RA8806

RA8806 RAIO | Alldatasheet

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RAiO TECHNOLOGY INC. 1/174 www.raio.com.tw RAiO RA8806 Two Layers Character/Graphic LCD Controller Specification Preliminary Version 1.0 March 25, 2008 RAiO Technology Inc. ©Copyright RAiO Technology Inc. 2008

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 2/174 www.raio.com.tw RA8806 Update History Version Date Description

1.0 March 25, 2008 Preliminary Version

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 3/174 www.raio.com.tw RA8806 Chapter Content Page

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 4/174 www.raio.com.tw RA8806

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 5/174 www.raio.com.tw RA8806 1. General Description RA8806 is a LCD controller for Dot-Matrix type ST N-LCD which supports both character and graphic mode display. The RA8806 has built-in two Display Data RAM(DDRAM) for two layers display, and has an embedded font ROM which is capable of displaying the fu ll-size(16x16 pixels) traditional Chinese font(BIG5, 13973 characters) or simplified Chinese font(GB, 9216 characters). RA8806 also contains 4x256 embedded half-size (8x16 pixels) characters that can display ISO8859-1 ~ 4(or called Latin-1 ~ 4) alphabets using at most of English speaking and Europe countries. RA8806 supports 8080/6800 MPU protocol interface, which is capable of switching the interface with 4-bits or 8-bits data bus. For LCD driver interface, it c an be set to 4-bits or 8-bits data bus. The maximum resolution of RA8806 is 320x240 pixels in normal m ode, and 640x240 or 320x480 pixels in extension mode. By using the font rotation mode, which can implement the “vertical” font display. The embedded intelligence touch panel controller provides t he 4-wires resistance-type Touch P anel interface. The PWM output provides an easy contrast or back-light control me thod for LCD panel. RA8806 also provides a 4x8(32 keys) or 8x8(64 keys) powerful and smart Key-Scan interface includes long-key function. The flexible interrupt and polling mechanism can make it easy to control touc h panel, key-scan and power mode functions. Also it can greatly reduce the MPU loading. The embedded 512Byte character generation RAM (CGRAM) allows user to build maximum 16 full-size or 32 half-size fonts. Even with the single layer display, the other unused layer can be used as CGRAM too. In this setting, the amazing 300 full-size and 600 half-size user created fonts or symbols are supported. In addition, RA8806 supports 4-gray-scale display in FRC mode. The bit-arrangement is compatible for most gray level picture and easy to program. RA8806 also incl udes many useful functions, like area scroll, font inverse, font bold, font enlargement, memory clear function and so on. An innov ative mechanism of “no- flicker” mode is provided in RA8806. It’s effective for removing the “flicker” in frequently display data Read/Write. User can easily improve the display quality by RA8806. RA8806 is a powerful and flexible LCD controller. It provides the total solution for the middle-size mono LCD controller. User can save large amount of time for system development and the cost of hardware system. 2. Feature ‹ Support text and graphics mode. ‹ Maximum resolution: 320x240 with 2-Layers overlay display (AND, OR, NOR and XOR). ‹ Extension Mode: 640x240 or 320x480 with single layer. ‹ Support 4/8-bits of 6800/8080 MPU interface and 4/8-bits driver interface. ‹ Built-In smart 8x8 or 4x8 key-scan circuit with programmable long key function. ‹ Support horizontal and vertical area scrolling ‹ Built-In GB/BIG5 and ASCII font ROM. ‹ Support 90°, 180°, 270° font and display rotation. ‹ Support font enlargement(x1 ~ x4 in Horizontal and Vertical direction) ‹ Built-In 512Byte CGRAM for user-created font: _ Half-size: 8x16 _ Full-size: 16x16 ‹ Un-used DDRAM could be used as a CGRAM of 300 full-size or 600 half-size characters. ‹ Flexible interrupt/polling mechanism for touch panel, key-scan and power mode programming. ‹ Support font alignment function. ‹ Support 4-gray-scale display (FRC mode). ‹ Support bold font and row-row interval setting ‹ Built-In smart resister type touch panel controller. ‹ Built-In PWM for contrast or back-light control ‹ Power mode to reduce power consumption. ‹ Clock source: 4M ~ 12MHz crystal or external clock ‹ Built-In a 5V-to-3V DC/DC converter ‹ Power supply: 2.4V ~ 5.5V ‹ Package: Die, LQFP-100, TQFP-80 Pins

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 7/174 www.raio.com.tw RA8806 4. Pin Definition 4-1 MPU Interface Pin Name I/O Description DATA[7:0] I/O Data Bus These are data bus for data transfer between MPU and RA8806. The high nibble DATA[7:4] is output and should keep floating when 4-bits data bus mode is used. ZRD (EN) I Enable/Read Enable When MPU interface(I/F) is 8080 series , this pin (ZRD) is used as data read, active low. When MPU I/F is 6800 series, this pin (EN) is used as Enable, active high. ZWR (ZRW) I Write/Read-Write When MPU I/F is 8080 series, this pin (Z WR) is used as data write, active low. When MPU I/F is 6800 series, this pi n(ZRW) is used as data read/write control. Active high for read and active low for write. RS I Command / Data Select Input The pin is used to select command/dat a cycle. RS = 0, data Read/Write cycle is selected. RS = 1, status read/command write cycle is selected. In 8080 interface, usually it connects to “A0” address pin. RS ZWR Access Cycle 0 0 Data Write 0 1 Data Read 1 0 CMD Write 1 1 Status Read ZCS1 CS2 I Chip Select Input The MPU interface of RA8806 is active only when ZCS1 is low and CS2 is high. INT O Interrupt Signal Output The interrupt output for MPU to indica te the status of RA8806. It could be setup active high or low. BUSY O Busy Signal Output This is a busy output to indicate t he RA8806 is in busy state. It could be set to active high or active low by register. The RA8806 can’t access MPU cycle when BUSY pin is active. It could be used for MPU to poll busy status by connecting it to I/O port. 4-2 Clock Interface Pin Name I/O Description XG I X’tal Input In internal clock mode, this pin connects to external X’tal(4M ~ 12MHz). In external clock mode, it connects to external clock. XD O X’tal Output This pin connects to external X’tal(4M ~ 12MHz). In external clock mode, it keeps floating.

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 8/174 www.raio.com.tw RA8806 4-3 Peripheral Interface Pin Name I/O Description ZRST I Reset Signal Input This active-low input performs a hardware reset on the RA8806. It is a Schmitt-trigger input with pull-up resistor for enhanced noise immunity; however, care should be taken to ensur e that it is not triggered if the supply voltage is lowered. X1 I Touch Panel Input The left analog input pin(XL) of 4-wires touch panel. X2 I Touch Panel Input The right analog input pin(XR) of 4-wires touch panel. Y1 I Touch Panel Input The top analog input pin(YU) of 4-wires touch panel. If user want to use Touch Panel function, please add a 39K~51Kohm external pull-up resistor on this pin. Y2 I Touch Panel Input The bottom analog input pin(YD) of 4-wires touch panel. PWM_OUT O PWM Output Signal This output signal is used to control back-light module or booster circuit. KIN[7:0] I Key Pad Input These pins are keypad inputs with pull-up resistors. For un-used input, please keep floating. KOUT[7:0] O Key Pad Output These pins are keypad outputs. For un-used pin, please keep floating. CLK_OUT O Clock Output This is a multi-function output pin that depending on the value of register REG[01h] Bit-6. REG[01h] Bit-6 = 0: The pin is the output of internal system clock. REG[01h] Bit-6 = 1: The pin indicate the SLEEP state of Status Register(0: Normal Mode, 1: Sleep Mode). DW I LCD Driver Data Bus Select This pin is used to select data bus of LCD driver is 8-bits or 4-bits: 0 : LCD driver data bus is 4-bits, LD[3:0] is used. 1 : LCD driver data bus is 8-bits, LD[7:0] is used. When 4-bits data bus is used, LD[7 :4] need to keep floating. RA8806T1N does not support this function, its LCD driver data bus is fix 4-bits. MI I MPU Type Select This pin is used to select MPU interface protocol: 0 : Intel 8080 series MPU interface. 1 : Motorola 6800 series MPU interface. DB I 8080/6800 MPU Data Bus Select This pin is used to select data bus width. 0 : 4-bits MPU I/F, DATA[3:0] is used. 1 : 8-bits MPU I/F, DATA[7:0] is used. When 4-bits data bus is used, DATA[7:4] need to keep floating.

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 9/174 www.raio.com.tw RA8806 4-4 LCD Driver Interface Pin Name I/O Description YD O Start Signal of LCD Per Frame YD is the reset pulse for the COM driv er, it’s active during the last COM period of each frame and latched by LP signal. FR O LCD AC Wave Output This signal controls the Level Shift of LCD driver. Normally it works as VDD/GND interlacing to prevent the liquid cystal polarization. LP O LCD Common Latch LP is the latch pulse for the shift register of SEG driver to SEG output. It is also used as COM driver shift clock. XCK O LCD Clock XCK is the latch pulse of the LCD driv er data(LD[7:0]) for SEG driver. The falling edge of XCK will latch the LD[7:0] (or LD[3:0] for 4-bits driver) to the shift register. ZDOFF O LCD Display Off This signal is used to control the LCD Display On or Off. 0 : Display off. 1 : Display on. LD[7:0] O LCD Driver Data Bus When 8-bits LCD driver IC is used. LD[7:0] are connected to LCD driver data bus. When 4-bits driver is used, LD[3:0] are connected to LCD driver data bus and LD[7:4] keep floating. RA8806T1N supports LD[3:0] only. 4-5 Power Pin Name I/O Description VDDH P 5V Power This is the source power for DC to DC converter. In 5V power application, it is connected to 5V. If 3V application is used, then keep this pin floating. VDD P 3V Power If the pin VDDH connects to 5V power then the pin will driving 3V power, and must add an external 1uF capacitor to GND. If 3V application is used, then connecting this pin to external 3V power directly. VDDP P Power for I/O Buffer VDDP can be 3V or 5V. AVDD P Analog Power for ADC Touch Panel Controller AVDD can be 3V or 5V. GND GNDP P Ground AGND P Analog Ground for ADC Touch Panel Controller Connect this pin to 0V earth ground(GND). TESTMD I Test Mode This pin is used for test only. It has internal pull-low and need to keep floating. TESTI I Test Pin The pin is used for test function, It has internal pull-low and need to keep floating.

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 10/174 www.raio.com.tw RA8806 5. Register Description 5-1 Register List Table Table 5-1 : Cycle List Table CYC_NAME RS ZWR Description CMD 1 0 Command write cycle, for writting register number(REG#) STATUS 1 1 Status read cycle, using to check Interrupt or Sleep status. DATW 0 0 Data write cycle, using to write register data or memory data. DATR 0 1 Data read cycle, using to read register data or memory data. Table 5-2 : Register Table REG# Name D7 D6 D5 D4 D3 D2 D1 D0 Default -- STATUS MBUSY SBUSY SLEEP WAKE_STS KS_STS TP_STS -- 00h WLCR PWR LINEAR SRST -- TEXT_MD ZDOFF GBLK GINV 00h 01h MISC NO_ FLICKER CLKO_SEL BUSY_ LEV INT_LEV XCK_SEL1 XCK_SEL0 SDIR CDIR 04h 03h ADSR SCR_PEND -- -- -- BIT_INV SCR_DIR SCR_HV SCR_EN 00h 0Fh INTR -- WAKI_EN KEYI_EN TPI_EN TP_ACT WAK_STS KEY_STS TP_STS 00h 10h WCCR CUR_INC FULL_OFS BIT_REV BOLD T90DEG CUR_EN CUR_BLK --- 00h 11h CHWI CURH3 CURH2 CURH1 CURH0 ROWH3 ROWH 2 ROWH 1 ROWH 0 00h 12h MAMR CUR_HV DISPMD2 DISPMD1 DISPMD0 L_MIX1 L_MIX 0 MW_MD1 MW_MD0 11h 20h AWRR -- -- AWR5 AWR4 AWR3 AWR2 AWR1 AWR0 27h 21h DWWR -- -- DWW5 DWW 4 DWW 3 DWW 2 DWW 1 DWW 0 27h 30h AWBR AWB7 AWB6 AWB5 AWB4 AWB3 AWB2 AWB1 AWB0 EFh 31h DWHR DWH7 DWH6 DWH5 DWH4 DW H3 DWH2 DWH1 DWH0 EFh 40h AWLR -- -- AWL5 AWL4 AWL3 AWL2 AWL1 AWL0 00h 50h AWTR AWT7 AWT6 AWT5 AWT4 AW T3 AWT2 AWT1 AWT0 00h 60h CURX -- -- CURX5 CURX4 CURX3 CURX2 CURX1 CURX0 00h 61h BGSG -- -- BGSG5 BGSG4 BGSG3 BGSG2 BGSG1 BGSG0 00h 62h EDSG EDSG7 EDSG6 EDSG5 EDSG4 ED SG3 EDSG2 EDSG1 EDSG0 00h 70h CURY CURY7 CURY6 CURY5 CURY4 CURY3 CURY2 CURY1 CURY0 00h 71h BGCM BGCM7 BGCM6 BGCM5 BGCM4 BG CM3 BGCM2 BGCM1 BGCM0 00h 72h EDCM EDCM7 EDCM6 EDCM5 EDCM4 E DCM3 EDCM2 EDCM1 EDCM0 00h 80h BTMR BLKT7 BLKT6 BLKT5 BLKT4 BL KT3 BLKT2 BLKT1 BLKT0 00h 90h ITCR ITC7 ITC6 ITC5 ITC4 ITC3 ITC2 ITC1 ITC0 00h A0h KSCR1 KEY_EN KEY4X8 KSAMP1 KSAMP0 LKEY_EN KF2 KF1 KF0 00h A1h KSCR2 KWAK_EN -- -- -- LKEY_T1 LKEY_T0 KEYNO1 KEYNO0 00h A2h KSDR0 KSD07 KSD06 KSD05 KSD04 KSD03 KSD02 KSD01 KSD00 00h A3h KSDR1 KSD17 KSD16 KSD15 KSD14 KSD13 KSD12 KSD11 KSD10 00h A4h KSDR2 KSD27 KSD26 KSD25 KSD24 KSD23 KSD22 KSD21 KSD20 00h B0h MWCR MWD7 MWD6 MWD5 MWD4 MW D3 MWD2 MWD1 MWD0 -- B1h MRCR MRD7 MRD6 MRD5 MRD4 MRD3 MRD2 MRD1 MRD0 --

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 11/174 www.raio.com.tw RA8806 ( C o n t i n u e d ) T a b l e 5 - 3 : R e g i s t e r T a b l e REG# Name D7 D6 D5 D4 D3 D2 D1 D0 Default C0h TPCR1 TP_EN TP_SMP2 TP_SMP1 TP_SMP0 TPWAK _EN ACLK2 ACLK1 ACLK0 00h C1h TPXR TPX9 TPX8 TPX7 TPX6 T PX5 TPX4 TPX3 TPX2 00h C2h TPYR TPY9 TPY8 TPY7 TPY6 TPY5 TPY4 TPY3 TPY2 00h C3h TPZR TPX1 TPX0 -- -- TPY1 TPY0 -- -- 00h C4h TPCR2 MTP_MD -- -- -- -- -- MTP_PH1 MTP_PH2 00h D0h PCR PWM_EN PWM_DIS_ LEV -- -- PCLK_R3 PCLK_R2 PCLK_R1 PCLK_R0 00h D1h PDCR PDUTY7 PDUTY6 PDUTY5 PDUTY4 PDUTY3 PDUTY2 PDUTY1 PDUTY0 00h E0h PNTR PND7 PND6 PND5 PND4 PND3 PND2 PND1 PND0 00h F0h FNCR ISO8859_E N -- -- -- MCLR ASC ASC_SEL1 ASC_SEL0 00h F1h FVHT FH1 FH0 FV1 FV0 -- -- -- -- 00h

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 12/174 www.raio.com.tw RA8806 5-2 Register Description STATUS Register (RS = 1, ZWR = 1) Bit Description Access Memory Write Busy Flag 0 : Not busy. 1 : Busy, when font write or memory clear cycle is running, the busy flag = 1. R SCAN_BUSY 0 : Not busy. 1 : When driver scan logic is not idle(i.e. XCK is active), SCAN_BUSY = 1. R SLEEP 0 : Normal mode. 1 : Sleep mode. R 4-3 NA R Wakeup Status bit (The same with REG[0Fh] Bit-2.) R

1 KS Status bit

(The same with REG[0Fh] Bit-1.) R

0 TP Status bit

(The same with REG[0Fh] Bit-0.) R REG [00h] Whole Chip LCD Controller Register (WLCR) Bit Description Default Access Power Mode 0 : Normal Mode. All of the functi ons of RA8806 are available in this mode. 1 : Sleep Mode. When RA8806 is in Sleep mode, all of functions enter off mode, except the wake-up tr igger block. If wake-up event occurred, RA8806 would wake-up and return to Normal mode.

0 R/W

This bit is used to define the Font ROM address mapping rule. The standard product is set to 0. And 1 for special application that when user a want to create a new Mask Code. 0 : BIG5/GB ROM mapping rule. 1 : User-defined ROM mapping rule. 0 : Normal Operation. 1 : Reset all registers except the contents of Display Data RAM (Only work at Normal mode). When this bit set to “1”, the next MPU cycle for RA8806 have to wait 3 clocks at least.

4 Reserved 0 R

0 : Graphical Mode. The written data will be treated as a bit-map pattern. 1 : Text Mode. The written data will be treated as an ASCII, BIG5 or GB code.

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 13/174 www.raio.com.tw RA8806 Set Display On/Off Selection The bit is used to control LCD Driver Interface signal – “DISP_OFF”. 0 : DISP_OFF pin output low(Display Off). 1 : DISP_OFF pin output high(Display On). 0 : Normal Display. 1 : Blink Full Screen. The blink time is set by register BTMR. 0 : Normal Display. 1 : Inverse Full Screen. It will cause the display inversed. REG [01h] Misc. Register (MISC) Bit Description Default Access Eliminating Flicker 1 : Eliminating flicker mode, scan will auto-pending when busy. 0 : Normal mode. Clock Output (Pin CLK_OUT) Control 1 : The pin “CLK_OUT” indicates the SLEEP state of Status Register(0: Normal Mode, 1: Sleep Mode). 0 : The pin “CLK_OUT” is the output of Internal system clock. Busy Polarity (for “BUSY” pin) 1 : Set Active High. 0 : Set Active Low. Interrupt Polarity (for “INT” pin) 1 : Set Active High. 0 : Set Active Low. These two bits are used to select the clock frequency of XCK. 0 0 : XCK = CLK/8 0 1 : XCK = CLK/4 (Default) 1 0 : XCK = CLK/2 1 1 : XCK = CLK The “CLK” means system clock.

01 R/W

SEG Scan Direction(SDIR) 0 : SEG order is 0 ~ 319. 1 : SEG order is 319 ~ 0. COM Scan Direction(CDIR) 0 : COM order 0 ~ 239. 1 : COM order 239 ~ 0. REG [03h] Advance Display Setup Register (ADSR) Bit Description Default Access

7 Scroll Function Pending

1 : Scroll function pending 0 : Scroll function keep active Note: When SCR_HV(Bit-1) and SCR_ EN(Bit-0) are changed, the function does not support.

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 14/174 www.raio.com.tw RA8806 6-4 Reserved 000 R BIT_ORDER(Set driver data output bit order) 1 : Inverse driver output data order(Bit-7 to Bit-0, Bit-6 to Bit-1 and so on) 0 : Normal Mode SCR_DIR(Scroll Direction) When SCR_HV = 0(Horizontal Scroll) 0 : Left Æ Right. 1 : Right Æ Left. When SCR_HV = 1(Vertical Scroll) 0 : Top Æ Bottom. 1 : Bottom Æ Top.

1 SCR_HV(Scroll Horizontal/Vertical)

0 : Segment Scrolling(Horizontal). 1 : Common Scrolling(Vertical). SCR_EN(Scroll Enable) 1 : Scroll function enable. 0 : Scroll function disable. REG [0Fh] Interrupt Setup and Status Register (INTR) Bit Description Default Access

7 Reserved 0 R

1 : Enable wake-up Interrupt. 0 : Disable wake-up Interrupt. 1 : Enable Key-Scan Interrupt. 0 : Disable Key-Scan Interrupt. Touch Panel Interrupt Mask 1 : Generate interrupt output if touch panel was detected. 0 : Don’t generate interrupt output if touch panel was detected. Touch Panel Event(Only activate in TP Manual mode) 1 : Touch panel is touched. 0 : Touch panel is not touched. 0 R Wakeup Interrupt Status bit 1 : Interrupt that indicate wake-up event happen from Sleep mode. 0 : No wake-up interrupt happen. User must write “0” to clear the Status bit. Key-Scan Interrupt Status bit 1 : Key-Scan Detects Key Input. 0 : Key-Scan doesn’t Detect Key Input. User must write “0” to clear the Status bit. Touch Panel Detect Status bit 1 : Touch Panel Touched. 0 : Touch Panel Untouched. User must write “0” to clear the Status bit.

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 15/174 www.raio.com.tw RA8806 REG [10h] Whole Chip Cursor Control Register (WCCR) Bit Description Default Access CUR_INC (Auto Increase Cursor Position in Reading/Writing DDRAM Operation.) 1 : Disable. 0 : Enable(Auto Increase). FULL_OFS (Full-size and Half-size Character Alignment) 1 : Enable, in Full-size and Half-size character mixed mode. Chinese always start at full-size alignment. 0 : Disable. 0 : Store Current Data to DDRAM Directly. 1 : Store Current Data to DDRAM Inversely.(i.e. 01101101Î 10010010) Bold Font (Character Mode Only) 1 : Bold Font 0 : Normal Font Font Rotate mode(T90DEG) 1 : Font rotates 90 degree. (See Section 6-10-4 for detail) 0 : Normal font. 1 : Set Cursor Display On. 0 : Set Cursor Display Off. 1 : Blink Cursor. The blink time is determined by register BTMR. 0 : Normal.

0 Reserved 0 R

REG [11h] Cursor Height and Word Interval Register (CHWI) Bit Description Default Access 7-4 Set Cursor Height 0000 b Æ Height = 1 pixel. 0001 b Æ Height = 2 pixels. 0010 b Æ Height = 3 pixels. 1111 b Æ Height = 16 pixels. Note: In normal font, the cursor width fixed to one byte(8 pixels). And cursor’s height is from 1~16pixels that depends on Bit[7:4]. In vertical font, the cursor height fixed to 16 pi xels, and width is from 1~8 pixels that depends on Bit[6:4].

