [7:] 128K AUX[6] [7] AUX[8] [9] 8 ( + AUX[D]) 1 LCD ( + 1) AUX[6] [7] AUX[8] [9] 16 2 ( + AUX[D]) 1 LCD 2 ( + 1) AUX[6] [7] AUX[8] [9] AUX[E] I/O = 111b, R/W G G 1 ID / RGB 1 ID / RGB SED ( ) 3 (RGB ) 4 / (BW) 3 16 / (48) 7~6 G( ) [1:] 4 /4 (2/ ) 16 G( ) G 1 16 /16 (4/ ) 256 (8/ ) 16 G 2 8 G 5~4 ID /RGB [1:] 2 ID : SED1353 SED1352 R/W ID 1-46 S18A-A-11-1

55 SED1353 Series Hardware Functional Specification 8-6 ID Aux[E] 5 4 SED SED1352FB/F1B/DB 1 SED1352FA/F1A/DA 1 1 RGB [1:]: 3 (RGB) 8-7 Aux[E] 5 4 ( ) 1 R( ) R/W 1 G( ) R/W 1 1 B( ) R/W : / R( ) AUX[F] / RGB AUX[E] RGB R RGB 3~ [3:] 4 CPU 16 : (1/2/4 ) CPU R/W 16 AUX[F] I/O = 1111b, R/W R 1 R B 1 B ~6 R( ) [1:] 4 16 R( ) R R 2 8 R 16 5~4 B( ) [1:] B( ) B ~ [3:] 4 / [3:] RGB [1:]( ) 4 ( ) 16 1b(4 / ) 1 4 S18A-A

56 EPSON R( ) G( ) B( ) [1:] AUX[E][7:6] 4 : CPU R/W (P3, P2, P1, P) MSB LSB : C D E F S18A-A-11-1

57 SED1353 Series Hardware Functional Specification S18A-A R 2 [1:] AUX[F][7:6] G [1:] AUX[E][7:6] B [1:] AUX[F][5:4]

58 EPSON C D E F R G C D E F B C D E F 1-5 S18A-A-11-1

59 SED1353 Series Hardware Functional Specification S18A-A [1:] AUX[F] [1:] AUX[E] [1:] AUX[F][5:4] R2 6 R1 5 R 4 G2 3 G1 2 G 1 B1 B

60 EPSON SED (AUX[3] 7:6) SED ( ) SED I/O / / LCD Low(AUX[3] 5 = ) (AUX[3] 5 = 1) 2 1 MPU ( /) / SED1353 MPU () I/O / / MPU LCD Low(AUX[3] 5 = ) (AUX[3] 5 = 1) 8-1 (PSM) PSM1 1 2 PSM2 ON Off Off Off I/O 1-52 S18A-A-11-1

61 SED1353 Series Hardware Functional Specification UD[3:], LD[3:], LP, XSCL, YD, WF/XSCL2 ( 1) UD[3:], LD[3:], LP, XSCL, YD, WF/XSCL2 ( 2) : 1. AUX[3] 5 = 1 2. AUX[3] 5 = 8-11 (PSM) PSM1 1 2 PSM2 Low Low Low AB[19:], DB[15:] IOR#, IOW# MEMR#, MEMW# RESET S18A-A

62 EPSON VD~7 VWE# SED1353 WE# 8K 8 CS# VCS# VCS1# VA~12 n/c K SRAM (AUX[1] = ) VD~7 VWE# SED1353 VCS# VCS1# VA~12 WE# 8K 8 CS# WE# 8K 8 CS# K SRAM (AUX[1] = ) VD~7 VWE# SED1353 WE# 32K 8 CS# VCS# VCS1# VA~14 n/c K SRAM (AUX[1] = 1) 1-54 S18A-A-11-1