0000 R/W

0000 b Æ Gap = 1 pixel. 0001 b Æ Gap = 2 pixels. 0010 b Æ Gap = 3 pixels. 1111 b Æ Gap = 16 pixels.

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 16/174 www.raio.com.tw RA8806 REG [12h] Memory Access Mode Register (MAMR) Bit Description Default Access Cursor Auto Shifting Direction 0 : Cursor moves horizontally (left to right) first then vertically (top to down). 1 : Cursor moves vertically first then horizontally. Note: In graphic mode, the cursor moving is treated as unit of bytes in horizontal direction. At vertical dire ction, it’s treated as unit of bit. At text mode, the bit is ignored, and the cursor moving is always in horizontal direction. Display Layer and Display Mode Selection 0 0 0 : Gray Mode. In this mode, each pixel consists with 2 continuous bits in memory data. With t he FRC methodology, 4-level-gray mode is implemented. The bit mapping is list as below. 0 0 Level1 (Lightest) 0 1 Level2 1 0 Level3 1 1 Level4 (Darkest) Note: Gray mode doesn’t support text-mode input. 0 0 1 : Show DDRAM1 data on screen. 0 1 0 : Show DRRAM2 data on screen. 0 1 1 : Show Two Layer Mode. The display rule depends on Bit-3 and Bit-2 as following. 1 0 X : NA. 1 1 0 : Extension Mode (1), the panel will show both DDRAM1 and DDRAM2 data on the screen. The RA8806 is available for 640x240 pixels panel. 1 1 1 : Extension Mode (2), the panel will show both DDRAM1 and DDRAM2 on the screen. The RA8806 is available for 320x480 pixels panel.

001 R/W

Combine the data of DDRAM1 and DDRAM2 on the screen when Bit[6:4] is set as “011”. 0 0 : DDRAM1 “OR” DDRAM2. 0 1 : DDRAM1 “XOR” DDRAM2. 1 0 : DDRAM1 “NOR” DDRAM2. 1 1 : DDRAM1 “AND” DDRAM2.

00 R/W

MPU Read/Write Layer Selection 0 0 : Access CGRAM.(512Byte) 0 1 : Access DDRAM1. 1 0 : Access DDRAM2. 1 1 : Access both DDRAM1 and DDRAM2 concurrently

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 17/174 www.raio.com.tw RA8806 REG [20h] Active Window Right Register (AWRR) Bit Description Default Access 7-6 Reserved 00 R 5-0 Active Window Right Position Æ Segment-Right Note: AWRR must be equal or larger then AWLR, and less or equal then the value 27h (40 in decimal). 27h R/W Note: REG[20h, 30h, 40h, and 50h] are used to dominate an active window for line/row changing when writing data. Users can use these four registers to set the left/right/top/bottom boundary of active window. When data goes beyond the right boundary of it, the cursor will automatically change the next line to write data. It will move to the left boundary of new line in active window. When the data comes to the right-bottom corner, the next write will cause the cursor to move to the left-top corner. REG [21h] Display Window Width Register (DWWR) Bit Description Default Access 7-6 Reserved 00 R 5-0 Set Display Window Width Position Æ Segment-Width Segment-Right = (Segment Number / 8) – 1 If LCD panel resolution is 320x240, the value of the register is: ( 320 / 8 ) - 1 = 39 = 27h 27h R/W Note: REG[21h, 31h] are used to set Display Window Resolu tion. Users can set the viewing scope of Display Data RAM. Column width (DWWR) of RA8806 can be set between 0h ~ 27h, and Row height (DWHR) can be set between 0h ~ EFh. REG [30h] Active Window Bottom Register (AWBR) Bit Description Default Access 7-0 Active Window Bottom Position Æ Common-Bottom Note: AWBR must be equal or larger then AWTR, and less or equal then the value EFh(239 in decimal) EFh R/W REG [31h] Display Window Height Register (DWHR) Bit Description Default Access 7-0 Display Window Height Position Æ Common- Height Common_ Height = LCD Common Number –1 If LCD panel resolution is 320x240, the value of the register is: 240 – 1 = 239 = EFh EFh R/W

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 18/174 www.raio.com.tw RA8806 REG [40h] Active Window Left Register (AWLR) Bit Description Default Access 7-6 Reserved 00 R 5-0 Active Window Left Position Æ Segment-Left Note: AWLR must be equal or less then AWRR, and less then the value 27h(39 in decimal) 00h R/W REG [50h] Active Window Top Register (AWTR) Bit Description Default Access 7-0 Active Window Top Position Æ Common-Top Note: AWTR must be equal or less then AWBR, and less then the value EFh (239 in decimal) 00h R/W REG [60h] Cursor Position X Register (CURX) Bit Description Default Access 7-6 Reserved 00 R 5-0 Cursor Position of Segment / RAM0 Address[4:0] Define the cursor address of segment, a value from 0h ~ 27h(0 ~ 40 in decimal) When CGRAM write mode is selected (REG[12h] Bit[1:0] = 00b), the Bit[4:0] is the address for writing bit-map data. When create a full-size font, normally set to 0. When create an odd half-size font, normally set to 0, and set 10h for even font. 00h R/W REG [61h] Begin Segment Position Register of Scrolling (BGSG) Bit Description Default Access 7-6 Reserved 00 R 5-0 Segment Start Position of Scrolling Mode REG[61h] defines the start position (left boundary) of scroll window, it must be a value that less or equal to the REG[62h], which defines the end position(right boundary) of scroll window. Also it must be less then the value of 27h (40 in decimal), for the Display Data RAM limit. 00h R/W Note: REG[61h, 62h, 71h, 72h] dominate a nam ed scroll window for scroll function. They must be set before the scroll function is enable. REG [62h] End Segment Position Register of Scrolling (EDSG) Bit Description Default Access 7-6 Reserved 00 R 5-0 Segment End Position of Scrolling Mode REG[62h] defines the end position(ri ght boundary) of scroll window, it must be a value that larger or equal to the REG[61h], which defines the end position(left boundary) of scroll window. Also it must be less or equal then the value of 27h(40 in decimal), for the Display Data RAM limit. 00h R/W

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 19/174 www.raio.com.tw RA8806 REG [70h] Cursor Position Y Register (CURY) Bit Description Default Access 7-0 Cursor Position of Common / RAM0 Address[8:5] Define the cursor address of common, a value from 0h ~ EFh(0 ~ 239 in decimal). When CGRAM write mode is selected (REG[12h] Bit[1:0] = 00b), the Bit[3:0] is indicate which font will be created. And Bit[7:4] are not available. 00h R/W REG [71h] Scrolling Action Range Begin Common Register (BGCM) Bit Description Default Access 7-0 Common Start Position of Scrolling Mode REG[71h] defines the begin position(top boundary) of scroll window, it must be a value that less or equal to the REG[72h], which defines the end position(bottom boundary) of scroll window. Also it must be less then the value of EFh (239 in decimal), for the Display Data RAM limit. 00h R/W REG [72h] Scrolling Action Range END Common Register (EDCM) Bit Description Default Access 7-0 Common Ending Position of Scrolling Mode REG[72h] defines the end position(bottom boundary) of scroll window, it must be a value that larger or equal to the REG[71h], which defines the end position(top boundary) of scroll window. Also it must be less or equal then the value of EFh (239 in decimal), for the Display Data RAM limit. 00h R/W REG [80h] Blink Time Register (BTMR) Bit Description Default Access 7-0 Cursor Blink Time and Scroll Time Blinking Time = Bit[7:0] x (Frame width) Frame width = 1/Frame Rate The Frame Rate is depends on the DWWR and DWHR and ITCR setting. 00h R/W Notes: 1. The Setting also determines the scroll moving speed. 2. The Frame width is the time that the cont roller scan whole panel, it depends on the system clock frequency, setting of display window, driver interface (4 -bits/8-bits), Idle time (ITCR), and dual mode or gray scale mode, etc.

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 20/174 www.raio.com.tw RA8806 REG [90h] Idle Time Counter Register (ITCR) Bit Description Default Access 7-0 Idle Time Setting, in count of system clock. The value can determine the scan time of each COM of the LCD. COM_PRD = ( COM_SCAN + ITCR) x XCK_PRD In which, COM_SCAN = (SEG_NO/LD_WIDTH) x (1 + EXT_MD) XCK_PRD = 1 / XCK COM_PRD: The finally scan period for each COM(Unit : ns). COM_SCAN: The really scan time for each COM. XCK_PRD: One cycle time of XCK. XCK is depends on the system clock(CLK) and REG[01h] Bit[3:2]. If system clock is 8MHz, REG[01h] Bit[3:2] = 10b, then XCK_PRD = 250ns. SEG_NO: Segment number, i.e. 240x160 panel, SEG_NO = 240. EXT_MD: In extension mode1 or 2(REG[12h] Bit[6:4] = 111b or 110b), the EXT_MD = 1, otherwise EXT_MD = 0. LD_WIDTH: Driver data width. If LCD dr iver data bus is 4-bits then LD_WIDTH = 4. If LCD driver data bus is 8-bits then LD_WIDTH = 8. Please refer pin “DW” description of Section 4-3. 00h R/W REG [A0h] Key-Scan Control Register 1 (KSCR1) Bit Description Default Access Key-Scan Enable Bit 1 : Enable. 0 : Disable. 1 : 4x8 Matrix(KOUT[3:0] is used, KOUT[7:4] please keep floating) 0 : 8x8 Matrix(KOUT[7:0] is used) Key-Scan Data Sampling Times De-bounce times of scan frequency. 0 0 : 4 0 1 : 8 1 0 : 16 1 1 : 32 LNGKEY_EN : Long Time Key Function Enable LNGKEY_EN = 0 Æ Long key function is disable. LNGKEY_EN = 1 Æ Long key function is enable.

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 21/174 www.raio.com.tw RA8806 2-0 KF2-0: Key-Scan frequency. If system clock is 10MHz, then the related Key-Scan timing are as following: KF2 KF1 KF0 Key-Scan Pulse Width (KOUT period) Key-Scan Cycle (4x8) Key-Scan Cycle (8x8) 0 0 0 16µs 64µs 128µs 0 0 1 32µs 128µs 256µs 0 1 0 64µs 256µs 512µs 0 1 1 128µs 512µs 1.024ms 1 0 0 256µs 1.024ms 2.048ms 1 0 1 512µs 2.048ms 4.096ms 1 1 0 1.024ms 4.096ms 8.192ms 1 1 1 2.048ms 8.192ms 16.384ms

000 R/W

REG [A1h] Key-Scan Controller Register 2(KSCR2) Bit Description Default Access Key-Scan Wakeup Function Enable Bit 0: Key-Scan Wakeup function is disable. 1: KEY-SCAN Wakeup function is enable. Long Key Timing Adjustment 00 : About 0.625sec(for 8MHz Clock source) 01 : About 1.25sec(for 8MHz Clock source) 10 : About 1.875 sec(for 8MHz Clock source) 11 : About 2.5 sec(for 8MHz Clock source) Numbers of Key Hit. 00 : No key is pressed 01 : One key is pressed, read REG[A2h] for the key number. 10 : Two key is pressed, read REG[A2h ~ A3h] for the key number. 11 : Three key is pressed, read REG[A2h ~ A4h] for the key number. 00 R REG [A2h ~ A4h] Key-Scan Data Register (KSDR0 ~ 2) Bit Description Default Access 7-0 Key Strobe Data The corresponding key number that is pressed. Please reference Section 6-5 "Key-Scan”. 00h R REG [B0h] Memory Write Command Register (MWCR) Bit Description Default Access 7-0 Memory data write command from the cursor position. Note: Write memory data, user must write the MWCR command first, then write DATA cycle. NA R/W

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 22/174 www.raio.com.tw RA8806 REG [B1h] Memory Read Command Register (MRCR) Bit Description Default Access 7-0 Memory data read command from the cursor position. Note: Memory read cycle in text mode, the cursor move in same behavior like graphic mode. B1h will perform a pre-read function. So the cursor position will increase after the MRCR command is write. NA R/W REG [C0h] Touch Panel Control Register 1 (TPCR1) Bit Description Default Access Touch Panel Enable Bit 1 : Enable. 0 : Disable. 000 : Wait 50µs for ADC data ready. 001 : Wait 100µs for ADC data ready. 010 : Wait 200µs for ADC data ready. 011 : Wait 400µs for ADC data ready. 100 : Wait 800µs for ADC data ready. 101 : Wait 1.6ms for ADC data ready. 110 : Wait 3.2ms for ADC data ready. 111 : Wait 6.4ms for ADC data ready. Note: When touch panel detects the Touc h event, to avoid the signal instability, the sampled time is delay ed to wait the signal stable. Here time calculation is the example of system clock 10MHz. Touch Panel Wake-up Enable: 1 : Touch panel can wake-up the Sleep mode(At the condition that ADC is enabled). 0 : Disable the touch panel wake-up function 0 0 0 : CLK / 4 0 0 1 : CLK / 8 0 1 0 : CLK /16 0 1 1 : CLK / 32 1 0 0 : CLK / 64 1 0 1 : CLK / 128 1 1 0 : CLK / 256 1 1 1 : CLK / 512 The “CLK” means system clock. REG [C1h] Touch Panel X High Byte Data Register (TPXR) Bit Description Default Access 7-0 Touch Panel X Data Bit9:2 00h R REG [C2h] Touch Panel Y High Byte Data Register (TPYR) Bit Description Default Access 7-0 Touch Panel Y Data Bit[9:2] (Common) 00h R

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 23/174 www.raio.com.tw RA8806 REG [C3h] Touch Panel Segment/Common Low Byte Data Register (TPZR) Bit Description Default Access 7-4 Reserved 0000 R 3-2 Touch Panel Y Data Bit[1:0] (Common) 00 R 1-0 Touch Panel X Data Bit[1:0] (Segment) 00 R REG [C4h] Touch Panel Control Register 2 (TPCR2) Bit Description Default Access TP Manual Mode Enable 1 : Using the manual mode. 0 : Auto mode. Mode selection for TP Manual Mode 00 : IDLE mode: ADC idles. 01 : Wait for TP event, touch panel ev ent could cause the interrupt or be read from REG[0Fh] B3. 10 : Latch X data, in the phase, X Data can be latched in REG[C1h] and REG[C3h]. 11 : Latch Y data, in the phase, Y Data can be latched in REG[C2h] and REG[C3h]. REG [D0h] PWM Control Register (PCR) Bit Description Default Access PWM enable 1 : Enable 0 : Disable, PWM_OUT level depends on the REG[D0h] Bit-6. 0 : PWM_OUT is Normal L when PWM disable or Sleep mode. 1 : PWM_OUT is Normal H when PWM disable or Sleep mode. PWM Clock Source Divide Ratio 0000 b Æ CLK / 1 0001 b Æ CLK / 2 0010 b Æ CLK / 4 0011 b Æ CLK / 8 1111 b Æ CLK / 32768 The “CLK” means system clock. For example, CLK is 8MHz: 0000 b Î PWM clock source = 8MHz, 0001 b Î PWM clock source = 4MHz, 1111 b Î PWM clock source = 256Hz.

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 24/174 www.raio.com.tw RA8806 REG [D1h] PWM Duty Cycle Register (PDCR) Bit Description Default Access 7-0 PWM Cycle Duty Selection Bit 00h Æ 1 / 256 01h Æ 2 / 256 High period 02h Æ 3 / 256 High period FFh Æ 256 / 256 High period 00h R/W REG [E0h] Pattern Data Register (PNTR) Bit Description Default Access 7-0 Data Written to DDRAM(Display Data RAM) The pattern that will be filled to active window in memory clear function. When REG[F0h] Bit-3 is ‘1’, the data in the REG[E0h] will be filled to the whole active window. 00h R/W REG [F0h] Font Control Register (FNCR) Bit Description Default Access ISO8859 Mode 0 : Disable. The contents of ASCII block 1 ~ 4 are show as Table C-1~ Table C-4 of Appendix B. 1 : Enable. The ASCII block 1 ~ 4 indicate the ISO8859-1 ~ 4 standard and show as Table C-5 ~ Table C-8 of Appendix C. 0 : No Action. 1 : Memory clear function active, fill the data of FNTR to Active window. When this bit is set to “1”, RA8806 will automatically read PNTR data, and fill it to Active window (Range: [AWLR, AWTR] ~ [AWRR, AWBR]), after clear completed, this bit will be cleaned to “0”. 1 : All input data will be decoded as ASCII (00h ~ FFh) 0 : In text mode (REG[00h] Bit-3), the RA8806 will check the first written byte data first. If less then 80h then it’s treated as ASCII (Half-size). Or it’s treated as a full-size text(GB, BIG5 or User- created font). 0 0 : Map to ASCII block 1. (Table C-1 and Table C-5 of Appendix C.) 0 1 : Map to ASCII block 2. (Table C-2 and Table C-6 of Appendix C.) 1 0 : Map to ASCII block 3. (Table C-3 and Table C-7 of Appendix C.) 1 1 : Map to ASCII block 4. (Table C-4 and Table C-8 of Appendix C.)

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 25/174 www.raio.com.tw RA8806 REG [F1h] Font Size Control Register (FVHT) Bit Description Default Access 7-6 Set Character Horizontal Size 0 0 : One Time of normal font width. 0 1 : Two Times of normal font width. 1 0 : Three Times of normal font width. 1 1 : Four Times of normal font width. Set Character Vertical Size 0 0 : One Time of normal font height. 0 1 : Two Times of normal font height. 1 0 : Three Times of normal font height. 1 1 : Four Times of normal font height.

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 27/174 www.raio.com.tw RA8806 RS ZCS1 CS2 ZWR ZRD DATA (Write) DATA (Read) tCYC8 tCC8 tAH8 tDH8 tACC8 tDS8 tAS8 tOH8 Figure 6-3 : 8080 MPU Interface Waveform Table 6-1 : 8080 MPU Interface Timing Rating Symbol Description Min. Max. Unit Condition tCYC8 Cycle time 2*tc -- ns tCC8 Strobe Pulse width 50 -- ns tAS8 Address setup time 0 -- ns tAH8 Address hold time 20 -- ns tDS8 Data setup time 30 -- ns tDH8 Data hold time 20 -- ns tACC8 Data output access time 0 20 ns tOH8 Data output hold time 0 10 ns tc = one system clock period

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 28/174 www.raio.com.tw RA8806 RS ZRW ZCS1 CS2 EN DATA (Write) DATA (Read) tCYC6 tCC6 tAH6 tDH6 tACC6 tDS6 tAS6 tOH6 Figure 6-4 : 6800 MPU Interface Waveform Table 6-2 : 6800 MPU Interface Timing Rating Symbol Description Min. Max. Unit Condition tCYC6 Cycle time 2*tc -- ns tCC6 Strobe Pulse width 50 -- ns tAS6 Address setup time 0 -- ns tAH6 Address hold time 20 -- ns tDS6 Data setup time 30 -- ns tDH6 Data hold time 20 -- ns tACC6 Data output access time 0 20 ns tOH6 Data output hold time 0 10 ns tc is one system clock period: tc = 1/CLK

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 29/174 www.raio.com.tw RA8806 6-1-2 Command Write According to the Table 5-1, RA8806 accept 4 cycles through MPU interface. If users want to write command to RA8806, then a Command cycle has to execute first, and then execute a Data Write cycle. The “Command Write” means write function data to register. A fter these two cycles, the Data will write into the indicative Register. Please see the following Figure 6-5 (1). In Table 6-1 of Section 6-1-1, each command of RA8806 is take 2 cycles, and the minimum cycle time is 2*tc. So totally the minimum time of command write need 4*tc. See following Table 6-3. If the secondary cycle is a “Data Read”, then user could read the register content. See the following Figure 6-5 (2). Note the Figure 6-5 to Figure 6-7 are use the 8080 MPU interface as examples. RS ZCS1 ZWR ZRD DATA[7:0] REG# DATA RS ZCS1 ZWR ZRD DATA[7:0] REG# DATA (1) Command Write (Write Data to Register) (2) Read Data from Register Figure 6-5 : Command Write and Register Read Cycle Table 6-3 : Command Access Time Table System Clock Command Access Time 4MHz 1µs

6 MHz 667ns

8 MHz 500ns

10 MHz 400ns

12 MHz 333ns

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 33/174 www.raio.com.tw RA8806 FR YD LP ZDOFF XCK LD[7:0] RA8806 FR LP DISPOFF XCK EIO1 MD S/C L/R EIO2 DI0~DI7 160-channel (Common) FR LP XCK EIO1 MD S/C L/R EIO2 DI0~DI7 160-channel (Segment) DISPOFF Y1~Y160 Y1~Y160 160*160 Dot LCD Panel VDD VSS Figure 6-11 : Application Circuit Diagram for 160x160 Panel Table 6-4 is the RA8806 driver signals mappi ng to different driver ICs’ pin names. Note, do not need add any capacitor on these for LCD driver signals. If add external capacitor on these pins to ground or VDD, then the maximum limitation is 30pF. Table 6-4 : Driver IC I/F Name vs. RA8806 RA8806 Driver I/F Driver IC I/F Name Definition of Driver IC I/F LP Data Latch Clock Latch Pulse in one line LOAD Latch pulse of display data LP CL1 Data Latch Pulse CP Data Shift Clock Clock pulse for segment shift register SCP Shift Clock Pulse for X-Drivers CL2 Data Shift Pulse XCK HSCP Shift Clock Pulse FLM Scan Start-up Signal First Line Marker FR Frame Pulse FRAME Frame start signal(First line mark of common signal) YD CDATA Synchronous Data FR DF(M) Switch signal to convert LCD drive waveform into AC LD[7:0] D[7:0] LCD Data Bus /DISPOFF Display OFF /D.OFF Display OFF ZDOFF DISP Display OFF

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 34/174 www.raio.com.tw RA8806 6-2-1 Display Resolution RA8806 support many different resolution of L CD panel. For different resolution of panel, RA8806 could change the setting of some registers like DWWR and DWHR to modify display window size. And use registers AWRR, AWBR, AWLR and AWTR to change the active window size. For example, if 320x240 LCD panel is used, then the related register setting is as following: DWWR = (320 / 8) - 1 = 39 = 27h DWHR = 240 – 1 = 239 = EFh The active window range is less than display window. So user has to care the rule as following: 1. AWRR ≥ AWLR ≥ DWWR 2. AWBR ≥ AWTR ≥ DWHR RA8806 supports a variety of LCD modules, the se tting of register depnding on different resolution of LCD module is list at below table. Table 6-5 : Registers Setting for LCM Resolution Panel Resolution Segment Common REG[21h] DWWR REG[31h] DWHR 160*80 160 80 13h 4Fh 160*128 160 128 13h 7Fh 160*160 160 160 13h 9Fh 240*64 240 64 1Dh 3Fh 240*128 240 128 1Dh 7Fh 240*160 240 160 1Dh 9Fh 320*240 320 240 27h EFh 6-2-2 Display Window and Active Window The RA8806 provides two windows for real application -- Display Window and Active Window. The Display Window is the actual resolution of LCD panel. Active is a sub-window in Display Window. The boundary of cursor shift depends on the active window. The relative registers of the two windows are as the following table. Table 6-6 Reg. Bit_Num Description Reference AWLR Bit [5:0] Define left boundary of the active window REG[40h] AWRR Bit [5:0] Define right boundary of the active window REG[20h] AWTR Bit [7:0] Define top boundary of the active window REG[50h] AWBR Bit [7:0] Define bottom boundary of the active window REG[30h] DWWR Bit [5:0] Define the width of the display window REG[21h] DWHR Bit [5:0] Define the height of the display window REG[31h]

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 35/174 www.raio.com.tw RA8806 For RA8806, if LCD panel resolution is 320x240 pi xels then the display window resolution is 320x240. We can create an active window in the display window like Figure 6-12. This figure show the display resolution is 320x240, and a 160x160 active window is on the upper-middle. The relative setting of the active window as following: LCD_CmdWrite ( 0x40 ); // AWLR = 09h = 9 Î ( 80 / 8) – 1 LCD_DataWrite ( 0x09 ); LCD_CmdWrite ( 0x20 ); // AWRR = 1Dh = 29 Î ( 240 / 8 ) – 1 LCD_DataWrite ( 0x1D ); LCD_CmdWrite ( 0x50 ); // AWTR = 00h = 0 LCD_DataWrite ( 0x00 ); LCD_CmdWrite ( 0x30 ); // AWBR = 9Fh = 159 Î 160 – 1 LCD_DataWrite ( 0x9F ); LCD_CmdWrite ( 0x40 ); // DWWR = 27h = 39 Î ( 320 / 8 ) – 1 LCD_DataWrite ( 0x27 ); LCD_CmdWrite ( 0x40 ); // DWHR = EFh = 239 Î 240 – 1 LCD_DataWrite ( 0xEF ); 320 240 Display Window 320 x 240 Active Window 160 x 16080 80 159 160 239 Figure 6-12 : RA8806 Display Window and Active Window

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 36/174 www.raio.com.tw RA8806 For RA8806, if LCD resolution is 240x160 pixels t hen the display window resolution is 240x160. We can create an active window in the display window like Figure 6-13. This figure show the display resolution is 240x160, and a 120x120 active window is on the upper-left. The relative setting of the active window as following: LCD_CmdWrite ( 0x40 ); // AWLR = 00h = 0 LCD_DataWrite ( 0x00 ); LCD_CmdWrite ( 0x20 ); // AWRR = 0Eh = 14 Î ( 120 / 8 ) – 1 LCD_DataWrite ( 0x0E ); LCD_CmdWrite ( 0x50 ); // AWTR = 00h = 0 LCD_DataWrite ( 0x00 ); LCD_CmdWrite ( 0x30 ); // AWBR = 77h = 119 Î 120 – 1 LCD_DataWrite ( 0x77 ); LCD_CmdWrite ( 0x40 ); // DWWR = 1Dh = 29 Î ( 240 / 8 ) – 1 LCD_DataWrite ( 0x1D ); LCD_CmdWrite ( 0x40 ); // DWHR = 9Fh = 159 Î 160 – 1 LCD_DataWrite ( 0x9F ); 240 160 Display Window 240 x 160 Active Window 120 x 120 119 120 159 Figure 6-13 : Display Window and Active Window

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 38/174 www.raio.com.tw RA8806 RA8806 scan time of each COM line can be calculated by the formulas. COM_PRD = ((SEG_NO/LD_WIDTH) x (1 + EXT_MD)) ＋ ITCR ) x XCK_PRD In which the EXT_MD means extension mode is set or not, if REG[12h] Bit[6:4] = 110b/111b, EXT_MD = 1, or EXT_MD = 0. The “XCK_PRD” is one clock period of XCK. The XCK frequency is base on the system clock. It depends on the setting of Bit[3:2] of REG[MISC]. As to the Frame time and frame rate calculation. It would be: FRM_PRD = COM_PRD x COM# And FRM_Rate = 1 / FRM_PRD For example, when panel size is set to 320x240, system clock frequency is 8MHz, REG[MISC] Bit[3:2] = 10b, LCD driver data bus width is 4-bits, what the frame rate would be? The System Clock(CLK) is 8MHz, and REG[MISC] Bit[3:2] = 10b Æ XCK = CLK/2, so the XCK_PRD is 250ns. XCK_PRD = 1 / (CLK/2) = 1/4MHz = 250ns COM_PRD = ( 320 / 4 ＋ ITCR) x XCK_PRD = (80+ ITCR) x 250(ns) If the ITCR = A0h(160 in decimal): COM_PRD = (80+160) x 250ns = 240 x 250ns = 60µs The COM number is 240, so the frame period is: FRM_PRD = 60µs x 240 = 14.4 ms And the frame rate is: Frame Rate = 1 / 10.8ms = 69.4 Hz We can see the effect that the ITCR setting to t he corresponding frame rate. So we can use it to adjust the frame rate. Please refer to Appendix B - the Table B-1 ~ Table B-3. In those tables, we show some Frame Rate setting for difference resolution, system clock. But note the display quality is also depends on the module design and the material of liquid crystal. Table 6-8 Reg. Bit_Num Description Reference ITCR Bit [7:0] Define the idle time during the LP peer-to- peer time. REG[90h] MISC Bit [3:2] Select the clock frequency of XCK. REG[01h]

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 39/174 www.raio.com.tw RA8806 6-3 Display Data RAM (DDRAM) The RA8806 embedded two 9.6Kbyte Display Data RAMs – DDRAM1 and DDRAM2. It can use for two layers mono-display or one layer 4-gray-levels di splay. The maximum resolution of supporting LCD panel is 320Column x 240Row. There are two modes to write the DDRAM, text mode and graphics mode. It provides a flexible and easy way to make the display. 6-3-1 Display Layer and Display Mode Selection There are 4 possible displays way at 2 Modes combination. 1. Only show DDRAM1 or DDRAM2: One DDRAM data will show on the screen, and another one DDRAM can be standby or as a CGRAM to created spec ial font or symbol by users. Please refer to Section 6-11 “User Defined Font” for detail description. 2. Two Layer Mode: In this mode, the screen will show the combination data of DDRAM1 and DDRAM2. There are 4 types combination that set by REG[12H] Bit[3:2]. ‹ DDRAM1 “OR” DDRAM2 ‹ DDRAM1 “XOR” DDRAM2 ‹ DDRAM1 “NOR” DDRAM2 ‹ DDRAM1 “AND” DDRAM2 For detail please refer to Section 6-10-1-5 “Two Layer Display”. 3. 4-Gray-level Mode: In gray mode, each pixel consists with 2 continuous bits in both DDRAM. 4. Extension Mode: Two extension modes is support, and both DDRAM1 and DDRAM2 data will show on the screen. ‹ Horizontal extension mode (Max. resolution is 640 x 240 pixels). ‹ Vertical extension mode (Max. resolution is 320 x 480 pixels). 6-3-2 Access Memory Selection There are one 512Byte CGRAM and two 9.6KByte DDRAMs in RA8806. The 512Byte CGRAM is used to generate user-define font, and the two DDRAM are used to store the display data. One of both DDRAM can be also store special font or sy mbol, that when only one DDRAM is active on the screen. Which RAM is available for MPU a ccess is depending on the REG[12h] Bit[1:0]. Please refer to Section 5-2 “Register Description”. Table 6-9 Reg. Bit_Num Description Reference Bit [6:4] Display Layer and Display Mode Selection Bit [3:2] Two Layer Mode Selection MAMR Bit [1:0] MPU Read/Write Memory Selection REG[12h]

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 41/174 www.raio.com.tw RA8806 20pF x 4 RA8806 Touch Panel XR XL YU YD VDD 39Kohm Figure 6-18 : RA8806 Touch Panel Circuit RA8806 provides 2 modes (Auto and Manual) for touch panel application. Table 6-10 Operation mode Event detection Description Auto Interrupt When touch event happens, Read the corresponding X, Y coordination. Interrupt When touch event happens, Read the corresponding X, Y coordination. Manual Polling Polling the touch event, and read the corresponding X, Y coordination.

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 42/174 www.raio.com.tw RA8806 6-4-1 Auto Mode Auto mode is the easiest way to implement touch panel application. Please refer to the flow chart below. (1) Flowchart: Start Enable Touch Panel ( REG[C0h] B7 = 1 ) Other Functions ISR Read X, Y-axis ( Read REG[C1h], REG[C2h], REG[C3h] ) Execute Function Ext. INT Event ISR Termination Set Auto Mode ( REG[C4h] B7 = 0 ) Enable TP INT Mask ( REG[0Fh] B4 = 1 ) Check INT Status ( REG[0Fh] B0 = ? ) Clear TP INT Status ( REG[0Fh] B0 = 0 ) Figure 6-19 : Auto Mode Flowchart for Touch Screen Table 6-11 lists the used registers. Table 6-11 Reg. Bit_Num Description Reference TPCR1 Bit 7 EnableTouch Panel function REG[C0h] TPCR2 Bit 7 “Auto-Mode” or “Manual Mode” selection bit REG[C4h] Bit 4 Touch Panel Hardware Interrupt enable bit INTR Bit 0 Touch event status bit REG[0Fh] TPXR Bit [7:0] Touch Panel SEG data MSB byte REG[C1h] TPYR Bit [7:0] Touch Panel COM data MSB byte REG[C2h] Bit [3:2] Touch panel COM data LSB 2bit TPZR Bit [1:0] Touch panel SEG data LSB 2bit REG[C3h]

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 43/174 www.raio.com.tw RA8806 (2) Program Example: Unsigned char X1,X2,Y1,Y2; Touch_Panel_Enable ( ); // Set TPCR1 Bit 7 to 1 TP_Auto_Enable ( ); // Set TPCR2 Bit 7 to 0 TP_INT_Mask_Enable ( ); // Set INTR Bit-4 to 1 Execute other function // Jump to ISR when interrupt Int EXT_INT_Service_Routine // ISR entry LCD_CmdWrite ( INTR ); // Check INT status INT_Sta = LCD_DataRead ( ); If ( INT_Sta & 0x01 ) // Check If TP interrupt L C D _ C m d W r i t e ( T P X R ) ; X1 = LCD_DataRead( ); // MSB of X LCD_CmdWrite(TPYR); Y1 = LCD_DataRead( ); // MSB of Y L C D _ C m d W r i t e ( T P Z R ) ; X2 = LCD_DataRead( ) & 0x03; // LSB two Bits of X LCD_CmdWrite(TPZR); Y2 = LCD_Da taRead( ) & 0xC0; // Least two Bits of Y Execute corresponding function LCD_CmdWrite ( INTR ); // Clear Touch Panel status temp = LCD_DataRead ( ) & 0xfe; LCD_CmdWrite ( INTR ); LCD_DataWrite ( temp ); Else if (INT_Sta & 0x02) // Check if Key-Scan interrupt Else if (INT_Sta & 0x04) // Check if Wakeup interrupt

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 44/174 www.raio.com.tw RA8806 6-4-2 Manual Mode The “ Manual Mode” means that the operation proc ess from “Touch event checking function” to “input Latch X data Y data”, the whole operati on and setting process ( includes TPCR2[1:0]) and receiving data from XY coordinates are manual operated by programmer. The advantage of using Manual Mode is it allows programmer more flexible applications. In the condition that is over the range of RA8806 register setting, the user can st ill use the software method to control the TP function in a correct way. Touch Event can be detected from “Interrupt Mode” or “Polling Mode” that depend on the system configuration. The difference between the “Interrupt Mode” and “Polling Mode” are explained as following. 6-4-2-1 External Interrupt Mode Under the “Interrupt Mode” the touch event detecting way is almost the same as “ Auto Mode”. The major processes are list as follows: 1. Enable Touch Panel function. 2. Change mode to “Manual mode”. 3. Set the switch to 「Wait for touch event 」, Set TPCR2[1:0] to 01b. 4. When interrupt asserts, check if TP interrupt. 5. If yes, change the switch to 「Latch X data」, Set TPCR2[1:0] to 10b, wait for enough time to make the latch data stable and latched to TPXR and TPZR. 6. Change the switch to 「Latch Y data 」, Set TPCR2[1:0] to 11b, wait for enough time to make the latch data stable and latched to TPYR and TPZR. 7. Read X, Y data from TPXR, TPYR and TPZR, and clear the interrupt status. The registers for Interrupt Mode are explained as below: Table 6-12 Reg. Bit_Num Description Reference TPCR1 Bit 7 Enable Touch Panel function REG[C0h] Bit 7 TP Manual mode enable TPCR2 Bit [1:0] Mode selection for TP manual mode REG[C4h] Bit 4 Touch Panel Interrupt Mask INTR Bit 0 Touch Panel Detect Status bit REG[0Fh] TPXR Bit [7:0] Touch Panel X Da ta Bit9:2 REG[C1h] TPYR Bit [7:0] Touch Panel X Da ta Bit9:2 REG[C2h] Bit [3:2] Touch Panel Y Data Bit[1:0] (Common) TPZR Bit [1:0] Touch Panel Y Data Bit[1:0] (Segment) REG[C3h]

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 45/174 www.raio.com.tw RA8806 Please refer to the following flow chart and the setting examples for applying Interrupt Mode: (1) Flowchart: Start Enable Touch Panel ( REG[C0h] B7 = 1 ) Other Functions ISR Read X, Y-axis ( Read REG[C1h], REG[C2h], REG[C3h] ) Execute Function Ext. INT Event ISR Termination 0Set Manual Mode ( REG[C4h] B7 = 1 ) Enable TP INT Mask ( REG[0Fh] B4 = 1 ) Check INT Status ( REG[0Fh] B0 = ? ) Clear TP INT Status ( REG[0Fh] B0 = 0 ) Wait for TP event Mode Latch X Data Latch Y Data Figure 6-20 : Manual Mode Flowchart for Touch Screen

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 46/174 www.raio.com.tw RA8806 (2) Program Example: Unsigned char X1,X2,Y1,Y2; Touch_Panel_Enable ( ); // Set TPCR1 Bit-7 to 1 TP_Manual_Enable ( ); // Set TPCR2 Bit 7 to 1 TP_INT_Mask_Enable ( ); // Set INTR Bit-4 to 1 Switch_Wait_TP_Event( ); // Set TPCR2[1:0] to 01b Execute other function // Jump to ISR when interrupt Int EXT_INT_Service_Routine // ISR entry LCD_CmdWrite ( INTR ); / / C h e c k I N T s t a t u s INT_Sta = LCD_DataRead ( ); If ( INT_Sta & 0x01) // Check If TP interrupt Switch_Latch_X_data( ); // Set TPCR2[1:0] to 10b Delay_Time( ); // Delay enough time for X data stable Switch_Latch_Y_data( ); // Set TPCR2[1:0] to 11b Delay_Time( ); // Delay enough time for Y data stable L C D _ C m d W r i t e ( T P X R ) ; X1 = LCD_DataRead( ); // MSB of X LCD_CmdWrite(TPYR); Y1 = LCD_DataRead( ); // MSB of Y L C D _ C m d W r i t e ( T P Z R ) ; X2 = LCD_DataRead( ) & 0x03; // LSB two Bits of X L C D _ C m d W r i t e ( T P Z R ) ; Y2 = LCD_Da taRead( ) & 0xC0; // LSB two Bits of Y Execute corresponding function LCD_CmdWrite ( INTR ); // Clear Touch Panel status temp = LCD_DataRead ( ) & 0xfe; LCD_CmdWrite ( INTR ); LCD_DataWrite ( temp ); Else if (INT_Sta & 0x02) // Check if Key-Scan interrupt Else if (INT_Sta & 0x04) // Check if Wakeup interrupt

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 47/174 www.raio.com.tw RA8806 6-4-2-2 Polling Mode Under the ”Polling Mode”, users need to decide and set the de-bounce time after the touch event, as well as the sampling time after latch by considering the real situation, thus more flexibilities for users apply this mode. The development procedures are explained as follows: 1. Enable Touch Panel function 2. Change mode to “Manual mode” 3. Set the switch to「Wait for Touch event」, i.e., set TPCR2[1:0] to 01b. 4. Read Touch Panel Event status from status register, check if the “Touch event” happens. 5. When touch event happens, confirm the stability of it and set the switch to 「Latch X data」, i.e., TPCR2[1:0] set to 10b, wait for enough time to make the latch data stable and latched to TPXR and TPZR 6. Set the switch to「Latch Y data」, i.e., TPCR2[1:0] set to 11b, wait for enough time to make the latch data stable and latched to TPYR and TPZR 7. Read X, Y data from TPXR, TPYR and TPZR, and clear the interrupt status The settings for manual interrupt mode are described in the following table: Table 6-13 Reg. Bit_Num Description Reference TPCR1 Bit 7 Enable Touch Panel function REG[C0h] Bit 7 Select operation mode to Auto-mode or Manual-mode. TPCR2 Bit [1:0] The switch of ADC controller for manual mode REG[C4h] Bit 3 Touch panel event(Only activate in TP Manual mode) INTR Bit 0 Touch Panel Detect Status bit REG[0Fh] TPXR Bit [7:0] Touch Panel X Data Bit9:2 REG[C1h] TPYR Bit [7:0] Touch Panel Y Data Bit[9:2] (Common) REG[C2h] Bit [3:2] Touch Panel Y Data Bit[1:0] (Common) TPZR Bit [1:0] Touch Panel X Data Bit[1:0] (Segment) REG[C3h] Programmer can check the status of Touch Panel Event from the Bit-3 or Bit-0 of INTR, the difference between those two bits is : 1. The Bit-3 of INTR reflects the current Touch status. When Touch event occurs, the Bit-3 is 1. When there is no Touch event, Bit-3 will be 0 and read only. 2. The Bit-0 of INTR records the Touch status . When a Touch event occurs, the Bit-3 will be 1 and however it won’t be clear automatically, it has to clear by programmer. It needs to be noted is that the REG[0Fh] Bit-3 is the direct output from ADC circuit, when touch panel is touched, the bit will respond with the even t. When touch event is not stable, it needs to be de-bounced to check if it’s legal. The bit is onl y active at “Manual mode”. When setting RA8806 to “Auto-mode, the touch event will be automatically checked if it’s legal or not. Only the legal touch event will cause the interrupt.

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 48/174 www.raio.com.tw RA8806 Please refer to the flowchart and setting examples for applying above methods: (1) Flowchart: Start Enable Touch Panel ( REG[C0h] B7 = 1 ) Read X, Y-axis ( Read REG[C1h], REG[C2h], REG[C3h] ) Execute Function Set Auto Mode ( REG[C4h] B7 = 1 ) Clear TP INT Status ( REG[0Fh] B0 = 0 )

0 Check TP Event

( REG[0Fh] B3 = ? ) validCheck TP Event 100 times ? Wait for TP event Mode Other Function Latch X Data Latch Y Data Delay enough time Delay enough time invalid Figure 6-21 : Polling Mode Flowchart for Touch Screen

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 49/174 www.raio.com.tw RA8806 (2) Program Example: Touch_Panel_Enable ( ); // Set REG[C0h]. Bit-7 = 1 TP_Manual_Enable ( ); // Set REG[C4h]. Bit-7 = 1 Switch_Wait_TP_Event( ); // Set REG[C4h][1:0] = 01 Touch_Sta_Valid = 0; // Initial Touch state L C D _ C m d W r i t e ( I N T R ) ; INT_Sta = LCD_DataRead ( ); If ( INT_Sta & 0x08 ) // Check INTR.Bit-3 for ( count = 0 ; count < 100 ; count++ ) // Check 100 times L C D _ C m d W r i t e ( I N T R ) ; INT_Sta = LCD_DataRead( ); if (INT_Sta == 0) // When no touch T o u c h _ S t a _ V a l i d = 0 ; / / T o u c h i s i n v a l i d b r e a k ; if ( count == 99 ) // When count 100 times, touch is valid T o u c h _ S t a _ V a l i d = 1 ; i f ( T o u c h _ S t a _ V a l i d ) Switch_Latch_X_data( ); // Set REG[C4h][1:0] = 10 Delay_Time( ); // Delay enough time Switch_Latch_Y_data( ); // Set REG[C4h][1:0] = 11 Delay_Time( ); // Delay enough time L C D _ C m d W r i t e ( T P X R ) ; X1 = LCD_DataRead( ); // Read high byte of X-axis LCD_CmdWrite(TPYR); Y1 = LCD_DataRead( ); // Read high byte of Y-axis L C D _ C m d W r i t e ( T P Z R ) ; X2 = LCD_DataRead( ) & 0x03; // Read Least two Bits of X-axis L C D _ C m d W r i t e ( T P Z R ) ; Y2 = LCD_DataRead( ) & 0xC0; // Read Least two Bits of Y-axis Execute corresponding function LCD_CmdWrite ( INTR ); // Clear REG[0Fh]. Bit-0 temp = LCD_DataRead ( ) & 0xfe; LCD_CmdWrite ( INTR ); LCD_DataWrite ( temp ); Execute other function

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 50/174 www.raio.com.tw RA8806 6-5 Key-Scan RA8806 features with Key-Scan circuit, and could be us ed as Keyboard function. It will help to integrate the system circuit that includes keyboard application. The below Figure 6-22 shows the basic application circuit of 8x8 Key-Pad. RA8806 already built-in pull-up resistors in the pins “KIN[7:0]”. KIN0 KIN1 KIN2 KIN3 KIN4 KIN5 KIN6 KIN7 KOUT0 KOUT1 KOUT2 KOUT3 KOUT4 KOUT5 KOUT6 KOUT7 RA8806 Figure 6-22 : 8x8 Key-Pad Application The related Registers of Key-san functi on are KSCR, KSDR, and KSER. The RA8806 Key-Scan controller features are given below: 1. Support with 4x8 or 8x8 Key-Scan Matrix 2. Programmable setting of sampling times and scan frequency of Key-Scan 3. Adjustable long key-press Timing 4. Multi-Key is available ( maximum three keys at the same time) 5. Allows the function of “ Key press to wake-up the system” Table 6-14 is the key code of mapping to key-pad matrix for normal press. The key code will be stored in REG[A2h] when key was pressed. If it was a long time press, then the key code is show as Table 6-15. Table 6-14 : Key Number Mapping Table (Normal Key) 07h06h05h04h03h02h01h00h 77h76h75h74h73h72h71h70h 67h66h65h64h63h62h61h60h 57h56h55h54h53h52h51h50h 47h46h45h44h43h42h41h40h 37h36h35h34h33h32h31h30h 27h26h25h24h23h22h21h20h 17h16h15h14h13h12h11h10h ROW # 0 1 2 3 4 5 6 7 COL #

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 51/174 www.raio.com.tw RA8806 Table 6-15 : Key Number Mapping Table (Long Key) 87h86h85h84h83h82h81h80h F7hF6hF5hF4hF3hF2hF1hF0h E7hE6hE5hE4hE3hE2hE1hE0h D7hD6hD5hD4hD3hD2hD1hD0h C7hC6hC5hC4hC3hC2hC1hC0h B7hB6hB5hB4hB3hB2hB1hB0h A7hA6hA5hA4hA3hA2hA1hA0h 97h96h95h94h93h92h91h90h ROW # 0 1 2 3 4 5 6 7 COL # When the Multi-Key function is applied, the pressed keys will be saved in the system each with KSDR0, KSDR1 and KSDR2. Note that the priority of keys saving is determined on the value size of Key-code, not the orders of keys pressing, please refer to the following example: Press the Key-code in turn of 0x44, 0x00 and 0x22, pr ess Multi-Key at the same time, the Key-code will be saved in KSDR: KSDR0 = 0x00 KSDR1 = 0x22 KSDR2 = 0x44 The definition of Key-code is described in the regist ers KSDR0 ~ 2 [A2h ~ A4h]. The basic features of above Key-Scan settings are introduced as follows: Table 6-16 Reg. Bit_Num Description Reference Bit 7 Key-Scan enable bit Bit 6 Key-Scan size selection Bit [5:4] Key-Scan sampling times setting Bit 3 Long key function enable KSCR1 Bit [2:0] Key-Scan scan frequency setting REG[A0h] Bit [3:2] long key timing adjustment KSCR2 Bit [1:0] Pressed key number REG[A1h] KSDR0 KSDR1 KSDR2 Bit [7:0] Key code for pressed key REG[A2h ~ A4h] Bit 5 Key-Scan interrupt enable INTR Bit 1 Key-Scan Interrupt Status bit REG[0Fh]

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 52/174 www.raio.com.tw RA8806 Besides, in the Sleep Mode, RA8806 allows the “Wake-up on Keystroke” function, if any key is pressed, the System Clock starts to oscillate, and de-bounce to check if the wake-up event is legal. If legal then after two Frame time, the Display on the panel will be lighted, then system will recover from the Sleep Mode. If not legal, the system clock is off agai n and keeps on the Sleep mode. Please refer to the description of “Power Mode” for the detail intr oduction of “Sleep Mode”. The settings for Wake-up function are explained as follows: Table 6-17 Reg. Bit_Num Description Reference KSCR2 Bit 7 Enable Key-Scan wake-up function REG[A1h] Bit 6 Wake-up interrupt enable bit INTR Bit 2 Wake-up Interrupt Status bit REG[0Fh] Enabling the Key-Scan functions, programmer cans uses following methods to check keystroke. 1) Software check method: to know the key be pressed from keeping check the status of Key-Scan (Bit-1 of INTR) 2) Hardware check method: to know the key be pressed from external interrupt signal Please be aware that the status of Key-Scan (Bit-1 of INTR) has been set to “1” no matter which method is used, programmer have to clear the status to 0 after reading the correct Key Code, otherwise the interrupt will be kept that no more interrupt is visible again.