63 SED1353 Series Hardware Functional Specification VD~7 VWE# SED1353 VCS# VCS1# VA~14 WE# 8K/32K 8 CS# WE# 32K/8K 8 CS# K SRAM (8K K 8: AUX[1] = 32K 8 + 8K 8: AUX[1] = 1) VD~7 VWE# SED1353 VCS# VCS1# VA~14 WE# 32K 8 CS# WE# 32K 8 CS# K SRAM (AUX[1] = 1) VD~7 VWE# SED1353 WE# 8K 8 CS# VCS# VA~12 VCS1# CS# 8K 8 WE# VD8~ K SRAM S18A-A

64 EPSON VD~7 VWE# SED1353 WE# 32K 8 CS# VCS# VA~14 VCS1# CS# 32K 8 WE# VD8~ K SRAM VWE# WE# SED K 16 VCS# VCS1# VA~15 VD~7 VD8~15 LB# UB# A~15 I/O 1~8 I/O 9~ K SRAM 1-56 S18A-A-11-1

65 SED1353 Series Hardware Functional Specification SRAM 3V/3.3V 5V 16 /16 1 / fosc - 4ns 1 / fosc - 25ns 4 / 4 2 / fosc - 4ns 2 / fosc - 25ns (BW) 2 / fosc - 4ns 2 / fosc - 25ns SRAM 3V/3.3V 5V / fosc - 4ns 1 / fosc - 25ns 16 /16 2 / fosc - 4ns 2 / fosc - 25ns 4 /4 4 / fosc - 4ns 4 / fosc - 25ns (BW) 4 / fosc - 4ns 4 / fosc - 25ns (BW) 2 fosc = ( + PHNDP + DHNDP) ( + 4) fosc = ( + PHNDP + DHNDP) ( + 4) (BW) 2 fosc = ( + PHNDP + DHNDP) fosc = ( + PHNDP + DHNDP) DHNDP DHNDP = 16 () DHNDP = 32 ( ) PHNDP PHNDP = (AUX[C] = ) PHNDP = ( ) ( ) (AUX[C] ) ( ) S18A-A

66 EPSON ( ) ( ) ( ) ( 1 ) = : 64 48, 4 (2 / ) ( ) ( 64) ( 48) ( 2) = = 768 = 75K ( ) (fosc) SRAM 9-3~9-5 (BW) (1 / ) 9-3 : = 64 = 64 4 /4 (2 / ) 16 /16 (4 / ) 256 (8 / ) AUX[C] = AUX[2] AUX[C] = AUX[C] = AUX[C] = 8-bit 16-bit 8-bit 16-bit 8-bit 16-bit 8-bit 16-bit 8-bit 16-bit 8-bit 16-bit (KB) V/ 5V 3.3V 4 ns 125 ns 6 ns 16 ns 85 ns 21 ns 125 ns 29 ns 125 ns 29 ns 16 ns 36 ns 55 ns 14 ns 75 ns 175 ns 1 ns 225 ns 14 ns 35 ns 14 ns 35 ns 175 ns 375 ns (KB) 75 3V/ 3.3V (2) 125 ns ns 16 ns ns 21 ns 125 ns 29 ns ns 29 ns ns 36 ns 5V (2) 14 ns (KB) 3V/ 3.3V 5V (KB) 3V/ 3.3V 5V (fosc) / 15 (1) (1) 3 (1) (1) 24 MHz 76 Hz 74 Hz 75 ns 175 ns 125 (2) 6 ns 1 ns 225 ns 1 (2) 85 ns 14 ns 35 ns 14 ns 35 ns 175 ns 375 ns 8 75 (2) 125 ns (2) 125 ns ns 16 ns (2) 75 ns (2) 1 ns (2) 14 ns (2) 14 ns 75 ns 175 ns 25 (1) (1) 2 MHz 75 Hz 74 Hz 2 (1) (1) 16 MHz 75 Hz 73 Hz 16 (1) (1) 12 MHz 7 Hz 69 Hz 15 (1) (1) 12 MHz 75 Hz 73 Hz 125 (2)(3) 6 ns (2)(3) 75 ns 1 MHz 75 Hz 73 Hz (1) SED KB (2) 64KB 16 (3) KB = K = S18A-A-11-1