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 53/174 www.raio.com.tw RA8806 The flowchart and sample settings for above applications are shown as follows: 1. Software Method: (1) Flowchart: Start Enable Key Scan( KS ) ( REG[A0h] B7 = 1 ) Read Key Code ( Read REG[A2h], REG[A3h], REG[A4h] ) Execute Function Clear KS Status ( REG[0Fh] B1 = 0 )

0 Check KS Status

( REG[0Fh] B1 = ? ) End Figure 6-23 : Key-Scan Flowchart(1)

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 54/174 www.raio.com.tw RA8806 (2) Program Example: Key-Scan_Enable ( ); // KSCR Bit-7 is set to 1 while (1) LCD_CmdWrite ( INTR ); // Check Key-Scan status KS_Sta = LCD_DataRead ( ); KS_Sta = KS_Sta & 0x02; If ( KS_Sta ) LCD_CmdWrite ( KSDR0 ); // Read first Key Code KeyCode1 = LCD_DataRead ( ); Switch ( KeyCode1 ) // Execute corresponding action case 0 : break; case 1 : LCD_CmdWrite ( INTR ); // Clear Key-Scan status temp = LCD_DataRead ( ); temp = temp & 0xfd; LCD_CmdWrite ( INTR ); LCD_DataWrite ( temp );

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 55/174 www.raio.com.tw RA8806 2. Hardware Method: (1) Flowchart: Start Enable Key Scan ( KS ) ( REG[A0h] B7 = 1 ) Other Functions ISR Read Key Code ( Read REG[A2h], REG[A3h], REG[A4h] ) Execute Function Other INT Function Ext. INT Event ISR Termination Enable KS INT Mask ( REG[0Fh] B5 = 1 ) Check KS Status ( REG[0Fh] B1 = ? ) Clear KS Status ( REG[0Fh] B0 = 0 ) Figure 6-24 : Key-Scan Flowchart(2)

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 56/174 www.raio.com.tw RA8806 (2) Program Example: Key-Scan_Enable ( ); // Set Reg. KSCR1 Bit-7=1 Key-Scan_INT_Mask_Enable ( ); // Set Reg. INTR Bit-5=1 Execute other functions // Jump to ISR when external interrupt Int EXT_INT_Service_Routine // ISR entry LCD_CmdWrite ( INTR ); / / C h e c k I N T s t a t u s INT_Sta = LCD_DataRead ( ); If ( INT_Sta & 0x02 ) // Check if Key-Scan interrupt LCD_CmdWrite ( KSDR0 ); // Read Key Code KeyCode1 = LCD_DataRead ( ); Switch ( KeyCode1 ) // Execute keystroke function case 0 : break; case 1 : LCD_CmdWrite ( INTR ); // Clear Key-Scan status temp = LCD_DataRead ( ); temp = temp & 0xfd; LCD_CmdWrite ( INTR ); LCD_DataWrite ( temp ); else if (INT_Sta & 0x01) // Check if Touch Panel interrupt else if (INT_Sta & 0x04) // Check if Wakeup interrupt

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 60/174 www.raio.com.tw RA8806 When RA8806 operates in 5V system, 5V power inputs from VDDH and 3V power will output at VDD that is the power to supply internal co re. Users need to add 1µF and 0.1µF capacitors in parallel at VDD to increase power stability. Please note that DC-to-DC converter will increas e some power consumption. So, if the RA8806 enter Sleep mode then it will keep around 20µA static current. RA8806 VDDP VDD VDDH AVDD MCU I/F GNDP GND AGND 0.47uH 10u 0.1u 1u 0.1u 0.1u VDD GND I/O MCU5V (Option) ~3V Figure 6-31 : The Power Connection of 5V

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 61/174 www.raio.com.tw RA8806 6-7-4 Sleep Mode The RA8806 provide two operation modes: Normal mode and Sleep mode. Please refer to Chapter 5 “Register Description” for Register WLCR explanation. RA8806 will shut down the system clock, to achieve the minimum power consumption. When RA8806 is under the Sleep mode, only the status register can be read, other registers are not allowed to read. Other command besides REG[00h] Bit- 7(Sleep mode) can’t be written. When RA8806 is under Sleep Mode, it can accept the following three methods to wake-up. 1. Write REG[00h] Bit-7 = 0, then it will return to Normal Mode. 2. Touch event is detected. 3. Key-Scan is detected. When RA8806 quit from Sleep mode, to avoid the incorrect activity, RA8806 must de-bounce the wake-up event for enough time(about 1,000 system clock periods) to make sure it, then quit from Sleep mode. Besides, when MPU program RA8806 to enter Sl eep mode, RA8806 can’t receive command from MPU anymore till quit the Sleep mode. The command will be lost. User program must avoid the possibility of the condition. For example, if RA8806 be programmed to Sleep mode, at the same time, the MPU receives an external interrupt, and cause the MPU enter the Interrupt Service Routine(ISR). That will cause RA8806 can’t correctly receive and recognize the command. From the view of hardware design, the condition c an’t be prevented. Because the external interrupt is an individual mechanism of MPU. We can’t predicate the happen of it from the role of RA8806. It’s a possible risk even the possibility is rare. So it’s suggested that MPU must be mask the interrupt for RA8806 before commanding the RA8806 to enter the Sleep mode. The interrupt mask is off after RA8806 quit from Sleep mode. Besides, because the status register can be read normally at Sleep mode. Also user can check the status in the ISR for judgment. If RA8806 is checked under Sleep mode, MPU can quit ISR and execute nothing to prevent incorrect activity. Table 6-19 Reg. Bit_Num Description Reference WLCR Bit 7 Normal mode and Sleep mode selection. REG[00h]

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 65/174 www.raio.com.tw RA8806 RS, ZCS1 ZWR DATA[7:0] BUSY t BST (Write) t BUSY Figure 6-36 : BUSY Timing Chart Table 6-20 : Busy Timing Rating Signal Symbol Parameter Min Max Unit Condition Half Size Font 150 -- ns t BST Busy Setup Time Full Size Font 250 Half Size Font -- 50*t cn s BUSY t BUSY Busy Active Time Full Size Font -- 100*t cn s System Clock: 8MHz VDD: 5V t c = 125ns

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 66/174 www.raio.com.tw RA8806 6-9 PWM RA8806 provide a set of programmable PWM (Pulse Width Modulation) for LCD contrast adjustment. The PWM frequency and duty can be set by register. A nd the driving capability of PWM output pin is larger than other output pin, about 4 multiples of normal output. Besides, if the PWM function is disable, it can use as normal IO signal. The relative function setting please refers to the table below. Table 6-21 Reg. Bit_Num Description Reference Bit 7 PWM function enable PCR Bit [3:0] Clock source divide ratio select REG[D0h] PDCR Bit [7:0] PWM Duty Cycle Select REG[D1h] The following are two examples for the PWM output (pin “PWM_OUT”): TH TL Example-1: System Clock = 10Mhz, Register PCR Bit[3:0] = 0001b Æ Clock Source = 10MHz/2 = 5MHz TPWM = 256*(1/5MHz) = 51.2µs Register PDCR Bit[7:0] = 0Fh Æ TH = 16*(1/5MHz) = 3.2µs Example-2: System Clock = 10Mhz, Register PCR Bit[3:0] = 0010b Æ Clock Source = 10MHz/4 = 2.5MHz TPWM = 256*(1/2.5MHz) = 102.4 µs Register PDCR Bit[7:0] = 7Fh Æ TH = 128*(1/2.5MHz) = 51.2µs TH TL TPWM TPWM Figure 6-37 : PWM_OUT Pulse

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 68/174 www.raio.com.tw RA8806 Figure 6-39 : PWM Reference Circuit for Negative VLCD

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 70/174 www.raio.com.tw RA8806 0 1 2 3 4 5 6 7 ….. Display Data RAM Display On LCD 1 1 1 0 0 1 1 0 D7 D6 D5 D4 D3 D2 D1 D0 Segment Figure 6-42 : The Mapping of Display Data to LCD Panel The RA8806 provide an Auto-Write feature to fill a data to all of the DDRAM. At first, user writes the data to Register PNTR then initials the Auto-Write function(Register FNCR Bit-3). RA8806 will fill the data to DDRAM in very short time. Normally this f eature is used to clear screen or want to fill fixed pattern or background on screen. Table 6-22 Reg. Bit_Num Description Reference WLCR Bit 3 Text Mode Selection REG[00h] 6-10-1-2 Half Size Font RA8806 built in 4 half-size font blocks, each blo ck contains 0h ~ FFh(256) characters, and could be selected by register REG[F0h] Bit[1:0]. By setti ng the REG[F0h] Bit[1:0], the corresponding table is selected. About the font table, please reference Appendix C. The RA8806 also supports ISO8859 standard (ISO - International Organization for Standar dization). Which can fully supports most Latin characters set. REG[F0h] Bit-7 is the option of RA8806 default coding or ISO8859 mode. In this mode, RA8806 internal ASCII table1 ~ 4 is mapping to the coding of ISO8859-1 ~ ISO8859-4. Table 6-23 Reg. Bit_Num Description Reference Bit 7 ISO8859 mode Bit 2 ASCII Mode Enable FNCR Bit [1:0] ASCII Blocks Select REG[F0h]

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 71/174 www.raio.com.tw RA8806 6-10-1-3 Full Size Font There are two types of CGROM in RA8806, i. e. RA8806-S and RA8806-T. RA8806-S contains the Simplified Chinese characters with the coding of GB standard. RA8806-T c ontains the Traditional Chinese characters with the coding of BIG5 standard. About the detail, please refer the Appendix D and Appendix E Table 6-24 Reg. Bit_Num Description Reference WLCR Bit 3 Text Mode Selection REG[00h] 6-10-1-4 Bold and Inverse The RA8806 supports the bold and inverse font. The us er only needs to set up the related register bit that before send the character code to RA8806. Figure 6-43 shows the examples. 16X16 inverse font 8X16 inverse font 16X16 bold font 8X16 bold font Figure 6-43 : Inverse and Bold Font Example. Table 6-25 Reg. Bit_Num Description Reference Bit 3 Text Mode Selection Bit 2 Set Display On/Off Selection Bit 1 Blink Mode Selection WLCR Bit 0 Inverse Mode Selection REG[00h] WCCR Bit 4 Bold Font (Character Mode Only) REG[10h]

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 75/174 www.raio.com.tw RA8806 The picture below is an example of 4-gray-level picture, the program example are attached below it: Figure 6-48 : 4-Gray-Scale Example Program Example: LCD_Graphic(); // Set graphic mode Gray_Mode(); // Set REG[12h] Bit[6:4] to 000b, as gray level display Scan_Diret_H_V(); // Set REG[12h] Bit-7 to 0, Cursor moves from left to right LCD_GotoXY( 0 , 0 ); LCD_CmdWrite( 0xB0 ); // Write memory command for ( i = 0 ; I < 4800 ; i++ ) // Write data LCD_DataWrite( 0x00 ) ; // Gray Level 1 ( 00 ) LCD_DataWrite( 0x55 ) ; // Gray Level 2 ( 01 ) LCD_DataWrite( 0xAA ) ; // Gray Level 3 ( 10 ) LCD_DataWrite( 0xFF ) ; // Gray Level 4 ( 11 )

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 77/174 www.raio.com.tw RA8806 After writing completed font code(One bye for half si ze font and two bytes for full-size font), it will takes an enough time for data to be written into the DDRAM. In the mean while no data can be read or wrote into DDRAM. (Please refer to Section 6-8 “Interrupt and Busy”, the description of “Memory Write Busy”). The writing time is differing from the enlargement multiplier of font size. Its calculation formula is as follows : Tfw = ( 16*tc + 32*tc x ( HW x VH ) ) x ( 1 + 10% ) Tfw : Font Write time tc : System clock period HW : Horizontal enlargement multiplier. VH : Vertical enlargement multiplier. Here 10% is for the flexible error consideration. Please refer to the following examples: (Estimate the system clock is 4MHz and the tc is 250ns) Table 6-30 : Delay Time for Font Enlargement Font enlargement multiplier Standard delay time( μS) Suggested delay time( μS) 1 x 1 12 13.2 2 x 2 36 39.6 3 x 3 76 83.6 4 x 4 132 145.2 In addition to calculate writing time and delay, programmer can also check the “Busy” status to know if font characters were written into the DDRAM. Please refer to the “ Status Register” for the description of “Busy”.

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 79/174 www.raio.com.tw RA8806 The relative register list about font rotation function is: Table 6-31 Reg. Bit_Num Description Reference WCCR Bit 3 Font rotation mode enable REG[10h] MISC Bit 0 COM direction selection REG[01h] Besides the cursor display function, the other func tions in the font rotation mode work as the same behavior as normal mode, including: 1) Font enlargement function 2) Full alignment function 3) Line Gap adjustment function 4) Scroll function

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 80/174 www.raio.com.tw RA8806 6-11 User-Defined Font The RA8806 embedded a 512Byte CGRAM for user to cr eate new character. The user could create font, special symbol or pattern in this memory. If user only uses one DDRAM, then the other one could also use as CGRAM. Therefore, the RA8806 provides 3 regions for user to create new character(symbol or pattern) as following: 1. 512 Bytes CGRAM 2. 9.6K Bytes DDRAM1 (When user only shows DDRAM2 data on screen) 3. 9.6K Bytes DDRAM2 (When user only shows DDRAM1 data on screen) Table 6-32 : Font Code for User-Created Region Size Code and Range Capacity CGRAM 512 bytes Half-Size : 8F00h ~ 8F1Fh Full-Size : 9F00h ~ 9F0Fh

32 Half-Size chars

16 Full-Size chars

DDRAM1 9.6 Kbytes Half-Size : 8000h ~ 8E27h Full-Size : 9000h ~ 9E13h

600 Half-Size chars

300 Full-Size chars

DDRAM2 9.6 Kbytes Half-Size : 8000h ~ 8E27h Full-Size : 9000h ~ 9E13h 6-11-1 Create Font in CGRAM The CGRAM is a 512Byte RAM, so it could creat e 32 Half-Size or 16 Full-Size characters. The Table 6-33 is the font code mapping table in CGRAM. Note the font codes were fix in RA8806. And the Font# was defined in Bit[3:0] of REG[CURY]. Table 6-33 : CGRAM Font Code Mapping Table 8F1F 9F0F 8F1E 8F1D 9F0E 8F1C 8F1B 9F0D 8F1A 9F0B 8F16 8F15 9F0A 8F14 8F13 9F09 8F12 8F11 9F08 8F10 8F19 9F0C 8F18 8F17Half-Size Full-Size Font# Code 8F0F 9F07 8F0E 9F00 8F00 9F02 8F04 9F04 8F08 9F03 8F06 8F0D8F0B8F098F058F01 9F01 8F02 8F0C8F0A8F078F03Half-Size 9F069F05Full-Size 65Font# Code

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 81/174 www.raio.com.tw RA8806 0001 0010 0011 0100 0101 0110 0111 0000 1001 1010 1011 1100 1101 1110 1111 1000 0001 0010 0011 0100 0101 0110 0111 0000 1001 1010 1011 1100 1101 1110 1111 1000 0001 0010 0011 0100 0101 0110 0111 0000 1001 1010 1011 1100 1101 1110 1111 1000 0001 0010 0011 0100 0101 0110 0111 0000 1001 1010 1011 1100 1101 1110 1111 1000 0001 0010 0011 0100 0101 0110 0111 0000 1001 1010 1011 1100 1101 1110 1111 1000 43210561 23570 467 43210 567 (1) Full-size Font (2) Half-size Font Figure 6-52 : Example of Created Font Bit-map Data According to the user-created font register setting in CGRAM, please refer to the below table. Table 6-34 : Register Definition for Created-font in CGRAM Reg. Bit_Num Description Reference Bit 7 Cursor Increase enable Bit [6:4] Display mode MAMR Bit [1:0] Select memory for write cycle REG[12h] CURX Bit [4:0] The Bit[4:0] is the address for writing bit-map data of create font. When create a full-size font, normally set to 0. When create an odd half-size font, normally set to 0, and set 10h for even font. REG[60h] CURY Bit [3:0] Indicate which font code data will be created. REG[70h]

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 83/174 www.raio.com.tw RA8806 Program Example(2): // Create a half-size font in CGRAM and show on the screen. Access_CGRAM(); // MAMR[1:0] = 00b Only_Show_DDRAM1(); // MAMR[6:4] = 001b LCD_CMDWrite( CURY ); // Create 6 th half-size char LCD_DataWrite( 0x02 ); LCD_CMDWrite( CURX ); // Write font-data from 1 st byte LCD_DataWrite( 0x10 ); LCD_CMDWrite( MWrite ); // B0h, Memory write command for( i = 0; i < 16; i++ ) // 16 continuous write for font bit-map LCD_DataWrite( font_data[i] ); D e l a y 2 u s ( 5 0 ) ; LCD_GotoXY( 5 , 5 ); // Set Cursor position ( 5 , 5 ) LCD_CMDWrite( MWrite ); // Corresponding font code( 8F05h ) LCD_DataWrite( 0x8F ); LCD_DataWrite( 0x05 ); // Show as (2) of Figure 6-52 6-11-2 Create Font in DDRAM The DDRAM are 9.6KByte RAM, so it could cr eate 600 Half-Size or 300 Full-Size characters. Table 6-36 is the font code mapping table in DDRAM for Half-Size characters. Table 6-37 is the font code mapping table in DDRAM for Full –Size characters. T hese font codes were also fix in RA8806. The register CURX and CURY are used to point the address that bit-map data to create font. According to the register setting of user-created font in DDRAM, please refer to the below table. Table 6-35 : Register Definition for Created-font in DDRAM Reg. Bit_Num Description Reference Bit 7 Cursor Increase enable Bit [6:4] Display mode MAMR Bit [1:0] Select memory for write cycle REG[12h] CURX Bit [5:0] REG[60h] CURY Bit [7:0] Both registers are Indicate which font code data will be created. REG[70h]