67 SED1353 Series Hardware Functional Specification (BW) (1 / ) 9-4 : = 48 = 48 4 /4 (2 / ) 16 /16 (4 / ) 256 (8 / ) AUX[C] = AUX[2] AUX[C] = AUX[C] = AUX[C] = 8-bit 16-bit 8-bit 16-bit 8-bit 16-bit 8-bit 16-bit 8-bit 16-bit 8-bit 16-bit (KB) V/ 5V 3.3V 7 ns 18 ns 1 ns 24 ns 125 ns 29 ns 16 ns 36 ns 21 ns 46 ns 21 ns 46 ns 85 ns 195 ns 115 ns 255 ns (KB) V/ 3.3V 7 ns 18 ns 1 ns 24 ns 14 ns 125 ns ns 29 ns 175 ns 375 ns 225 ns 475 ns ns 36 ns 21 ns 46 ns 225 ns 21 ns ns 46 ns 5V (KB) 3V/ 3.3V 85 ns 195 ns 113 (2) 7 ns 115 ns 255 ns 14 ns 35 ns 175 ns 375 ns 225 ns 475 ns 225 ns 475 ns (2) 1 ns (2) 125 ns 6 ns 16 ns 85 ns 21 ns 85 ns 21 ns 5V (2) 85 ns (2) 115 ns (2) 14 ns 75 ns 175 ns 1 ns 225 ns 1 ns 225 ns (KB) 3V/ 3.3V 5V (fosc) / 225 (1) (1) 18 MHz 75 Hz 73 Hz 188 (1) (1) 14 MHz 7 Hz 68 Hz 15 (1) (1) 12 MHz 75 Hz 72 Hz 12 (2)(3) 6 ns 113 (2)(3) 85 ns 94 (2)(3) 85 ns (2)(3) 75 ns (2)(3) 1 ns (2)(3) 1 ns 1 MHz 77 Hz 75 Hz 8 MHz 66 Hz 64 Hz 8 MHz 79 Hz 77 Hz (BW) (1 / ) 9-5 : = 32 4 /4 (2 / ) = /16 (4 / ) 256 (8 / ) AUX[C] = AUX[2] AUX[C] = AUX[C] = AUX[C] = (KB) 8-bit 16-bit 8-bit 16-bit 8-bit 16-bit 8-bit 16-bit 8-bit 16-bit 8-bit 16-bit V/ 5V 3.3V 125 ns 29 ns 16 ns 36 ns 21 ns 46 ns 29 ns 625 ns 29 ns 625 ns 36 ns 76 ns (KB) 3V/ 3.3V 14 ns 125 ns ns 29 ns 175 ns 375 ns 225 ns 475 ns 35 ns 64 ns 35 ns 64 ns 375 ns 775 ns ns 36 ns 21 ns 46 ns 29 ns 625 ns 29 ns 625 ns 36 ns 76 ns 5V 14 ns 35 ns (1) SED KB (2) 64KB 16 (3) KB = K = 124 (KB) 75 3V/ 3.3V (2) 125 ns 175 ns 6 ns ns 16 ns 225 ns 475 ns 35 ns 64 ns ns 21 ns 125 ns 29 ns 35 ns 125 ns ns 29 ns 375 ns 775 ns ns 36 ns 5V (2) 14 ns 75 ns 175 ns 1 ns 225 ns 14 ns 35 ns 14 ns 35 ns (KB) 3V/ 3.3V 5V (fosc) / 15 (1) (1) 12 MHz 74 Hz 7 Hz 125 (2)(3) 6 ns 1 (2)(3) 85 ns 8 75 (2)(3) 125 ns (2)(3) 125 ns 175 ns (2)(3) ns 16 ns (2)(3) 75 ns (2)(3) 1 ns (2)(3) 14 ns (2)(3) 14 ns (2)(3) 175 ns 1 MHz 74 Hz 7 Hz 8 MHz 73 Hz 7 Hz 6 MHz 69 Hz 66 Hz 6 MHz 73 Hz 7 Hz 5 MHz 73 Hz 7 Hz S18A-A