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 84/174 www.raio.com.tw RA8806 Table 6-36 : DDRAM1 and DDRAM2 Half-size Font Code Mapping CURX 8001 8002 8026 8027 8100 8101 8102 8126 8127 8200 8201 8202 8226 8227 8300 8301 8302 8326 8327 8400 8401 8402 8426 8427 8500 8501 8502 8526 8527 8700 8701 8702 8726 8727 8800 8801 8802 8826 8827 8A00 8A01 8A02 8A26 8A27 8B00 8B01 8B02 8B26 8B27 8C00 8C01 8C02 8C26 8C27 8D00 8D01 8D02 8D26 8D27 8600 8601 8602 8626 8627 8900 8901 8902 8926 8927 8E278E00 8E01 8E02 8E26 CURY 8000 Table 6-37 : DDRAM1 and DDRAM2 Full-size Font Code Mapping Table CURX 9000 9001 9002 9003 9004 9005 9006 9007 9008 9009 900A 900B 900C 900D 900E 900F 9010 9011 9012 90139000 9001 9002 9003 9004 9005 9006 9007 9008 9009 900A 900B 900C 900D 900E 900F 9010 9011 9012 9013 9100 9101 9102 9103 9104 9105 9106 9107 9108 9109 910A 910B 910C 910D 910E 910F 9110 9111 9112 91139100 9101 9102 9103 9104 9105 9106 9107 9108 9109 910A 910B 910C 910D 910E 910F 9110 9111 9112 9113 9200 9201 9202 9203 9204 9205 9206 9207 9208 9209 920A 920B 920C 920D 920E 920F 9210 9211 9212 92139200 9201 9202 9203 9204 9205 9206 9207 9208 9209 920A 920B 920C 920D 920E 920F 9210 9211 9212 9213 9300 9301 9302 9303 9304 9305 9306 9307 9308 9309 930A 930B 930C 930D 930E 930F 9310 9311 9312 93139300 9301 9302 9303 9304 9305 9306 9307 9308 9309 930A 930B 930C 930D 930E 930F 9310 9311 9312 9313 9400 9401 9402 9403 9404 9405 9406 9407 9408 9409 940A 940B 940C 940D 940E 940F 9410 9411 9412 94139400 9401 9402 9403 9404 9405 9406 9407 9408 9409 940A 940B 940C 940D 940E 940F 9410 9411 9412 9413 9500 9501 9502 9503 9504 9505 9506 9507 9508 9509 950A 950B 950C 950D 950E 950F 9510 9511 9512 95139500 9501 9502 9503 9504 9505 9506 9507 9508 9509 950A 950B 950C 950D 950E 950F 9510 9511 9512 9513 9700 9701 9702 9703 9704 9705 9706 9707 9708 9709 970A 970B 970C 970D 970E 970F 9710 9711 9712 97139700 9701 9702 9703 9704 9705 9706 9707 9708 9709 970A 970B 970C 970D 970E 970F 9710 9711 9712 9713 9800 9801 9802 9803 9804 9805 9806 9807 9808 9809 980A 980B 980C 980D 980E 980F 9810 9811 9812 98139800 9801 9802 9803 9804 9805 9806 9807 9808 9809 980A 980B 980C 980D 980E 980F 9810 9811 9812 9813 9A00 9A01 9A02 9A03 9A04 9A05 9A06 9A07 9A08 9A09 9A0A 9A0B 9A0C 9A0D 9A0E 9A0F 9A10 9A11 9A12 9A139A00 9A01 9A02 9A03 9A04 9A05 9A06 9A07 9A08 9A09 9A0A 9A0B 9A0C 9A0D 9A0E 9A0F 9A10 9A11 9A12 9A13 9B00 9B01 9B02 9B03 9B04 9B05 9B06 9B07 9B08 9B09 9B0A 9B0B 9B0C 9B0D 9B0E 9B0F 9B10 9B11 9B12 9B139B00 9B01 9B02 9B03 9B04 9B05 9B06 9B07 9B08 9B09 9B0A 9B0B 9B0C 9B0D 9B0E 9B0F 9B10 9B11 9B12 9B13 9C00 9C01 9C02 9C03 9C04 9C05 9C06 9C07 9C08 9C09 9C0A 9C0B 9C0C9C0D 9C0E 9C0F 9C10 9C11 9C12 9C139C00 9C01 9C02 9C03 9C04 9C05 9C06 9C07 9C08 9C09 9C0A 9C0B 9C0C9C0D 9C0E 9C0F 9C10 9C11 9C12 9C13 9D00 9D01 9D02 9D03 9D04 9D05 9D06 9D07 9D08 9D09 9D0A 9D0B 9D0C 9D0D 9D0E 9D0F 9D10 9D11 9D12 9D139D00 9D01 9D02 9D03 9D04 9D05 9D06 9D07 9D08 9D09 9D0A 9D0B 9D0C 9D0D 9D0E 9D0F 9D10 9D11 9D12 9D13 9600 9601 9602 9603 9604 9605 9606 9607 9608 9609 960A 960B 960C 960D 960E 960F 9610 9611 9612 96139600 9601 9602 9603 9604 9605 9606 9607 9608 9609 960A 960B 960C 960D 960E 960F 9610 9611 9612 9613 9900 9901 9902 9903 9904 9905 9906 9907 9908 9909 990A 990B 990C 990D 990E 990F 9910 9911 9912 99139900 9901 9902 9903 9904 9905 9906 9907 9908 9909 990A 990B 990C 990D 990E 990F 9910 9911 9912 9913 9E139E00 9E01 9E02 9E03 9E04 9E05 9E06 9E07 9E08 9E09 9E0A 9E0B 9E0C 9E0D 9E0E 9E0F 9E10 9E11 9E129E00 9E01 9E02 9E03 9E05 9E06 9E07 9E08 9E09 9E0A 9E0B 9E0C 9E0D 9E0E 9E0F 9E10 9E11 9E12 CURY 0 1 2 3 4 5 6 7 8 9 A B C D E F 10 11 12 13 1415 16 17 18 19 1A1B 1C1D1E 1F 20 21 22 23 24 25 26 27 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 85/174 www.raio.com.tw RA8806 Start Access DDRAM1 Yes Show DDRAM2 Write 16 bytes data ? Set Graphic Mode ( REG[00h] B3 = 0 ) Set Cursor shifting Direction, vertical first then horizontal ( REG[12h] B7 = 1 ) Set XY -axis ( X, Y ) ( Set REG[60h],[70h] ) Write Left-half font data to DDRAM1 Y add 1 (Set REG[70h]) X add 1 (Set REG[60h]) Set XY -axis ( X, Y ) ( Set REG[60h],[70h] ) Write Right-half font data to DDRAM1 Y add 1 (Set REG[70h]) Yes N0Write 16 bytes data ? Access Page2 Set Text Mode ( REG[00h] B3 = 1 ) Set Cursor shifting Direction, horizontal first then vertical ( REG[12h] B7 = 0 ) Set XY -axis ( X, Y ) and execute Memory Write CMD Write font data that already defined at DDRAM1 to DDRAM2 Figure 6-54 : Flowchart of User-created font in DDRAM1 The above flow-chart is an example to create a Full-size in DDRAM1 and show the new font on screen(DDRAM2). At first, user have to set up the CURX and CURY to define which code data will be created, and then write 32Bytes bit-map data to DDRAM1. The CURX need to set twice for each 16Bytes data – the left and right of full- size font. Please refer the following Program Example(3). If we want to create a full-size font as (1) of Figure 6-52 to mapping code – 9205h in Table 6-37. The result is show (1) of Figure 6-52 on screen.

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 86/174 www.raio.com.tw RA8806 Program Example(3): // Create a full-size font in DDRAM1 and show on the screen. Access_DDRAM1(); // MAMR[1:0] = 01 Only_Show_DDRAM2(); // MAMR[6:4] = 010 LCD_Graphic(); // WLCR. Bit-3 = 0 C u r s o r _ S h i f t _ D i r e c t _ V H ( ) ; / / M A M R . B i t - 7 = 1 / / S e t t h e c u r s o r m o v i n g i n v e r t i c a l L C D _ G o t o X Y ( 0 x 0 A , 0 x 2 0 ) ; // Write the left part of full-size font LCD_CMDWrite( MWrite ); // Memory write command f o r ( i = 0 ; i < 1 6 ; i + + ) LCD_DataWrite(font_data_L[i]); D e l a y 2 u s ( 5 0 ) ; LCD_GotoXY(0x0B, 0x20); // Write the right part of full-size font LCD_CMDWrite( MWrite ); // Memory write command f o r ( i = 1 6 ; i < 3 2 ; i + + ) LCD_DataWrite(font_data_R[i]); D e l a y 2 u s ( 5 0 ) ; Access_DDRAM2(); // MAMR[1:0] = 10 L C D _ T e x t ( ) ; / / W L C R . B i t - 3 = 1 C u r s o r _ S h i f t _ D i r e c t _ H V ( ) ; / / M A M R . B i t - 7 = 0 LCD_GotoXY( 3 , 3 ); // set coordinate to ( 3 , 3 ) LCD_CMDWrite( MWrite ); // Memory write command LCD_DataWrite(0x92); // Write the code(9205h) of user-defined font L C D _ D a t a W r i t e ( 0 x 0 5 ) ; / / S h o w a s ( 1 ) o f Figure 6-52 D e l a y 2 u s ( 5 0 ) ;

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 88/174 www.raio.com.tw RA8806 Program Example(4): // Create a 24x16 symbol in DDRAM1 and show on the screen. Access_DDRAM1(); // MAMR[1:0] = 01 Only_Show_DDRAM2(); // MAMR[6:4] = 010 LCD_Graphic(); // WLCR. Bit-3 = 0 C u r s o r _ S h i f t _ D i r e c t _ V H ( ) ; / / M A M R . B i t - 7 = 1 / / S e t t h e c u r s o r m o v i n g i n v e r t i c a l LCD_GotoXY(0x02, 0x10); // Write the left part of symbol LCD_CMDWrite( MWrite ); // Memory write command f o r ( i = 0 ; i < 1 6 ; i + + ) LCD_DataWrite(font_data_L[i]); D e l a y 2 u s ( 5 0 ) ; LCD_GotoXY(0x03, 0x10); // Write the middle part of symbol LCD_CMDWrite( MWrite ); // Memory write command f o r ( i = 1 6 ; i < 3 2 ; i + + ) LCD_DataWrite(font_data_R[i]); D e l a y 2 u s ( 5 0 ) ; LCD_GotoXY(0x04, 0x10); // Write the right part of symbol LCD_CMDWrite( MWrite ); // Memory write command f o r ( i = 3 2 ; i < 4 8 ; i + + ) LCD_DataWrite(font_data_R[i]); D e l a y 2 u s ( 5 0 ) ; Access_DDRAM2(); // MAMR[1:0] = 10 L C D _ T e x t ( ) ; / / W L C R . B i t - 3 = 1 C u r s o r _ S h i f t _ D i r e c t _ H V ( ) ; / / M A M R . B i t - 7 = 0 LCD_GotoXY( 3 , 3 ); // set coordinate to ( 3 , 3 ) LCD_CMDWrite( MWrite ); // Memory write command LCD_DataWrite(0x81); // Write the code(8105h, 8102, 8103) of symbol L C D _ D a t a W r i t e ( 0 x 0 2 ) ; / / S h o w a s Figure 6-56 L C D _ D a t a W r i t e ( 0 x 8 1 ) ; L C D _ D a t a W r i t e ( 0 x 0 3 ) ; L C D _ D a t a W r i t e ( 0 x 8 1 ) ; L C D _ D a t a W r i t e ( 0 x 0 4 ) ; D e l a y 2 u s ( 5 0 ) ; Besides, note the display address for each of t he font code to be display on the LCD screen, especially under Rotate 90 degree and Font Enlargement mode.

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 89/174 www.raio.com.tw RA8806 6-12 Scroll Function 6-12-1 Horizontal Scrolling The RA8806 provide Horizontal Scrolling function. You can assign an area by Register BGSG and EDSG. Once start the horizontal scrolling, the assigned area will shift step by step and each step is 8 pixels width. About Horizontal Scrolling register setting, please refer to the list below. Table 6-38 Reg. Bit_Num Description Reference Bit 2 SCR_DIR(Scroll direction) Bit 1 SCR_HV(Scroll Horizontal/Vertical) ADSR Bit 0 SCR_EN(Scroll Enable) REG[03h] BGSG Bit [5:0] The SEG start address in scroll mode REG[61h] EDSG Bit [5:0] The SEG end address in scroll mode REG[62h] BGCM Bit [7:0] The COM start address in scroll mode REG[71h] EDCM Bit [7:0] The COM end address in scroll mode REG[72h] (1)Flowchart: The flow-chart of horizontal scrolling is as following: Start Set Scrolling Window Boundary ( Set REG[61h],[62h],[71h],[72h]) Write Chinese font filled with the screen Set Scrolling Direction, Left to Right ( Set REG[03h][2:1] = 0 0 ) Enable Scrolling Function ( REG[03h]B0 = 1 ) Figure 6-57 : Horizontal Scrolling

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 90/174 www.raio.com.tw RA8806 (2)Program Example: LCD_Text(); // Text Mode // Set Scrolling Window LCD_CmdWrite(0x61); // SEG Start Position of Scrolling Mode L C D _ D a t a W r i t e ( 0 x 0 5 ) ; LCD_CmdWrite(0x62); // SEG End Position of Scrolling Mode L C D _ D a t a W r i t e ( 0 x 2 2 ) ; LCD_CmdWrite(0x71); // COM Start Position of Scrolling Mode L C D _ D a t a W r i t e ( 0 x 2 0 ) ; LCD_CmdWrite(0x72); // COM End Position of Scrolling Mode L C D _ D a t a W r i t e ( 0 x d 0 ) ; for( i = 0 ; i < 300 ; i++ ) // Write the font to fill the screen L C D _ D a t a W r i t e ( R A i O [ i ] ) ; D e l a y 2 u s ( 5 0 ) ; // Set Scrolling Direction and Enable scroll function L C D _ C m d W r i t e ( 0 x 0 3 ) ; L C D _ D a t a W r i t e ( 0 x 0 1 ) ; / / L Æ R // LCD_DataWrite(0x05); // R Æ L

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 91/174 www.raio.com.tw RA8806 6-12-2 Vertical Scrolling The RA8806 also provide Vertical Scrolling function. You can start the scrolli ng by control Register ADSR Bit-2. Once start the vertical scrolling, the whole screen will shift step by step and each step is 1 pixel height. (1)Flowchart: The flow-chart of vertical scrolling is as following: Start Set Scrolling Window Boundary ( Set REG[61h],[62h],[71h],[72h]) Write Chinese font filled with the screen Set Scrolling Direction, Top to Bottom ( Set REG[03h][2:1] = 0 1 ) Enable Scrolling Function ( REG[03h]B0 = 1 ) Figure 6-58 : Vertical Scrolling (2)Program Example: LCD_Text(); // Text Mode LCD_CmdWrite(0x61); // SEG Start Position of Scrolling Mode L C D _ D a t a W r i t e ( 0 x 0 5 ) ; LCD_CmdWrite(0x62); // SEG End Position of Scrolling Mode L C D _ D a t a W r i t e ( 0 x 2 2 ) ; LCD_CmdWrite(0x71); // COM Start Position of Scrolling Mode L C D _ D a t a W r i t e ( 0 x 2 0 ) ; LCD_CmdWrite(0x72); // COM End Position of Scrolling Mode L C D _ D a t a W r i t e ( 0 x d 0 ) ; for( i = 0 ; i < 300 ; i++ ) // Fill Chinese font on the screen L C D _ D a t a W r i t e ( R A i O [ i ] ) ; D e l a y 2 u s ( 5 0 ) ; LCD_CmdWrite(0x03); // Scrolling Enable L C D _ D a t a W r i t e ( 0 x 0 3 ) ; / / T Æ B // LCD_DataWrite(0x07); // B Æ T

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 92/174 www.raio.com.tw RA8806 6-13 Cursor 6-13-1 Cursor Position and Shift The cursor-moving unit of segment is one byte(or eight pixels). But the moving unit of common is one pixel. The cursor position is controlled by Register CURX and CURY for both text and graphics mode. You can also setup the Auto-Increase m ode for write to DDRAM or read data from DDRAM. The cursor-moving boundary depends on the active window. 6-13-2 Full Alignment The “Full alignment function” provi des the “Auto-Align” feature when full-size and half-size characters combined display. Programmer can adjust it from the settings of Bit-6 of WCCR. (Refer to register WCCR for detail description.) ‹ When Bit-6 is 1, the auto-align feature is enabled. ‹ When Bit-6 is 0, the auto-align feature is not being used. The Figure 6-59 and Figure 6-60 shows the above settings. With full alignment function 佑科技 有限公司 瑞 Figure 6-59 : Font Write with Full Alignment

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 96/174 www.raio.com.tw RA8806 6-14 Extension Mode for Display Normally the maximum support resolution of RA8806 is 320x240 dots. But RA8806 support a special display mode – Extension mode. And the maximu m support resolution is 640x240 or 320x480 dots. In Extension mode, the dual DDRAM data can be show on the bigger panel. This mode is set by the Bit[6:4] of register MAMR. Please refer to Figure 6-67 of the example by using 640x240 panel, and Figure 6-68 by using 320x480 panel. RA8806 LCD Panel Max. 320x240 Normal Mode Com/Seg Signals LCD Driver RA8806 LCD Panel Max. 640x240 or Max. 320x480 Extension Mod Com/Seg Signals LCD Driver Figure 6-66 : Maximum Resolution for RA8806 320320

240 DDRAM1 DDRAM2

Figure 6-67 : Extension Mode(1) Register MAMR Bit[6:4] = 110h If MAMR Bit[6:4] = 110b, then RA8806 supports maximu m resolution is 640x240 pixels. The left side of screen shows the DDRAM1 data, the right side shows the DDRAM2 data. Please refer to Figure 6-67. If MAMR Bit[6:4] = 111b, then RA8806 supports maximu m resolution is 320x480 pixels. The up side of screen shows the DDRAM1 data, the down side shows the DDRAM2 data. Please refer to Figure 6-68.

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 99/174 www.raio.com.tw RA8806 6-15 Eliminating Flicker Mode RA8806 also provides “Eliminating F licker Mode” in order to eliminate display errors at scan/MPU confliction. When the scan logic is processing scan task and at the same time the DDRAM is accessed by the MPU, the scan data will force to get a wrong one and may experience side effects such as “snow”. When the flicker or “snow” is too much, it will infect the display effect. Therefore, RA8806 is designed to disable scan logic when MPU is accessing the DDRAM. And after it is completed, the scan logic active again. The “E liminating Flicker Mode” separate Write and Read operating therefore no confliction will happen between sc an logic and MPU cycle. That is, no data will lose. Ideally, it will have great improvement at display effect. In the real application, sometimes the access method will cause a side effect for that the scan waveform of each row will vary by the MPU write cycle. The length of scan wa veform for each row will different when data access frequently. In some condition, the di splay effect is poor. According to the real experiment result, we find that the display effect is perfect at graphic mode to use the “Eliminating Flicker Mode”. We suggest user can consider adapting it by their real application display effect. Figure 6-73 : Eliminating Flicker Mode Table 6-39 Reg. Bit_Num Description Reference MISC Bit 7 The LCD Driver-Scan will auto-pending when busy. REG[01h]

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 100/174 www.raio.com.tw RA8806 7. Package Information 7-1 Bonding Pad CLK_OUT ZRST XG XD DATA7 DATA6 DATA5 DATA4 DATA3 DATA2 DATA1 DATA0 ZRD ZWR VDDP GNDP CS2 RS AVDD AGND INT BUSY VDDH VDD GND FR LP YD XCK ZDOFF LD7 LD6 LD5 LD4 LD3 LD2 LD1 LD0 GNDP PWM_OUT PWM_OUT TESTI TESTMD ZCS1RA8806 Logo KIN0 KIN1 KIN2 KIN3 KIN4 KIN5 KIN6 KIN7 KOUT0 KOUT1 KOUT2 KOUT3 KOUT4 KOUT5 KOUT6 KOUT7 DB MI DW VDDP RA8806 Figure 7-1 : RA8806 Bonding Pad

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 101/174 www.raio.com.tw RA8806 7-2 Pad X/Y Coordinate Table 7-1 : RA8806 Pad Coordinate Pad No. Pad Name X Y Pad No. Pad Name X Y 1 GNDP 2301.05 -1649.70 35 DATA0 1429.80 1833.05 2 LD0 2301.05 -1536.80 36 DATA1 1314.80 1833.05 3 LD1 2301.05 -1421.80 37 DATA2 1199.80 1833.05 4 LD2 2301.05 -1306.80 38 DATA3 1084.80 1833.05 5 LD3 2301.05 -1191.80 39 DATA4 969.80 1833.05 6 LD4 2301.05 -1076.80 40 DATA5 854.80 1833.05 7 LD5 2301.05 -961.80 41 DATA6 739.80 1833.05 8 LD6 2301.05 -846.80 42 DATA7 624.80 1833.05 9 LD7 2301.05 -731.80 43 XD 509.80 1833.05 10 ZDOFF 2301.05 -616.80 44 XG 394.80 1833.05 11 XCK 2301.05 -501.80 45 ZRST 279.80 1833.05 12 YD 2301.05 -386.80 46 TESTI 164.80 1833.05 13 LP 2301.05 -271.80 47 TESTMD 49.80 1833.05 14 FR 2301.05 -156.80 48 CLK_OUT -65.20 1833.05 15 GND 2301.05 -39.70 49 KIN0 -65.20 -1833.05 16 VDD 2301.05 75.30 50 KIN1 49.80 -1833.05 17 VDDH 2301.05 186.10 51 KIN2 164.80 -1833.05 18 BUSY 2301.05 303.20 52 KIN3 279.80 -1833.05 19 INT 2301.05 418.20 53 KIN4 394.80 -1833.05 20 AGND 2301.05 702.20 54 KIN5 509.80 -1833.05 21 AVDD 2301.05 817.20 55 KIN6 624.80 -1833.05 22 Y2 2301.05 934.30 56 KIN7 739.80 -1833.05 23 X2 2301.05 1049.30 57 KOUT0 854.80 -1833.05 24 Y1 2301.05 1164.30 58 KOUT1 969.80 -1833.05 25 X1 2301.05 1279.30 59 KOUT2 1084.80 -1833.05 26 PWM_OUT 2301.05 1394.30 60 KOUT3 1199.80 -1833.05 27 PWM_OUT 2301.05 1509.30 61 KOUT4 1314.80 -1833.05 28 ZCS1 2301.05 1624.30 62 KOUT5 1429.80 -1833.05 29 CS2 2119.80 1833.05 63 KOUT6 1544.80 -1833.05 30 RS 2004.80 1833.05 64 KOUT7 1659.80 -1833.05 31 GNDP 1887.70 1833.05 65 DB 1774.80 -1833.05 32 VDDP 1772.70 1833.05 66 MI 1889.80 -1833.05 33 ZWR 1659.80 1833.05 67 DW 2004.80 -1833.05 34 ZRD 1544.80 1833.05 68 VDDP 2121.90 -1833.05

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 102/174 www.raio.com.tw RA8806 7-3 Pin Assignment RAiO RA8806L2N-T TM 08XX-N Pin #1 NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC CLK_OUT VDDP GNDP NC LD0 LD1 LD2 LD3 LD4 LD5 LD6 LD7 ZDOFF XCK YD LP FR GND VDD VDDH BUSY INT AGND AVDD PWM_OUT ZCS1 NC KIN0 KIN1 KIN2 KIN3 KIN4 KIN5 KIN6 KIN7 KOUT0 KOUT1 KOUT2 KOUT3 KOUT4 KOUT5 KOUT6 KOUT7 DB MI DW TESTMD TESTI ZRST XG XD NC DATA7 DATA6 DATA5 DATA4 DATA3 DATA2 DATA1 DATA0 ZRD ZWR VDDP GNDP RS CS2 Date Code (Year 2008) 51 0 1 52 0 2 5 3 0 50556065707580 100 NC Figure 7-2 : LQFP-100Pin Pin Assignment RAiO RA8806T1N-S TM 08XX-N Pin #1 KIN0 NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC CLK_OUT LD1 LD2 LD3 ZDOFF XCK YD LP FR GND VDD VDDH BUSY INT AGND AVDD PWM_OUT KIN1 KIN2 KIN3 KIN4 KIN5 KIN6 KIN7 KOUT0 KOUT1 KOUT2 KOUT3 KOUT4 KOUT5 KOUT6 KOUT7 DB MI VDDP GNDP LD0 Date Code(Year 2008) 51 0 1 52 0

40 TESTMD

Figure 7-3 : TQFP-80Pin Pin Assignment

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 103/174 www.raio.com.tw RA8806 E D e b RAiO TM RA8806L2N-S/T 08xx-N Pin-1 Index Seating Plane Detail A 0.10mm θ3 θ L Gauge Plane A2 A C Detail A 0.25mm Figure 7-4 : LQFP-100Pin Mechanical

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 104/174 www.raio.com.tw RA8806 Table 7-2 : LQFP-100 Package Dimension Dimensions in Millimeters Dimensions in Inches Symbols e 0.65 BSC. 0.026 BSC. D 22.00 BSC. 0.866 BSC. D1 20.00 BSC. 0.787 BSC. E 16.00 BSC. 0.630 BSC. E1 14.00 BSC. 0.551 BSC. L1 1.00 Ref. 0.039 Ref. θ1 0 -- -- 0 -- -- θ2 11° 12° 13° 11° 12° 13° θ3 11° 12° 13° 11° 12° 13° Note: Dimension “D1” and “E1” do not include mold protrusion. Allowable protrusion is 0.25mm per side. “D1” and “E1” are maximum plastic body size dimensions including mold mismatch.