68 EPSON 23.2 ±.4 2 ± INDEX 14 ± ± max 2.7 ± ±.5.8 ± QFP5-1-S2 ( : mm) 1-6 S18A-A-11-1

69 SED1353 Series Hardware Functional Specification 16 ±.4 14 ± ±.1 16 ±.4 INDEX max 1.4 ± ± QFP15-1-STD ( : mm) S18A-A

70 SED1353 Series Dot Matrix Graphic LCD Controller Programmer s Reference

71 PROGRAMMER S REFERENCE SED / ( ) (4 /4 ) (16 /16 ) (256 ) (LUT) LUT / (1 / ) (2 / ) (2 / ) (4 / ) (4 / ) (8 / ) SDU1353BC LCD LCD LCD SED

72 7 SED SED

73 ( ) (4 /4 ) (16 /16 ) (256 ) : LCD, 4 / : LCD, : 64 2 LCD, 16 / TEXT TEXT DEMO.EXE ID ( ) ( ) ( ) ( ) VGA ( 16 ) LUT ID

74 SED1353 Programming Notes and Examples SDU1353BC SED1353 LCD LCD C 886 S18A-G

75 EPSON SED SED (45) SED1353 Hardware Functional Specification SDU1353BC Evaluation Board User s Manual EXAMPLE 1 128K LCD 1 1. SED1353 AUX AUX[h] AUX[1h] (2 ) = OFF (; OFF ON ) 6 = () 5 = XSCL () 4 = LCDE = LCDENB = LCDBIAS OFF (SDU1353BC LCDBIAS OFF) (; LCDBIAS OFF ON ) 3 = 256 () 2 = 4 LCD AUX[3] 3 () 1 = 16 () = RAMS () AUX[2h] ~ = 7~ 8 AUX[3h] AUX[3h] 11 7~6 = ( - b ) 5 = LCD Low ( ) 4 = LUT () 3 = 4 LCD AUX[1] 2 () 2 = 256 () 1 = () = 8( ; AUX[2h] ) AUX[4h] ~ = 7~ 9~8 AUX[5h] 1~ AUX[5h] 7~2: = WF () 1~ = 9~8 (; AUX[4h] ) A 5.6 (39 ) B C 2-2 S18A-G-2-2

76 SED1353 Programming Notes and Examples AUX AUX[6h] AUX[7h] AUX[8h] AUX[9h] (2 ) 1 15~ - 1 = h ( ) AUX[6h] 7~ AUX[7h] 15~8 h 1 SDU1353BC D:h 2 15~ - 2 = h ( ) AUX[8h] 7~ AUX[9h] 15~8 h 2 SDU1353BC D:h AUX[Ah] ~ = 1 7~ 1 9~8 AUX[Bh] 1~ 1 (AUX[Ah] = AUX[4h], [Bh] 1~ = AUX[5h] 1~) AUX[Bh] 7~2 = don t care; 1~ = 1 9~8 (; AUX[Ah] ) AUX[Ch] h () 7~ = AUX[Dh] h ( ) 7~ = AUX[Eh] 7~6 = G () 5~4 = R/W () 3~ = () AUX[Fh] R( ) 7~6 = R () 5~4 = B () 3~ = () AUX[Fh] G( ) AUX[Fh] B( ) AUX[Eh] 1 AUX[Fh] 1 R( ) AUX[Fh] 1 G( ) AUX[Fh] 11 B( ) AUX[Eh] 1 AUX[Fh] 1 R( ) AUX[Fh] 1 G( ) AUX[Fh] 11 B( ) AUX[Eh] 11 AUX[Fh] 11 R( ) AUX[Fh] 11 G( ) AUX[Fh] 1111 B( ) AUX[Eh] 1 AUX[Fh] 11 R( ) AUX[Fh] 11 G( ) AUX[Fh] 1111 B( ) AUX[Eh] 11 AUX[Fh] 111 R( ) AUX[Fh] 111 G( ) AUX[Fh] 11 B( ) AUX[Eh] 11 AUX[Fh] 111 R( ) AUX[Fh] 111 G( ) AUX[Fh] 11 B( ) AUX[Eh] 111 AUX[Fh] 1111 R( ) SDU1353BC (24) 4.1 (22) SDU1353BC (24) 4.1 (22) 5.4 (31) 5.1 (27 ) S18A-G

77 EPSON : A AUX (2 ) AUX[Fh] 1111 G( ) AUX[Fh] B( ) AUX[Eh] 1 AUX[Fh] 1111 R( ) AUX[Fh] 1111 G( ) AUX[Fh] 1 B( ) AUX[Eh] 11 AUX[Fh] 111 R( ) AUX[Fh] 111 G( ) AUX[Fh] 11 B( ) AUX[Eh] 11 AUX[Fh] 111 R( ) AUX[Fh] 111 G( ) AUX[Fh] 11 B( ) AUX[Eh] 11 AUX[Fh] 11 R( ) AUX[Fh] 11 G( ) AUX[Fh] 111 B( ) AUX[Eh] 111 AUX[Fh] 1 R( ) AUX[Fh] 1 G( ) AUX[Fh] 11 B( ) AUX[Eh] 111 AUX[Fh] 1 R( ) AUX[Fh] 1 G( ) AUX[Fh] 1 B( ) AUX[Eh] 1111 AUX[Fh] R( ) AUX[Fh] G( ) AUX[Fh] 1 B( ) AUX[1h] DISP 1 LCDE LCD ON 11 b OR {AUX[1h] } 7 = ON( ) 4 = LCDE = LCDENB = LCDBIAS ON (SDU1353BC 1 LCD ON) () 1 = B 8 = = 159 = 9Fh 16 = 1 = 24 1 = 239 = EFh C = SDU1353BC I/O D: 2 (2 64K/ ; ) 31h 312h D:h FFh 2-4 S18A-G-2-2

78 SED1353 Programming Notes and Examples : SDU1353BC 128K D: 2 64K SED1353BC VGA 64K K SDU1353BC SDU1353BC I/O EXAMPLE 2 128K LCD SED1353 AUX AUX[h] AUX[1h] (2 ) = OFF (; OFF ON ) 6 = () 5 = XSCL () 4 = LCDE = LCDENB = LCDBIAS OFF (SDU1353BC LCDBIAS OFF) (; LCDBIAS OFF ON ) 3 = 4 AUX[3] 2~1 () 2 = 8 LCD () 1 = 16 () = RAMS () AUX[2h] ~ = 7~ 8 AUX[3h] AUX[3h] 7~6 = ( - b ) 5 = LCD Low ( ) 4 = LUT () 3 = 4 LCD AUX[1] 2 () 2 = 4/16 () 1 = () = 8( ; AUX[2h] ) AUX[4h] ~ = 7~ 9~8 AUX[5h] 1~ AUX[5h] 7~2: = WF () 1~ = 9~8 (; AUX[4h] ) AUX[6h] AUX[7h] AUX[8h] AUX[9h] ~ - 1 = h ( ) AUX[6h] 7~ AUX[7h] 15~8 h 1 SDU1353BC D:h 2 15~ - 2 = 4Bh ( ) AUX[8h] 7~ AUX[9h] 15~8 4Bh 2 SDU1353BC D:96h A 5.6 (39 ) B C SDU1353BC (24 ) 4.1 (22 ) SDU1353BC (24 ) 4.1 (22 ) S18A-G