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 105/174 www.raio.com.tw RA8806 Figure 7-5 : TQFP-80Pin Mechanical

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 106/174 www.raio.com.tw RA8806 Table 7-3 : TQFP-80 Package Dimension Dimensions in Millimeters Dimensions in Inches Symbols e 0.40 BSC. 0.016 BSC. L1 1.00 Ref. 0.040 Ref. θ 0 3° 7° 0 3° 7°

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 107/174 www.raio.com.tw RA8806 7-5 Part Number Table 7-4 : Part Number Product Name (Full Name) Resolution (Max) Package Font ROM ASCII ROM RoHs Compliance RA8806L2N-T Traditional Chinese (Note 2) ISO-8859-1 ~ 4 Yes RA8806L2N-S Simple Chinese (Note 2) ISO-8859-1 ~ 4 Yes RA8806L2N-J LQFP-100 (20x14) Japanese Kanji ISO-8859-1 ~ 4 Yes RA8806T1N-T Traditional Chinese (Note 2, 3) ISO-8859-1 ~ 4 Yes RA8806T1N-S Simple Chinese (Note 2, 3) ISO-8859-1 ~ 4 Yes RA8806T1N-J TQFP-80 (10x10) Japanese Kanji (Note 3) ISO-8859-1 ~ 4 Yes RA8806-T Traditional Chinese ISO-8859-1 ~ 4 Yes RA8806-S 320x240 (Note 1) Die Simple Chinese ISO-8859-1 ~ 4 Yes Notes: 1. In Extension Mode, the maximum resolution is 640x240 or 320x480. See Section 6-14 “Extension Mode and Display”. 2. In both Traditional and Simple Chinese font, it built-in 52 basic Japanese font. 3. LCD driver data bus of RA8806T1N is 4-bits. 4. All of the parts of RA008 are RoHS compliance and pass the detection of free PFOS and PFOA. Table 7-5 : RA8806L2N vs. RA8806T1N Difference RA8806L2N RA8806T1N Package LQFP-100Pins 20mm x 14mm TQFP-80Pins 10mm x 10mm LCD Data Bus 4-bits or 8-bits 4-bits

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 108/174 www.raio.com.tw RA8806 8. Electrical Characteristic Table 8-1 : Absolute Maximum Ratings Parameter Symbol Rating Unit Supply Voltage Range V DD -0.3 to 6.5 V Input Voltage Range V IN -0.3 to V DD+0.3 V Power Dissipation P D 300 mW Operation Temperature Range T OPR -30 to +85 ℃ Storage Temperature T ST -45 to +125 ℃ Soldering temperature (10 seconds). See Note 1. TSOLDER 260 ℃ Notes: 1. The humidity resistance of the flat pack age may be reduced if the package is immersed in solder. Use a soldering technique that does not heat stress the package. 2. If the power supply has a high impedance, a la rge voltage differential can occur between the input and supply voltages. Take appropriate care with the power supply and the layout of the supply lines. 3. All supply voltages are referenced to Gnd = 0V.

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 109/174 www.raio.com.tw RA8806 8-2 DC Characteristic Table 8-2 : DC Characteristic Parameter Symbol Min. Typ. Max. Unit Condition Operating Voltage V DDP / VDD 2.4 3.3/5.0 5.5 V VDDH Open Oscillator frequency F OSC 4 8 12 MHz VDD = 5V External clock frequency FCLK 4 8 12 MHz VDD = 5V DC to DC Output Voltage VDD 2.8V 3.0 3.3 V Add external 1uF Capacitor Input Input High Voltage V IH 0.8xV DD -- V DD V See Note 1, 3 Input Low Voltage V IL Gnd -- 0.2xV DD V See Note 1, 3 Output Output High Voltage V OH V DD-0.4 -- V DD V See Note 2, 3 Output Low Voltage V OL Gnd -- V DD+0.4 V See Note 2, 3 Schmitt-trigger Output High Voltage V OH 0.5xVDD 0.7 xVDD 0.8 xVDD V See Note 4 Output Low Voltage V OL 0.2xVDD 0.3 xVDD 0.5 xVDD V See Note 4 Input Leakage Current 1 IIH -- -- +1 μA Input Leakage Current 2 I IL -- -- -1 μA Operation Current I OPR 1 5 10 mA -- 1.5 1.8 mA Case1 Standby Mode Current (Normal Mode Current) I SB 1.8 2.1 mA Case2 -- 120 140 μA Case1 Display Off Current I DISPLAY 140 160 μA Case2 -- 0.5 1 μA Case1 Sleep Mode I SLP -- 20 25 μA Case2 Notes: 1. ZCS1, CS2, ZWR, ZRD, RS, MI, DW, DB, KI N[7:0], TESTMD and TESTI are inputs. KIN[7:0] built-in pull up resistors. The TESTMD and TESTI built-in pull down resistors. 2. INT, BUSY, CLK_OUT, PWM_OUT, KOUT[7 :0], LP, FR, YD, ZDOFF, XCK and LD[7:0] are outputs. 3. DATA[7:0] are Bi-direction. 4. The ZRST are Schmitt-trigger with pull-up i nput. The pulse width on ZRST must be at least 1024*tc. Note that pulses of more than a few seconds will cause DC voltages to be applied to the LCD panel. Case1: VDDP = VDD = AVDD = 3.3V, V DDH = NC, LCD Driver VDD = 5V, CLK = 4MHz, CLK_OUT: Off, Segment=160, Common=160, FRM = 78Hz, TA=25 .℃ Case2: VDDP = VDDH = 5V, VDD = AVDD = 3V, LCD Driver VDD = 3.3V, CLK = 4MHz, CLK_OUT: Off, Segment=160, Common=160, FRM = 78Hz, TA=25 .℃

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 110/174 www.raio.com.tw RA8806 Appendix A . Application Circuit Figure A-1 : Application Circuit for 3V or 5V

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 111/174 www.raio.com.tw RA8806 Appendix B . Frame Rate Table Table B-1 : Frame Rate Table(1) XCK=CLK/2 REG[01h] Bit[3:2] = 10 XCK=CLK/4 REG[01h] Bit[3:2] = 01 XCK=CLK/8 REG[01h] Bit[3:2] = 00 Seg Com CLK (MHz) Frame Rate (Hz) REG[90h] ITCR Frame Rate (Hz) REG[90h] ITCR Frame Rate (Hz) REG[90h] ITCR 320 240 4 55 72 55 -- 55 -- 320 240 4 60 59 60 -- 60 -- 320 240 4 65 48 65 -- 65 -- 320 240 4 70 39 70 -- 70 -- 320 240 4 75 31 75 -- 75 -- 320 240 6 55 147 55 34 55 -- 320 240 6 60 128 60 24 60 -- 320 240 6 65 112 65 16 65 -- 320 240 6 70 99 70 9 70 -- 320 240 6 75 87 75 3 75 -- 320 240 8 55 223 55 72 55 -- 320 240 8 60 198 60 59 60 -- 320 240 8 65 176 65 48 65 -- 320 240 8 70 158 70 39 70 -- 320 240 8 75 142 75 31 75 -- 320 240 10 55 -- 55 109 55 15 320 240 10 60 -- 60 94 60 7 320 240 10 65 241 65 80 65 -- 320 240 10 70 218 70 69 70 -- 320 240 10 75 198 75 59 75 -- 320 240 12 55 -- 55 147 55 34 320 240 12 60 -- 60 128 60 24 320 240 12 65 -- 65 112 65 16 320 240 12 70 -- 70 99 70 9 320 240 12 75 253 75 87 75 3 240 160 4 55 167 55 54 55 -- 240 160 4 60 148 60 44 60 -- 240 160 4 65 132 65 36 65 -- 240 160 4 70 119 70 29 70 -- 240 160 4 75 107 75 23 75 -- 240 160 6 55 -- 55 110 55 25 240 160 6 60 -- 60 96 60 18 240 160 6 65 228 65 84 65 12 240 160 6 70 208 70 74 70 7 240 160 6 75 190 75 65 75 3 240 160 8 55 -- 55 167 55 54 240 160 8 60 -- 60 148 60 44 240 160 8 65 -- 65 132 65 36 240 160 8 70 -- 70 119 70 29 240 160 8 75 -- 75 107 75 23 240 160 10 55 -- 55 224 55 82 240 160 10 60 -- 60 200 60 70 240 160 10 65 -- 65 180 65 60 240 160 10 70 -- 70 163 70 52 240 160 10 75 -- 75 148 75 44 240 160 12 55 -- 55 -- 55 110 240 160 12 60 -- 60 253 60 96 240 160 12 65 -- 65 228 65 84 240 160 12 70 -- 70 208 70 74 240 160 12 75 -- 75 190 75 65

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 112/174 www.raio.com.tw RA8806 Table B-2 : Frame Rate Table(2) XCK=CLK/2 REG[01h] Bit[3:2] = 10 XCK=CLK/4 REG[01h] Bit[3:2] = 01 XCK=CLK/8 REG[01h] Bit[3:2] = 00 Seg Com CLK (MHz) Frame Rate (Hz) REG[90h] ITCR Frame Rate (Hz) ITCR Frame Rate (Hz) REG[90h] ITCR 160 160 4 55 187 55 74 55 17 160 160 4 60 168 60 64 60 12 160 160 4 65 152 65 56 65 8 160 160 4 70 139 70 49 70 5 160 160 4 75 127 75 43 75 2 160 160 6 55 -- 55 130 55 45 160 160 6 60 -- 60 116 60 38 160 160 6 65 248 65 104 65 32 160 160 6 70 228 70 94 70 27 160 160 6 75 210 75 85 75 23 160 160 8 55 -- 55 187 55 74 160 160 8 60 -- 60 168 60 64 160 160 8 65 -- 65 152 65 56 160 160 8 70 -- 70 139 70 49 160 160 8 75 -- 75 127 75 43 160 160 10 55 -- 55 244 55 102 160 160 10 60 -- 60 220 60 90 160 160 10 65 -- 65 200 65 80 160 160 10 70 -- 70 183 70 72 160 160 10 75 -- 75 168 75 64 160 160 12 55 -- 55 -- 55 130 160 160 12 60 -- 60 -- 60 116 160 160 12 65 -- 65 248 65 104 160 160 12 70 -- 70 228 70 94 160 160 12 75 -- 75 210 75 85 160 128 4 55 244 55 102 55 31 160 128 4 60 220 60 90 60 25 160 128 4 65 200 65 80 65 20 160 128 4 70 183 70 72 70 16 160 128 4 75 168 75 64 75 12 160 128 6 55 -- 55 173 55 67 160 128 6 60 -- 60 155 60 58 160 128 6 65 -- 65 140 65 50 160 128 6 70 -- 70 127 70 44 160 128 6 75 -- 75 116 75 38 160 128 8 55 -- 55 244 55 102 160 128 8 60 -- 60 220 60 90 160 128 8 65 -- 65 200 65 80 160 128 8 70 -- 70 183 70 72 160 128 8 75 -- 75 168 75 64 160 128 10 55 -- 55 -- 55 138 160 128 10 60 -- 60 -- 60 123 160 128 10 65 -- 65 -- 65 110 160 128 10 70 -- 70 239 70 100 160 128 10 75 -- 75 220 75 90 160 128 12 55 -- 55 -- 55 173 160 128 12 60 -- 60 -- 60 155 160 128 12 65 -- 65 -- 65 140 160 128 12 70 -- 70 -- 70 127 160 128 12 75 -- 75 -- 75 116

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 113/174 www.raio.com.tw RA8806 Table B-3 : Frame Rate Table(3) XCK=CLK/2 REG[01h] Bit[3:2] = 10 XCK=CLK/4 REG[01h] Bit[3:2] = 01 XCK=CLK/8 REG[01h] Bit[3:2] = 00 Seg Com CLK (MHz) Frame Rate (Hz) REG[90h] ITCR Frame Rate (Hz) REG[90h] ITCR Frame Rate (Hz) REG[90h] ITCR 240 128 4 55 224 55 82 55 11 240 128 4 60 200 60 70 60 5 240 128 4 65 180 65 60 65 -- 240 128 4 70 163 70 52 70 -- 240 128 4 75 148 75 44 75 -- 240 128 6 55 -- 55 153 55 47 240 128 6 60 -- 60 135 60 38 240 128 6 65 -- 65 120 65 30 240 128 6 70 -- 70 107 70 24 240 128 6 75 253 75 96 75 18 240 128 8 55 -- 55 224 55 82 240 128 8 60 -- 60 200 60 70 240 128 8 65 -- 65 180 65 60 240 128 8 70 -- 70 163 70 52 240 128 8 75 -- 75 148 75 44 240 128 10 55 -- 55 -- 55 118 240 128 10 60 -- 60 -- 60 103 240 128 10 65 -- 65 240 65 90 240 128 10 70 -- 70 219 70 80 240 128 10 75 -- 75 200 75 70 240 128 12 55 -- 55 -- 55 153 240 128 12 60 -- 60 -- 60 135 240 128 12 65 -- 65 -- 65 120 240 128 12 70 -- 70 -- 70 107 240 128 12 75 -- 75 253 75 96 240 64 4 55 -- 55 224 55 82 240 64 4 60 -- 60 200 60 70 240 64 4 65 -- 65 180 65 60 240 64 4 70 -- 70 163 70 52 240 64 4 75 -- 75 148 75 44 240 64 6 55 -- 55 -- 55 153 240 64 6 60 -- 60 -- 60 135 240 64 6 65 -- 65 -- 65 120 240 64 6 70 -- 70 -- 70 107 240 64 6 75 -- 75 253 75 96 240 64 8 55 -- 55 -- 55 224 240 64 8 60 -- 60 -- 60 200 240 64 8 65 -- 65 -- 65 180 240 64 8 70 -- 70 -- 70 163 240 64 8 75 -- 75 -- 75 148 240 64 10 55 -- 55 -- 55 -- 240 64 10 60 -- 60 -- 60 -- 240 64 10 65 -- 65 -- 65 240 240 64 10 70 -- 70 -- 70 219 240 64 10 75 -- 75 -- 75 200 240 64 12 55 -- 55 -- 55 -- 240 64 12 60 -- 60 -- 60 -- 240 64 12 65 -- 65 -- 65 -- 240 64 12 70 -- 70 -- 70 -- 240 64 12 75 -- 75 -- 75 253 Note: The value of ITCR is in decimal.

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 114/174 www.raio.com.tw RA8806 Appendix C . Font Table - ASCII When Bit-7 of register “FNCR” is “0”, the contents of ASCII Block Tables 1-4 are show as following Table C- 1~ Table C-3. Table C-1 : ASCII Block 1 0 1 2 3 4 5 6 7 8 9 A B C D E F A B C D E F H L

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 115/174 www.raio.com.tw RA8806 Table C-2 : ASCII Block 2 0 1 2 3 4 5 6 7 8 9 A B C D E F A B C D E F H L

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 116/174 www.raio.com.tw RA8806 Table C-3 : ASCII Block 3 0 1 2 3 4 5 6 7 8 9 A B C D E F A B C D E F H L

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 117/174 www.raio.com.tw RA8806 Table C-4 : ASCII Block 4 0 1 2 3 4 5 6 7 8 9 A B C D E F A B C D E F H L

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 118/174 www.raio.com.tw RA8806 When Bit-7 of register “FNCR” is “1”, the contents of ASCII Block Tables 1-4 are show as following Table C- 5 ~ Table C-8. Table C-5 shows the standard character encoding of ISO/IEC 8859-1. ISO means International Organization for Standardization. The ISO 8859-1 also less formally called “Latin-1” is he first eight-bits coded character sets that developed by the ISO. It refers to ASCII that consisting of 192 characters from the Latin script in range 0xA0-0xFF. This character encoding is used throughout Western Europe, includes Albanian, Afrikaans, Breton, Danish, Faroese, Frisian, Galician, Germ an, Greenlandic, Icelandic, Irish, Italian, Latin, Luxembourgish, Norwegian, Portuguese, Rhaeto-Romanic, Scottish Gaelic, Spanish, Swedish. English letters with no accent marks also can use ISO 8859-1. In addition, it also commonly used in many l anguages outside Europe, such as Swahili, Indonesian, Malaysian and Tagalog. Table C-5 : ASCII Block 1(ISO 8859-1)

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 119/174 www.raio.com.tw RA8806 Table C-6 shows the standard characters of ISO/IEC 8859- 2. ISO 8859-2 also cited as Latin-2 is the part 2 of the eight-bits coded character sets developed by ISO/IEC 8859. These code values can be used in almost any data interchange system to communicate in the following European languages : Croatian, Czech, Hungarian, Polish, Slovak, Slovenian, and Upper Sorbi an. The Serbian, English, German, Latin can use ISO 8859-2 as well. Furthermore it is suitable to represent some western European languages like Finnish (with the exception of å used in Swedish and Finnish) Table C-6 : ASCII Block 2(ISO 8859-2)

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 120/174 www.raio.com.tw RA8806 Table C-7 shows the standard characters of ISO/IEC 8859-3. ISO 8859-3 also known as Latin-3 or “South European” is an eight-bits character encoding, th ird part of the ISO 8859 standard. It was designed originally to cover Turkish, Maltese and Esperanto, though the introduction of ISO 8859-9 superseded it for Turkish. The encoding remains popular with users of Esperanto and Maltese, though it also supports English, German, Italian, Latin and Portuguese. Table C-7 : ASCII Block 3(ISO 8859-3)

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 121/174 www.raio.com.tw RA8806 Table C-8 shows the standard characters of ISO/IEC 8859-4. ISO 8859-4 is known as Latin-4 or “ North European”，is the forth part of the ISO 8859 eight-bits c haracter encoding. It was designed originally to cover Estonian, Greenlandic, Latvian, Lithuanian, and Sami. This charac ter set also supports Danish, English, Finnish, German, Latin, Norwegian, Slovenian, and Swedish. Table C-8 : ASCII Block 4(ISO 8859-4)

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 122/174 www.raio.com.tw RA8806 Appendix D . Font Table - GB Code

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 123/174 www.raio.com.tw RA8806

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 124/174 www.raio.com.tw RA8806

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 125/174 www.raio.com.tw RA8806

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 126/174 www.raio.com.tw RA8806

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 127/174 www.raio.com.tw RA8806

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 128/174 www.raio.com.tw RA8806

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 129/174 www.raio.com.tw RA8806

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 130/174 www.raio.com.tw RA8806

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 131/174 www.raio.com.tw RA8806

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 132/174 www.raio.com.tw RA8806

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 133/174 www.raio.com.tw RA8806

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 134/174 www.raio.com.tw RA8806

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 135/174 www.raio.com.tw RA8806

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 136/174 www.raio.com.tw RA8806

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 137/174 www.raio.com.tw RA8806

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 138/174 www.raio.com.tw RA8806

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 139/174 www.raio.com.tw RA8806

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 140/174 www.raio.com.tw RA8806

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 141/174 www.raio.com.tw RA8806

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 142/174 www.raio.com.tw RA8806

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 143/174 www.raio.com.tw RA8806

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 144/174 www.raio.com.tw RA8806 Appendix E . Font Table - BIG-5 Code A1 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ A2 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ Ｂ 1 2 3 4 56789 Ⅰ Ⅱ Ⅲ Ⅳ Ⅴ Ⅵ Ⅶ Ｃ Ⅷ Ⅸ Ⅹ 〡 〢 〣 〤 〥 〦 〧 〨 〩 十 卄 卅 Ａ Ｄ Ｂ Ｃ Ｄ Ｅ Ｆ Ｇ Ｈ Ｉ Ｊ Ｋ Ｌ Ｍ Ｎ Ｏ Ｐ Ｑ Ｅ Ｒ Ｓ Ｔ Ｕ Ｖ Ｗ Ｘ Ｙ Ｚ ａ ｂ ｃ ｄ ｅ ｆ ｇ Ｆ ｈ ｉ ｊ ｋ ｌ ｍ ｎ ｏ ｐ ｑ ｒ ｓ ｔ ｕ ｖ A3 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 ｗ ｘ ｙ ｚ Α Β Γ Δ Ε Ζ Η Θ Ι Κ Λ Μ 5 Ν Ξ Ο Π Ρ Σ Τ Υ Φ Χ Ψ Ω α β γ δ 6 ε ζ η θ ι κ λ μ ν ξ ο π ρ σ τ υ 7 φ χ ψ ω ㄅ ㄆ ㄇ ㄈ ㄉ ㄊ ㄋ ㄌ ㄍ ㄎ ㄏ Ａ ㄐ ㄑ ㄒ ㄓ ㄔ ㄕ ㄖ ㄗ ㄘ ㄙ ㄚ ㄛ ㄜ ㄝ ㄞ Ｂ 0 1 2 3 4 5 6 7 8 9 ㄩ ˙ ¯ ˊ ˇ ˋ Ｃ Ａ Ｂ Ｃ Ｄ Ｅ Ｆ Ｄ Ｅ Ａ Ｂ Ｃ Ｄ Ｅ Ｆ Ｆ

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 145/174 www.raio.com.tw RA8806 A4 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 一 乙 丁 七 乃 九 了 二 人 儿 入 八 几 刀 刁 力 5 匕 十 卜 又 三 下 丈 上 丫 丸 凡 久 么 也 乞 于 6 亡 兀 刃 勺 千 叉 口 土 士 夕 大 女 子 孑 孓 寸 7 小 尢 尸 山 川 工 己 已 巳 巾 干 廾 弋 弓 才 Ａ 丑 丐 不 中 丰 丹 之 尹 予 云 井 互 五 亢 仁 Ｂ 什 仃 仆 仇 仍 今 介 仄 元 允 內 六 兮 公 冗 凶 Ｃ 分 切 刈 勻 勾 勿 化 匹 午 升 卅 卞 厄 友 及 反 Ｄ 壬 天 夫 太 夭 孔 少 尤 尺 屯 巴 幻 廿 弔 引 心 Ｅ 戈 戶 手 扎 支 文 斗 斤 方 日 曰 月 木 欠 止 歹 Ｆ 毋 比 毛 氏 水 火 爪 父 爻 片 牙 牛 犬 王 丙 A5 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 世 丕 且 丘 主 乍 乏 乎 以 付 仔 仕 他 仗 代 令 5 仙 仞 充 兄 冉 冊 冬 凹 出 凸 刊 加 功 包 匆 北 6 匝 仟 半 卉 卡 占 卯 卮 去 可 古 右 召 叮 叩 叨 7 叼 司 叵 叫 另 只 史 叱 台 句 叭 叻 四 囚 外 Ａ 央 失 奴 奶 孕 它 尼 巨 巧 左 市 布 平 幼 弁 Ｂ 弘 弗 必 戊 打 扔 扒 扑 斥 旦 朮 本 未 末 札 正 Ｃ 母 民 氐 永 汁 汀 氾 犯 玄 玉 瓜 瓦 甘 生 用 甩 Ｄ 田 由 甲 申 疋 白 皮 皿 目 矛 矢 石 示 禾 穴 立 Ｅ 丞 丟 乒 乓 乩 亙 交 亦 亥 仿 伉 伙 伊 伕 伍 伐 Ｆ 休 伏 仲 件 任 仰 仳 份 企 伋 光 兇 兆 先 全 A6 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 共 再 冰 列 刑 划 刎 刖 劣 匈 匡 匠 印 危 吉 吏 5 同 吊 吐 吁 吋 各 向 名 合 吃 后 吆 吒 因 回 囝 6 圳 地 在 圭 圬 圯 圩 夙 多 夷 夸 妄 奸 妃 好 她 7 如 妁 字 存 宇 守 宅 安 寺 尖 屹 州 帆 并 年 Ａ 式 弛 忙 忖 戎 戌 戍 成 扣 扛 托 收 早 旨 旬 Ｂ 旭 曲 曳 有 朽 朴 朱 朵 次 此 死 氖 汝 汗 汙 江 Ｃ 池 汐 汕 污 汛 汍 汎 灰 牟 牝 百 竹 米 糸 缶 羊 Ｄ 羽 老 考 而 耒 耳 聿 肉 肋 肌 臣 自 至 臼 舌 舛 Ｅ 舟 艮 色 艾 虫 血 行 衣 西 阡 串 亨 位 住 佇 佗 Ｆ 佞 伴 佛 何 估 佐 佑 伽 伺 伸 佃 佔 似 但 佣 Example: The BIG-5 code of “中” is A4, A4, and BIG-5 code of “世” is A5, 40.

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 146/174 www.raio.com.tw RA8806 A7 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 作 你 伯 低 伶 余 佝 佈 佚 兌 克 免 兵 冶 冷 別 5 判 利 刪 刨 劫 助 努 劬 匣 即 卵 吝 吭 吞 吾 否 6 呎 吧 呆 呃 吳 呈 呂 君 吩 告 吹 吻 吸 吮 吵 吶 7 吠 吼 呀 吱 含 吟 听 囪 困 囤 囫 坊 坑 址 坍 Ａ 均 坎 圾 坐 坏 圻 壯 夾 妝 妒 妨 妞 妣 妙 妖 Ｂ 妍 妤 妓 妊 妥 孝 孜 孚 孛 完 宋 宏 尬 局 屁 尿 Ｃ 尾 岐 岑 岔 岌 巫 希 序 庇 床 廷 弄 弟 彤 形 彷 Ｄ 役 忘 忌 志 忍 忱 快 忸 忪 戒 我 抄 抗 抖 技 扶 Ｅ 抉 扭 把 扼 找 批 扳 抒 扯 折 扮 投 抓 抑 抆 改 Ｆ 攻 攸 旱 更 束 李 杏 材 村 杜 杖 杞 杉 杆 杠 A8 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 杓 杗 步 每 求 汞 沙 沁 沈 沉 沅 沛 汪 決 沐 汰 5 沌 汨 沖 沒 汽 沃 汲 汾 汴 沆 汶 沍 沔 沘 沂 灶 6 灼 災 灸 牢 牡 牠 狄 狂 玖 甬 甫 男 甸 皂 盯 矣 7 私 秀 禿 究 系 罕 肖 肓 肝 肘 肛 肚 育 良 芒 Ａ 芋 芍 見 角 言 谷 豆 豕 貝 赤 走 足 身 車 辛 Ｂ 辰 迂 迆 迅 迄 巡 邑 邢 邪 邦 那 酉 釆 里 防 阮 Ｃ 阱 阪 阬 並 乖 乳 事 些 亞 享 京 佯 依 侍 佳 使 Ｄ 佬 供 例 來 侃 佰 併 侈 佩 佻 侖 佾 侏 侑 佺 兔 Ｅ 兒 兕 兩 具 其 典 冽 函 刻 券 刷 刺 到 刮 制 剁 Ｆ 劾 劻 卒 協 卓 卑 卦 卷 卸 卹 取 叔 受 味 呵 A9 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 咖 呸 咕 咀 呻 呷 咄 咒 咆 呼 咐 呱 呶 和 咚 呢 5 周 咋 命 咎 固 垃 坷 坪 坩 坡 坦 坤 坼 夜 奉 奇 6 奈 奄 奔 妾 妻 委 妹 妮 姑 姆 姐 姍 始 姓 姊 妯 7 妳 姒 姅 孟 孤 季 宗 定 官 宜 宙 宛 尚 屈 居 Ａ 屆 岷 岡 岸 岩 岫 岱 岳 帘 帚 帖 帕 帛 帑 幸 Ｂ 庚 店 府 底 庖 延 弦 弧 弩 往 征 彿 彼 忝 忠 忽 Ｃ 念 忿 怏 怔 怯 怵 怖 怪 怕 怡 性 怩 怫 怛 或 戕 Ｄ 房 戾 所 承 拉 拌 拄 抿 拂 抹 拒 招 披 拓 拔 拋 Ｅ 拈 抨 抽 押 拐 拙 拇 拍 抵 拚 抱 拘 拖 拗 拆 抬 Ｆ 拎 放 斧 於 旺 昔 易 昌 昆 昂 明 昀 昏 昕 昊

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 147/174 www.raio.com.tw RA8806 AA 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 昇 服 朋 杭 枋 枕 東 果 杳 杷 枇 枝 林 杯 杰 板 5 枉 松 析 杵 枚 枓 杼 杪 杲 欣 武 歧 歿 氓 氛 泣 6 注 泳 沱 泌 泥 河 沽 沾 沼 波 沫 法 泓 沸 泄 油 7 況 沮 泗 泅 泱 沿 治 泡 泛 泊 沬 泯 泜 泖 泠 Ａ 炕 炎 炒 炊 炙 爬 爭 爸 版 牧 物 狀 狎 狙 狗 Ｂ 狐 玩 玨 玟 玫 玥 甽 疝 疙 疚 的 盂 盲 直 知 矽 Ｃ 社 祀 祁 秉 秈 空 穹 竺 糾 罔 羌 羋 者 肺 肥 肢 Ｄ 肱 股 肫 肩 肴 肪 肯 臥 臾 舍 芳 芝 芙 芭 芽 芟 Ｅ 芹 花 芬 芥 芯 芸 芣 芰 芾 芷 虎 虱 初 表 軋 迎 Ｆ 返 近 邵 邸 邱 邶 采 金 長 門 阜 陀 阿 阻 附 AB 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 陂 隹 雨 青 非 亟 亭 亮 信 侵 侯 便 俠 俑 俏 保 5 促 侶 俘 俟 俊 俗 侮 俐 俄 係 俚 俎 俞 侷 兗 冒 6 冑 冠 剎 剃 削 前 剌 剋 則 勇 勉 勃 勁 匍 南 卻 7 厚 叛 咬 哀 咨 哎 哉 咸 咦 咳 哇 哂 咽 咪 品 Ａ 哄 哈 咯 咫 咱 咻 咩 咧 咿 囿 垂 型 垠 垣 垢 Ｂ 城 垮 垓 奕 契 奏 奎 奐 姜 姘 姿 姣 姨 娃 姥 姪 Ｃ 姚 姦 威 姻 孩 宣 宦 室 客 宥 封 屎 屏 屍 屋 峙 Ｄ 峒 巷 帝 帥 帟 幽 庠 度 建 弈 弭 彥 很 待 徊 律 Ｅ 徇 後 徉 怒 思 怠 急 怎 怨 恍 恰 恨 恢 恆 恃 恬 Ｆ 恫 恪 恤 扁 拜 挖 按 拼 拭 持 拮 拽 指 拱 拷 AC 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 拯 括 拾 拴 挑 挂 政 故 斫 施 既 春 昭 映 昧 是 5 星 昨 昱 昤 曷 柿 染 柱 柔 某 柬 架 枯 柵 柩 柯 6 柄 柑 枴 柚 查 枸 柏 柞 柳 枰 柙 柢 柝 柒 歪 殃 7 殆 段 毒 毗 氟 泉 洋 洲 洪 流 津 洌 洱 洞 洗 Ａ 活 洽 派 洶 洛 泵 洹 洧 洸 洩 洮 洵 洎 洫 炫 Ｂ 為 炳 炬 炯 炭 炸 炮 炤 爰 牲 牯 牴 狩 狠 狡 玷 Ｃ 珊 玻 玲 珍 珀 玳 甚 甭 畏 界 畎 畋 疫 疤 疥 疢 Ｄ 疣 癸 皆 皇 皈 盈 盆 盃 盅 省 盹 相 眉 看 盾 盼 Ｅ 眇 矜 砂 研 砌 砍 祆 祉 祈 祇 禹 禺 科 秒 秋 穿 Ｆ 突 竿 竽 籽 紂 紅 紀 紉 紇 約 紆 缸 美 羿 耄

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 148/174 www.raio.com.tw RA8806 AD 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 耐 耍 耑 耶 胖 胥 胚 胃 胄 背 胡 胛 胎 胞 胤 胝 5 致 舢 苧 范 茅 苣 苛 苦 茄 若 茂 茉 苒 苗 英 茁 6 苜 苔 苑 苞 苓 苟 苯 茆 虐 虹 虻 虺 衍 衫 要 觔 7 計 訂 訃 貞 負 赴 赳 趴 軍 軌 述 迦 迢 迪 迥 Ａ 迭 迫 迤 迨 郊 郎 郁 郃 酋 酊 重 閂 限 陋 陌 Ｂ 降 面 革 韋 韭 音 頁 風 飛 食 首 香 乘 亳 倌 倍 Ｃ 倣 俯 倦 倥 俸 倩 倖 倆 值 借 倚 倒 們 俺 倀 倔 Ｄ 倨 俱 倡 個 候 倘 俳 修 倭 倪 俾 倫 倉 兼 冤 冥 Ｅ 冢 凍 凌 准 凋 剖 剜 剔 剛 剝 匪 卿 原 厝 叟 哨 Ｆ 唐 唁 唷 哼 哥 哲 唆 哺 唔 哩 哭 員 唉 哮 哪 AE 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 哦 唧 唇 哽 唏 圃 圄 埂 埔 埋 埃 堉 夏 套 奘 奚 5 娑 娘 娜 娟 娛 娓 姬 娠 娣 娩 娥 娌 娉 孫 屘 宰 6 害 家 宴 宮 宵 容 宸 射 屑 展 屐 峭 峽 峻 峪 峨 7 峰 島 崁 峴 差 席 師 庫 庭 座 弱 徒 徑 徐 恙 Ａ 恣 恥 恐 恕 恭 恩 息 悄 悟 悚 悍 悔 悌 悅 悖 Ｂ 扇 拳 挈 拿 捎 挾 振 捕 捂 捆 捏 捉 挺 捐 挽 挪 Ｃ 挫 挨 捍 捌 效 敉 料 旁 旅 時 晉 晏 晃 晒 晌 晅 Ｄ 晁 書 朔 朕 朗 校 核 案 框 桓 根 桂 桔 栩 梳 栗 Ｅ 桌 桑 栽 柴 桐 桀 格 桃 株 桅 栓 栘 桁 殊 殉 殷 Ｆ 氣 氧 氨 氦 氤 泰 浪 涕 消 涇 浦 浸 海 浙 涓 AF 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 浬 涉 浮 浚 浴 浩 涌 涊 浹 涅 浥 涔 烊 烘 烤 烙 5 烈 烏 爹 特 狼 狹 狽 狸 狷 玆 班 琉 珮 珠 珪 珞 6 畔 畝 畜 畚 留 疾 病 症 疲 疳 疽 疼 疹 痂 疸 皋 7 皰 益 盍 盎 眩 真 眠 眨 矩 砰 砧 砸 砝 破 砷 Ａ 砥 砭 砠 砟 砲 祕 祐 祠 祟 祖 神 祝 祗 祚 秤 Ｂ 秣 秧 租 秦 秩 秘 窄 窈 站 笆 笑 粉 紡 紗 紋 紊 Ｃ 素 索 純 紐 紕 級 紜 納 紙 紛 缺 罟 羔 翅 翁 耆 Ｄ 耘 耕 耙 耗 耽 耿 胱 脂 胰 脅 胭 胴 脆 胸 胳 脈 Ｅ 能 脊 胼 胯 臭 臬 舀 舐 航 舫 舨 般 芻 茫 荒 荔 Ｆ 荊 茸 荐 草 茵 茴 荏 茲 茹 茶 茗 荀 茱 茨 荃

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 149/174 www.raio.com.tw RA8806 B0 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 虔 蚊 蚪 蚓 蚤 蚩 蚌 蚣 蚜 衰 衷 袁 袂 衽 衹 記 5 訐 討 訌 訕 訊 託 訓 訖 訏 訑 豈 豺 豹 財 貢 起 6 躬 軒 軔 軏 辱 送 逆 迷 退 迺 迴 逃 追 逅 迸 邕 7 郡 郝 郢 酒 配 酌 釘 針 釗 釜 釙 閃 院 陣 陡 Ａ 陛 陝 除 陘 陞 隻 飢 馬 骨 高 鬥 鬲 鬼 乾 偺 Ｂ 偽 停 假 偃 偌 做 偉 健 偶 偎 偕 偵 側 偷 偏 倏 Ｃ 偯 偭 兜 冕 凰 剪 副 勒 務 勘 動 匐 匏 匙 匿 區 Ｄ 匾 參 曼 商 啪 啦 啄 啞 啡 啃 啊 唱 啖 問 啕 唯 Ｅ 啤 唸 售 啜 唬 啣 唳 啁 啗 圈 國 圉 域 堅 堊 堆 Ｆ 埠 埤 基 堂 堵 執 培 夠 奢 娶 婁 婉 婦 婪 婀 B1 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 娼 婢 婚 婆 婊 孰 寇 寅 寄 寂 宿 密 尉 專 將 屠 5 屜 屝 崇 崆 崎 崛 崖 崢 崑 崩 崔 崙 崤 崧 崗 巢 6 常 帶 帳 帷 康 庸 庶 庵 庾 張 強 彗 彬 彩 彫 得 7 徙 從 徘 御 徠 徜 恿 患 悉 悠 您 惋 悴 惦 悽 Ａ 情 悻 悵 惜 悼 惘 惕 惆 惟 悸 惚 惇 戚 戛 扈 Ｂ 掠 控 捲 掖 探 接 捷 捧 掘 措 捱 掩 掉 掃 掛 捫 Ｃ 推 掄 授 掙 採 掬 排 掏 掀 捻 捩 捨 捺 敝 敖 救 Ｄ 教 敗 啟 敏 敘 敕 敔 斜 斛 斬 族 旋 旌 旎 晝 晚 Ｅ 晤 晨 晦 晞 曹 勗 望 梁 梯 梢 梓 梵 桿 桶 梱 梧 Ｆ 梗 械 梃 棄 梭 梆 梅 梔 條 梨 梟 梡 梂 欲 殺 B2 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 毫 毬 氫 涎 涼 淳 淙 液 淡 淌 淤 添 淺 清 淇 淋 5 涯 淑 涮 淞 淹 涸 混 淵 淅 淒 渚 涵 淚 淫 淘 淪 6 深 淮 淨 淆 淄 涪 淬 涿 淦 烹 焉 焊 烽 烯 爽 牽 7 犁 猜 猛 猖 猓 猙 率 琅 琊 球 理 現 琍 瓠 瓶 Ａ 瓷 甜 產 略 畦 畢 異 疏 痔 痕 疵 痊 痍 皎 盔 Ｂ 盒 盛 眷 眾 眼 眶 眸 眺 硫 硃 硎 祥 票 祭 移 窒 Ｃ 窕 笠 笨 笛 第 符 笙 笞 笮 粒 粗 粕 絆 絃 統 紮 Ｄ 紹 紼 絀 細 紳 組 累 終 紲 紱 缽 羞 羚 翌 翎 習 Ｅ 耜 聊 聆 脯 脖 脣 脫 脩 脰 脤 舂 舵 舷 舶 船 莎 Ｆ 莞 莘 荸 莢 莖 莽 莫 莒 莊 莓 莉 莠 荷 荻 荼

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 150/174 www.raio.com.tw RA8806 B3 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 莆 莧 處 彪 蛇 蛀 蚶 蛄 蚵 蛆 蛋 蚱 蚯 蛉 術 袞 5 袈 被 袒 袖 袍 袋 覓 規 訪 訝 訣 訥 許 設 訟 訛 6 訢 豉 豚 販 責 貫 貨 貪 貧 赧 赦 趾 趺 軛 軟 這 7 逍 通 逗 連 速 逝 逐 逕 逞 造 透 逢 逖 逛 途 Ａ 部 郭 都 酗 野 釵 釦 釣 釧 釭 釩 閉 陪 陵 陳 Ｂ 陸 陰 陴 陶 陷 陬 雀 雪 雩 章 竟 頂 頃 魚 鳥 鹵 Ｃ 鹿 麥 麻 傢 傍 傅 備 傑 傀 傖 傘 傚 最 凱 割 剴 Ｄ 創 剩 勞 勝 勛 博 厥 啻 喀 喧 啼 喊 喝 喘 喂 喜 Ｅ 喪 喔 喇 喋 喃 喳 單 喟 唾 喲 喚 喻 喬 喱 啾 喉 Ｆ 喫 喙 圍 堯 堪 場 堤 堰 報 堡 堝 堠 壹 壺 奠 B4 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 婷 媚 婿 媒 媛 媧 孳 孱 寒 富 寓 寐 尊 尋 就 嵌 5 嵐 崴 嵇 巽 幅 帽 幀 幃 幾 廊 廁 廂 廄 弼 彭 復 6 循 徨 惑 惡 悲 悶 惠 愜 愣 惺 愕 惰 惻 惴 慨 惱 7 愎 惶 愉 愀 愒 戟 扉 掣 掌 描 揀 揩 揉 揆 揍 Ａ 插 揣 提 握 揖 揭 揮 捶 援 揪 換 摒 揚 揹 敞 Ｂ 敦 敢 散 斑 斐 斯 普 晰 晴 晶 景 暑 智 晾 晷 曾 Ｃ 替 期 朝 棺 棕 棠 棘 棗 椅 棟 棵 森 棧 棹 棒 棲 Ｄ 棣 棋 棍 植 椒 椎 棉 棚 楮 棻 款 欺 欽 殘 殖 殼 Ｅ 毯 氮 氯 氬 港 游 湔 渡 渲 湧 湊 渠 渥 渣 減 湛 Ｆ 湘 渤 湖 湮 渭 渦 湯 渴 湍 渺 測 湃 渝 渾 滋 B5 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 溉 渙 湎 湣 湄 湲 湩 湟 焙 焚 焦 焰 無 然 煮 焜 5 牌 犄 犀 猶 猥 猴 猩 琺 琪 琳 琢 琥 琵 琶 琴 琯 6 琛 琦 琨 甥 甦 畫 番 痢 痛 痣 痙 痘 痞 痠 登 發 7 皖 皓 皴 盜 睏 短 硝 硬 硯 稍 稈 程 稅 稀 窘 Ａ 窗 窖 童 竣 等 策 筆 筐 筒 答 筍 筋 筏 筑 粟 Ｂ 粥 絞 結 絨 絕 紫 絮 絲 絡 給 絢 絰 絳 善 翔 翕 Ｃ 耋 聒 肅 腕 腔 腋 腑 腎 脹 腆 脾 腌 腓 腴 舒 舜 Ｄ 菩 萃 菸 萍 菠 菅 萋 菁 華 菱 菴 著 萊 菰 萌 菌 Ｅ 菽 菲 菊 萸 萎 萄 菜 萇 菔 菟 虛 蛟 蛙 蛭 蛔 蛛 Ｆ 蛤 蛐 蛞 街 裁 裂 袱 覃 視 註 詠 評 詞 証 詁