79 EPSON AUX (2 ) AUX[Ah] ~ = 1 7~ 1 9~8 AUX[Bh] 1~ 1 (AUX[Ah] = AUX[4h], [Bh] 1~ = AUX[5h] 1~) AUX[Bh] 7~2 = don t care; 1~ = 1 9~8 (; AUX[Ah] ) AUX[Ch] h () 7~ = AUX[Dh] h ( ) 7~ = AUX[Eh] 7~6 = G () 5~4 = R/W () 3~ = () AUX[Fh] R( ) 7~6 = R () 5~4 = B () 3~ = () AUX[Fh] G( ) AUX[Fh] B( ) AUX[Eh] 1 AUX[Fh] 1 R( ) AUX[Fh] 1 G( ) AUX[Fh] 11 B( ) AUX[Eh] 1 AUX[Fh] 1 R( ) AUX[Fh] 1 G( ) AUX[Fh] 11 B( ) AUX[Eh] 11 AUX[Fh] 11 R( ) AUX[Fh] 11 G( ) AUX[Fh] 1111 B( ) AUX[Eh] 1 AUX[Fh] 11 R( ) AUX[Fh] 11 G( ) AUX[Fh] 1111 B( ) AUX[Eh] 11 AUX[Fh] 111 R( ) AUX[Fh] 111 G( ) AUX[Fh] 11 B( ) AUX[Eh] 11 AUX[Fh] 111 R( ) AUX[Fh] 111 G( ) AUX[Fh] 11 B( ) AUX[Eh] 111 AUX[Fh] 1111 R( ) AUX[Fh] 1111 G( ) AUX[Fh] B( ) AUX[Eh] 1 AUX[Fh] 1111 R( ) AUX[Fh] 1111 G( ) AUX[Fh] 1 B( ) AUX[Eh] 11 AUX[Fh] 111 R( ) AUX[Fh] 111 G( ) AUX[Fh] 11 B( ) 5.4 (31 ) 5.1 (27 ) 2-6 S18A-G-2-2

80 SED1353 Programming Notes and Examples : A AUX (2 ) AUX[Eh] 11 AUX[Fh] 111 R( ) AUX[Fh] 111 G( ) AUX[Fh] 11 B( ) AUX[Eh] 11 AUX[Fh] 11 R( ) AUX[Fh] 11 G( ) AUX[Fh] 111 B( ) AUX[Eh] 111 AUX[Fh] 1 R( ) AUX[Fh] 1 G( ) AUX[Fh] 11 B( ) AUX[Eh] 111 AUX[Fh] 1 R( ) AUX[Fh] 1 G( ) AUX[Fh] 1 B( ) AUX[Eh] 1111 AUX[Fh] R( ) AUX[Fh] G( ) AUX[Fh] 1 B( ) AUX[1h] DISP 1 LCDE LCD ON 11 b OR {AUX[1h] } 7 = ON( ) 4 = LCDE = LCDENB = LCDBIAS ON (SDU1353BC 1 LCDBIAS ON) () B 1 = = = 79 = 4Fh 16 Single Panel = 1 C Dual Panel 48 = = = 239 = EFh SDU1353BC I/O D: 2 (2 64K/ ; 5 ) 31h 312h D:96h Ch 2 S18A-G

81 EPSON SED1353 LCD n/a n/a ( ) ( ) (4 /4 ) (16 /16 ) R( ) G( ) B( ) 4 G( ) 2-8 S18A-G-2-2

82 SED1353 Programming Notes and Examples R 2 R 1 R G 2 G 1 G B 1 B (256 ) 256 RGB 3 R( ) 3 G( ) 3 B( ) 2 RGB R G B 8 LUT LUT LUT LUT 4 4 AUX[E] I/O = 111b, R/W G G 1 ID / RGB 1 IDID / RGB SED ( ) 3 (RGB ) 4 / (BW) 3 16 / (11) 7~6 G( ) [1:] 4 /4 (2/ ) 16 G( ) G 1 16 /16 (4/ ) 256 (8/ ) 16 G 2 8 G 5~4 ID /RGB [1:] 2 ID : SED1353 SED1352Fx R/W ID 3-2 ID Aux[E] 5 4 SED SED1352FB/F1B/DB 1 SED1352FA/F1A/DA 1 1 S18A-G

83 EPSON RGB [1:]: 3 (RGB) 3-3 Aux[E] 5 4 ( ) 1 R( ) R/W 1 G( ) R/W 1 1 B( ) R/W : / R( ) AUX[F] / RGB AUX[E] RGB R RGB 3~ [3:] 4 CPU 16 : (1/2/4 ) CPU R/W 16 AUX[F] I/O = 1111b, R/W R 1 R B 1 B ~6 R( ) [1:] 4 16 R( ) R R 2 8 R 16 5~4 B( ) [1:] B( ) B ~ [3:] 4 / [3:] RGB [1:]( ) 4 ( ) 16 1b(4 / ) S18A-G-2-2

84 SED1353 Programming Notes and Examples (LUT ) LUT 7 LUT 8 LUT Fh SED1353 LUT R( ) Fh LUT h LUT () LUT LCD LUT R( ) G( ) B( ) SED (RGB) 16 4 LUT LUT / (4 ) R G B LUT LUT 4 ( 4 (2/ ) (16) ) 4 / (16 ) R G B LUT LUT 1 ( 16 (4/ ) (19) ) 8 / (256 ) 8 RGB 3 R( ) 3 G( ) 3 B( ) 2 RGB LUT 8 h Eh 1Ch 3h LUT 16 SED R 2 G 2 R 4 ( 256 (8/ ) (2) ) S18A-G

85 EPSON / SED1353 G( ) LUT 16 4 LUT LUT / ( ) LUT 1 2 / (4 ) LUT LUT 4 ( 4(2/ ) (14) ) 4 / (16 ) LUT LUT 1 ( 16(4/ ) (18) ) EXAMPLE ( ) 3-5 ( ) ( ) LUT R G LUT 7h B LUT 3h RGB LUT 1. AUX[Eh] LUT 2. AUX[Fh] R( ) LUT 3. AUX[Fh] G( ) LUT 4. AUX[Fh] B( ) LUT LUT 1 4 (hex) R( ) LUT (hex) G( ) LUT (hex) B( ) LUT (hex) A F X 5 B B X 6 D D X 7 F F X X: Don t Care 2-12 S18A-G-2-2

86 SED1353 Programming Notes and Examples EXAMPLE ( ) ( 15 Fh) LUT 1. AUX[Eh] LUT 2. AUX[Fh] LUT LUT 1 2 (hex) ( ) (hex) (hex) (hex) A A 3 3 B B 4 4 C C 5 5 D D 6 6 E E 7 7 F F EXAMPLE 5 LUT LUT AUX[Eh] LUT AUX[Fh] LUT 2. LUT 3. LUT AUX[Eh] LUT AUX[Fh] LUT LUT LUT (hex) = ( ) (hex) (hex) (hex) F E D A 5 3 C B 4 4 B C 3 5 A D E F S18A-G

87 EPSON SED1353 (1 / ) ( )LUT 1 : 1 / SED (2 / ) 4 LUT 1 G( ) LUT LUT LUT ( 3-5 ) EXAMPLE LUT 1. LUT G( ) LUT 4 ( ) 4 2 ( 1) 2 LUT 8 = 4 2 = 2 4 = (G) 2 2. AUX[Eh] LUT 2 8h 9h Ah Bh 3. AUX[Fh] LUT LUT LUT AUX[E] 7 6 1b ( ) (hex) (hex) A A B F 2-14 S18A-G-2-2

88 SED1353 Programming Notes and Examples [1:] AUX[E][7:6] 4 : CPU R/W S18A-G

89 EPSON SED (2 / ) 4 LUT 1 RGB LUT ( 3-6 ) EXAMPLE LUT 1. R( )LUT LUT 4 ( ) 4 2 ( 1) 3 LUT Ch = 4 3 = 3 4 = 12 = Ch 3-6 R 3 2. AUX[Eh] LUT R-LUT AUX[Eh] = LUT OR 1 b 3 Ch Dh Eh Fh AUX[Eh] 1Ch 1Dh 1Eh 1Fh R-LUT C D E F 3. AUX[Fh] LUT LUT LUT R 3 AUX[Fh] b AUX[Fh] = AUX[Fh] OR 11 b ( ) (hex) (hex) C D 5 E A F F 2-16 S18A-G-2-2

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