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 151/174 www.raio.com.tw RA8806 B6 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 詔 詛 詐 詆 訴 診 訶 詖 象 貂 貯 貼 貳 貽 賁 費 5 賀 貴 買 貶 貿 貸 越 超 趁 跎 距 跋 跚 跑 跌 跛 6 跆 軻 軸 軼 辜 逮 逵 週 逸 進 逶 鄂 郵 鄉 郾 酣 7 酥 量 鈔 鈕 鈣 鈉 鈞 鈍 鈐 鈇 鈑 閔 閏 開 閑 Ａ 間 閒 閎 隊 階 隋 陽 隅 隆 隍 陲 隄 雁 雅 雄 Ｂ 集 雇 雯 雲 韌 項 順 須 飧 飪 飯 飩 飲 飭 馮 馭 Ｃ 黃 黍 黑 亂 傭 債 傲 傳 僅 傾 催 傷 傻 傯 僇 剿 Ｄ 剷 剽 募 勦 勤 勢 勣 匯 嗟 嗨 嗓 嗦 嗎 嗜 嗇 嗑 Ｅ 嗣 嗤 嗯 嗚 嗡 嗅 嗆 嗥 嗉 園 圓 塞 塑 塘 塗 塚 Ｆ 塔 填 塌 塭 塊 塢 塒 塋 奧 嫁 嫉 嫌 媾 媽 媼 B7 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 媳 嫂 媲 嵩 嵯 幌 幹 廉 廈 弒 彙 徬 微 愚 意 慈 5 感 想 愛 惹 愁 愈 慎 慌 慄 慍 愾 愴 愧 愍 愆 愷 6 戡 戢 搓 搾 搞 搪 搭 搽 搬 搏 搜 搔 損 搶 搖 搗 7 搆 敬 斟 新 暗 暉 暇 暈 暖 暄 暘 暍 會 榔 業 Ａ 楚 楷 楠 楔 極 椰 概 楊 楨 楫 楞 楓 楹 榆 楝 Ｂ 楣 楛 歇 歲 毀 殿 毓 毽 溢 溯 滓 溶 滂 源 溝 滇 Ｃ 滅 溥 溘 溼 溺 溫 滑 準 溜 滄 滔 溪 溧 溴 煎 煙 Ｄ 煩 煤 煉 照 煜 煬 煦 煌 煥 煞 煆 煨 煖 爺 牒 猷 Ｅ 獅 猿 猾 瑯 瑚 瑕 瑟 瑞 瑁 琿 瑙 瑛 瑜 當 畸 瘀 Ｆ 痰 瘁 痲 痱 痺 痿 痴 痳 盞 盟 睛 睫 睦 睞 督 B8 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 睹 睪 睬 睜 睥 睨 睢 矮 碎 碰 碗 碘 碌 碉 硼 碑 5 碓 硿 祺 祿 禁 萬 禽 稜 稚 稠 稔 稟 稞 窟 窠 筷 6 節 筠 筮 筧 粱 粳 粵 經 絹 綑 綁 綏 絛 置 罩 罪 7 署 義 羨 群 聖 聘 肆 肄 腱 腰 腸 腥 腮 腳 腫 Ａ 腹 腺 腦 舅 艇 蒂 葷 落 萱 葵 葦 葫 葉 葬 葛 Ｂ 萼 萵 葡 董 葩 葭 葆 虞 虜 號 蛹 蜓 蜈 蜇 蜀 蛾 Ｃ 蛻 蜂 蜃 蜆 蜊 衙 裟 裔 裙 補 裘 裝 裡 裊 裕 裒 Ｄ 覜 解 詫 該 詳 試 詩 詰 誇 詼 詣 誠 話 誅 詭 詢 Ｅ 詮 詬 詹 詻 訾 詨 豢 貊 貉 賊 資 賈 賄 貲 賃 賂 Ｆ 賅 跡 跟 跨 路 跳 跺 跪 跤 跦 躲 較 載 軾 輊

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 152/174 www.raio.com.tw RA8806 B9 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 辟 農 運 遊 道 遂 達 逼 違 遐 遇 遏 過 遍 遑 逾 5 遁 鄒 鄗 酬 酪 酩 釉 鈷 鉗 鈸 鈽 鉀 鈾 鉛 鉋 鉤 6 鉑 鈴 鉉 鉍 鉅 鈹 鈿 鉚 閘 隘 隔 隕 雍 雋 雉 雊 7 雷 電 雹 零 靖 靴 靶 預 頑 頓 頊 頒 頌 飼 飴 Ａ 飽 飾 馳 馱 馴 髡 鳩 麂 鼎 鼓 鼠 僧 僮 僥 僖 Ｂ 僭 僚 僕 像 僑 僱 僎 僩 兢 凳 劃 劂 匱 厭 嗾 嘀 Ｃ 嘛 嘗 嗽 嘔 嘆 嘉 嘍 嘎 嗷 嘖 嘟 嘈 嘐 嗶 團 圖 Ｄ 塵 塾 境 墓 墊 塹 墅 塽 壽 夥 夢 夤 奪 奩 嫡 嫦 Ｅ 嫩 嫗 嫖 嫘 嫣 孵 寞 寧 寡 寥 實 寨 寢 寤 察 對 Ｆ 屢 嶄 嶇 幛 幣 幕 幗 幔 廓 廖 弊 彆 彰 徹 慇 BA 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 愿 態 慷 慢 慣 慟 慚 慘 慵 截 撇 摘 摔 撤 摸 摟 5 摺 摑 摧 搴 摭 摻 敲 斡 旗 旖 暢 暨 暝 榜 榨 榕 6 槁 榮 槓 構 榛 榷 榻 榫 榴 槐 槍 榭 槌 榦 槃 榣 7 歉 歌 氳 漳 演 滾 漓 滴 漩 漾 漠 漬 漏 漂 漢 Ａ 滿 滯 漆 漱 漸 漲 漣 漕 漫 漯 澈 漪 滬 漁 滲 Ｂ 滌 滷 熔 熙 煽 熊 熄 熒 爾 犒 犖 獄 獐 瑤 瑣 瑪 Ｃ 瑰 瑭 甄 疑 瘧 瘍 瘋 瘉 瘓 盡 監 瞄 睽 睿 睡 磁 Ｄ 碟 碧 碳 碩 碣 禎 福 禍 種 稱 窪 窩 竭 端 管 箕 Ｅ 箋 筵 算 箝 箔 箏 箸 箇 箄 粹 粽 精 綻 綰 綜 綽 Ｆ 綾 綠 緊 綴 網 綱 綺 綢 綿 綵 綸 維 緒 緇 綬 BB 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 罰 翠 翡 翟 聞 聚 肇 腐 膀 膏 膈 膊 腿 膂 臧 臺 5 與 舔 舞 艋 蓉 蒿 蓆 蓄 蒙 蒞 蒲 蒜 蓋 蒸 蓀 蓓 6 蒐 蒼 蓑 蓊 蜿 蜜 蜻 蜢 蜥 蜴 蜘 蝕 蜷 蜩 裳 褂 7 裴 裹 裸 製 裨 褚 裯 誦 誌 語 誣 認 誡 誓 誤 Ａ 說 誥 誨 誘 誑 誚 誧 豪 貍 貌 賓 賑 賒 赫 趙 Ｂ 趕 跼 輔 輒 輕 輓 辣 遠 遘 遜 遣 遙 遞 遢 遝 遛 Ｃ 鄙 鄘 鄞 酵 酸 酷 酴 鉸 銀 銅 銘 銖 鉻 銓 銜 銨 Ｄ 鉼 銑 閡 閨 閩 閣 閥 閤 隙 障 際 雌 雒 需 靼 鞅 Ｅ 韶 頗 領 颯 颱 餃 餅 餌 餉 駁 骯 骰 髦 魁 魂 鳴 Ｆ 鳶 鳳 麼 鼻 齊 億 儀 僻 僵 價 儂 儈 儉 儅 凜

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 153/174 www.raio.com.tw RA8806 BC 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 劇 劈 劉 劍 劊 勰 厲 嘮 嘻 嘹 嘲 嘿 嘴 嘩 噓 噎 5 噗 噴 嘶 嘯 嘰 墀 墟 增 墳 墜 墮 墩 墦 奭 嬉 嫻 6 嬋 嫵 嬌 嬈 寮 寬 審 寫 層 履 嶝 嶔 幢 幟 幡 廢 7 廚 廟 廝 廣 廠 彈 影 德 徵 慶 慧 慮 慝 慕 憂 Ａ 慼 慰 慫 慾 憧 憐 憫 憎 憬 憚 憤 憔 憮 戮 摩 Ｂ 摯 摹 撞 撲 撈 撐 撰 撥 撓 撕 撩 撒 撮 播 撫 撚 Ｃ 撬 撙 撢 撳 敵 敷 數 暮 暫 暴 暱 樣 樟 槨 樁 樞 Ｄ 標 槽 模 樓 樊 槳 樂 樅 槭 樑 歐 歎 殤 毅 毆 漿 Ｅ 潼 澄 潑 潦 潔 澆 潭 潛 潸 潮 澎 潺 潰 潤 澗 潘 Ｆ 滕 潯 潠 潟 熟 熬 熱 熨 牖 犛 獎 獗 瑩 璋 璃 BD 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 瑾 璀 畿 瘠 瘩 瘟 瘤 瘦 瘡 瘢 皚 皺 盤 瞎 瞇 瞌 5 瞑 瞋 磋 磅 確 磊 碾 磕 碼 磐 稿 稼 穀 稽 稷 稻 6 窯 窮 箭 箱 範 箴 篆 篇 篁 箠 篌 糊 締 練 緯 緻 7 緘 緬 緝 編 緣 線 緞 緩 綞 緙 緲 緹 罵 罷 羯 Ａ 翩 耦 膛 膜 膝 膠 膚 膘 蔗 蔽 蔚 蓮 蔬 蔭 蔓 Ｂ 蔑 蔣 蔡 蔔 蓬 蔥 蓿 蔆 螂 蝴 蝶 蝠 蝦 蝸 蝨 蝙 Ｃ 蝗 蝌 蝓 衛 衝 褐 複 褒 褓 褕 褊 誼 諒 談 諄 誕 Ｄ 請 諸 課 諉 諂 調 誰 論 諍 誶 誹 諛 豌 豎 豬 賠 Ｅ 賞 賦 賤 賬 賭 賢 賣 賜 質 賡 赭 趟 趣 踫 踐 踝 Ｆ 踢 踏 踩 踟 踡 踞 躺 輝 輛 輟 輩 輦 輪 輜 輞 BE 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 輥 適 遮 遨 遭 遷 鄰 鄭 鄧 鄱 醇 醉 醋 醃 鋅 銻 5 銷 鋪 銬 鋤 鋁 銳 銼 鋒 鋇 鋰 銲 閭 閱 霄 霆 震 6 霉 靠 鞍 鞋 鞏 頡 頫 頜 颳 養 餓 餒 餘 駝 駐 駟 7 駛 駑 駕 駒 駙 骷 髮 髯 鬧 魅 魄 魷 魯 鴆 鴉 Ａ 鴃 麩 麾 黎 墨 齒 儒 儘 儔 儐 儕 冀 冪 凝 劑 Ｂ 劓 勳 噙 噫 噹 噩 噤 噸 噪 器 噥 噱 噯 噬 噢 噶 Ｃ 壁 墾 壇 壅 奮 嬝 嬴 學 寰 導 彊 憲 憑 憩 憊 懍 Ｄ 憶 憾 懊 懈 戰 擅 擁 擋 撻 撼 據 擄 擇 擂 操 撿 Ｅ 擒 擔 撾 整 曆 曉 暹 曄 曇 暸 樽 樸 樺 橙 橫 橘 Ｆ 樹 橄 橢 橡 橋 橇 樵 機 橈 歙 歷 氅 濂 澱 澡

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 154/174 www.raio.com.tw RA8806 BF 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 濃 澤 濁 澧 澳 激 澹 澶 澦 澠 澴 熾 燉 燐 燒 燈 5 燕 熹 燎 燙 燜 燃 燄 獨 璜 璣 璘 璟 璞 瓢 甌 甍 6 瘴 瘸 瘺 盧 盥 瞠 瞞 瞟 瞥 磨 磚 磬 磧 禦 積 穎 7 穆 穌 穋 窺 篙 簑 築 篤 篛 篡 篩 篦 糕 糖 縊 Ａ 縑 縈 縛 縣 縞 縝 縉 縐 罹 羲 翰 翱 翮 耨 膳 Ｂ 膩 膨 臻 興 艘 艙 蕊 蕙 蕈 蕨 蕩 蕃 蕉 蕭 蕪 蕞 Ｃ 螃 螟 螞 螢 融 衡 褪 褲 褥 褫 褡 親 覦 諦 諺 諫 Ｄ 諱 謀 諜 諧 諮 諾 謁 謂 諷 諭 諳 諶 諼 豫 豭 貓 Ｅ 賴 蹄 踱 踴 蹂 踹 踵 輻 輯 輸 輳 辨 辦 遵 遴 選 Ｆ 遲 遼 遺 鄴 醒 錠 錶 鋸 錳 錯 錢 鋼 錫 錄 錚 C0 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 錐 錦 錡 錕 錮 錙 閻 隧 隨 險 雕 霎 霑 霖 霍 霓 5 霏 靛 靜 靦 鞘 頰 頸 頻 頷 頭 頹 頤 餐 館 餞 餛 6 餡 餚 駭 駢 駱 骸 骼 髻 髭 鬨 鮑 鴕 鴣 鴦 鴨 鴒 7 鴛 默 黔 龍 龜 優 償 儡 儲 勵 嚎 嚀 嚐 嚅 嚇 Ａ 嚏 壕 壓 壑 壎 嬰 嬪 嬤 孺 尷 屨 嶼 嶺 嶽 嶸 Ｂ 幫 彌 徽 應 懂 懇 懦 懋 戲 戴 擎 擊 擘 擠 擰 擦 Ｃ 擬 擱 擢 擭 斂 斃 曙 曖 檀 檔 檄 檢 檜 櫛 檣 橾 Ｄ 檗 檐 檠 歜 殮 毚 氈 濘 濱 濟 濠 濛 濤 濫 濯 澀 Ｅ 濬 濡 濩 濕 濮 濰 燧 營 燮 燦 燥 燭 燬 燴 燠 爵 Ｆ 牆 獰 獲 璩 環 璦 璨 癆 療 癌 盪 瞳 瞪 瞰 瞬 C1 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 瞧 瞭 矯 磷 磺 磴 磯 礁 禧 禪 穗 窿 簇 簍 篾 篷 5 簌 篠 糠 糜 糞 糢 糟 糙 糝 縮 績 繆 縷 縲 繃 縫 6 總 縱 繅 繁 縴 縹 繈 縵 縿 縯 罄 翳 翼 聱 聲 聰 7 聯 聳 臆 臃 膺 臂 臀 膿 膽 臉 膾 臨 舉 艱 薪 Ａ 薄 蕾 薜 薑 薔 薯 薛 薇 薨 薊 虧 蟀 蟑 螳 蟒 Ｂ 蟆 螫 螻 螺 蟈 蟋 褻 褶 襄 褸 褽 覬 謎 謗 謙 講 Ｃ 謊 謠 謝 謄 謐 豁 谿 豳 賺 賽 購 賸 賻 趨 蹉 蹋 Ｄ 蹈 蹊 轄 輾 轂 轅 輿 避 遽 還 邁 邂 邀 鄹 醣 醞 Ｅ 醜 鍍 鎂 錨 鍵 鍊 鍥 鍋 錘 鍾 鍬 鍛 鍰 鍚 鍔 闊 Ｆ 闋 闌 闈 闆 隱 隸 雖 霜 霞 鞠 韓 顆 颶 餵 騁

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 155/174 www.raio.com.tw RA8806 C2 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 駿 鮮 鮫 鮪 鮭 鴻 鴿 麋 黏 點 黜 黝 黛 鼾 齋 叢 5 嚕 嚮 壙 壘 嬸 彝 懣 戳 擴 擲 擾 攆 擺 擻 擷 斷 6 曜 朦 檳 檬 櫃 檻 檸 櫂 檮 檯 歟 歸 殯 瀉 瀋 濾 7 瀆 濺 瀑 瀏 燻 燼 燾 燸 獷 獵 璧 璿 甕 癖 癘 Ａ 癒 瞽 瞿 瞻 瞼 礎 禮 穡 穢 穠 竄 竅 簫 簧 簪 Ｂ 簞 簣 簡 糧 織 繕 繞 繚 繡 繒 繙 罈 翹 翻 職 聶 Ｃ 臍 臏 舊 藏 薩 藍 藐 藉 薰 薺 薹 薦 蟯 蟬 蟲 蟠 Ｄ 覆 覲 觴 謨 謹 謬 謫 豐 贅 蹙 蹣 蹦 蹤 蹟 蹕 軀 Ｅ 轉 轍 邇 邃 邈 醫 醬 釐 鎔 鎊 鎖 鎢 鎳 鎮 鎬 鎰 Ｆ 鎘 鎚 鎗 闔 闖 闐 闕 離 雜 雙 雛 雞 霤 鞣 鞦 C3 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 鞭 韹 額 顏 題 顎 顓 颺 餾 餿 餽 餮 馥 騎 髁 鬃 5 鬆 魏 魎 魍 鯊 鯉 鯽 鯈 鯀 鵑 鵝 鵠 黠 鼕 鼬 儳 6 嚥 壞 壟 壢 寵 龐 廬 懲 懷 懶 懵 攀 攏 曠 曝 櫥 7 櫝 櫚 櫓 瀛 瀟 瀨 瀚 瀝 瀕 瀘 爆 爍 牘 犢 獸 Ａ 獺 璽 瓊 瓣 疇 疆 癟 癡 矇 礙 禱 穫 穩 簾 簿 Ｂ 簸 簽 簷 籀 繫 繭 繹 繩 繪 羅 繳 羶 羹 羸 臘 藩 Ｃ 藝 藪 藕 藤 藥 藷 蟻 蠅 蠍 蟹 蟾 襠 襟 襖 襞 譁 Ｄ 譜 識 證 譚 譎 譏 譆 譙 贈 贊 蹼 蹲 躇 蹶 蹬 蹺 Ｅ 蹴 轔 轎 辭 邊 邋 醱 醮 鏡 鏑 鏟 鏃 鏈 鏜 鏝 鏖 Ｆ 鏢 鏍 鏘 鏤 鏗 鏨 關 隴 難 霪 霧 靡 韜 韻 類 C4 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 願 顛 颼 饅 饉 騖 騙 鬍 鯨 鯧 鯖 鯛 鶉 鵡 鵲 鵪 5 鵬 麒 麗 麓 麴 勸 嚨 嚷 嚶 嚴 嚼 壤 孀 孃 孽 寶 6 巉 懸 懺 攘 攔 攙 曦 朧 櫬 瀾 瀰 瀲 爐 獻 瓏 癢 7 癥 礦 礪 礬 礫 竇 競 籌 籃 籍 糯 糰 辮 繽 繼 Ａ 纂 罌 耀 臚 艦 藻 藹 蘑 藺 蘆 蘋 蘇 蘊 蠔 蠕 Ｂ 襤 覺 觸 議 譬 警 譯 譟 譫 贏 贍 躉 躁 躅 躂 醴 Ｃ 釋 鐘 鐃 鏽 闡 霰 飄 饒 饑 馨 騫 騰 騷 騵 鰓 鰍 Ｄ 鹹 麵 黨 鼯 齟 齣 齡 儷 儸 囁 囀 囂 夔 屬 巍 懼 Ｅ 懾 攝 攜 斕 曩 櫻 欄 櫺 殲 灌 爛 犧 瓖 瓔 癩 矓 Ｆ 籐 纏 續 羼 蘗 蘭 蘚 蠣 蠢 蠡 蠟 襪 襬 覽 譴

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 156/174 www.raio.com.tw RA8806 C5 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 護 譽 贓 躊 躍 躋 轟 辯 醺 鐮 鐳 鐵 鐺 鐸 鐲 鐫 5 闢 霸 霹 露 響 顧 顥 饗 驅 驃 驀 騾 髏 魔 魑 鰭 6 鰥 鶯 鶴 鷂 鶸 麝 黯 鼙 齜 齦 齧 儼 儻 囈 囊 囉 7 孿 巔 巒 彎 懿 攤 權 歡 灑 灘 玀 瓤 疊 癮 癬 Ａ 禳 籠 籟 聾 聽 臟 襲 襯 觼 讀 贖 贗 躑 躓 轡 Ｂ 酈 鑄 鑑 鑒 霽 霾 韃 韁 顫 饕 驕 驍 髒 鬚 鱉 鰱 Ｃ 鰾 鰻 鷓 鷗 鼴 齬 齪 龔 囌 巖 戀 攣 攫 攪 曬 欐 Ｄ 瓚 竊 籤 籣 籥 纓 纖 纔 臢 蘸 蘿 蠱 變 邐 邏 鑣 Ｅ 鑠 鑤 靨 顯 饜 驚 驛 驗 髓 體 髑 鱔 鱗 鱖 鷥 麟 Ｆ 黴 囑 壩 攬 灞 癱 癲 矗 罐 羈 蠶 蠹 衢 讓 讒 C6 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 讖 艷 贛 釀 鑪 靂 靈 靄 韆 顰 驟 鬢 魘 鱟 鷹 鷺 5 鹼 鹽 鼇 齷 齲 廳 欖 灣 籬 籮 蠻 觀 躡 釁 鑲 鑰 6 顱 饞 髖 鬣 黌 灤 矚 讚 鑷 韉 驢 驥 纜 讜 躪 釅 7 鑽 鑾 鑼 鱷 鱸 黷 豔 鑿 鸚 爨 驪 鬱 鸛 鸞 籲 Ａ Ｂ Ｃ Ｄ ヽ ヾ ゝ ゞ 〃 〄 Ｅ 々 〆 〇 ー ぁ あ ぃ い ぅ う ぇ え ぉ Ｆ お か が き ぎ く ぐ け げ こ ご さ ざ し じ C7 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 す ず せ ぜ そ ぞ た だ ち ぢ っ つ づ て で と 5 ど な に ぬ ね の は ば ぱ ひ び ぴ ふ ぶ ぷ へ 6 べ ぺ ほ ぼ ぽ ま み む め も ゃ や ゅ ゆ ょ よ 7 ら り る れ ろ ゎ わ ゐ ゑ を ん ァ ア ィ イ Ａ ゥ ウ ェ エ ォ オ カ ガ キ ギ ク グ ケ ゲ コ Ｂ ゴ サ ザ シ ジ ス ズ セ ゼ ソ ゾ タ ダ チ ヂ ッ Ｃ ツ ヅ テ デ ト ド ナ ニ ヌ ネ ノ ハ バ パ ヒ ビ Ｄ ピ フ ブ プ ヘ ベ ペ ホ ボ ポ マ ミ ム メ モ ャ Ｅ ヤ ュ ユ ョ ヨ ラ リ ル レ ロ ヮ ワ ヰ ヱ ヲ ン Ｆ ヴ ヵ ヶ

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 157/174 www.raio.com.tw RA8806 C8 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ Ａ Ｂ Ｃ Ｄ Ｅ Ｆ C9 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 乂 乜 凵 匚 厂 万 丌 乇 亍 囗 兀 屮 彳 丏 冇 与 5 丮 亓 仂 仉 仈 冘 勼 卬 厹 圠 夃 夬 尐 巿 旡 殳 6 毌 气 爿 丱 丼 仨 仜 仩 仡 仝 仚 刌 匜 卌 圢 圣 7 夗 夯 宁 宄 尒 尻 屴 屳 帄 庀 庂 忉 戉 扐 氕 Ａ 氶 汃 氿 氻 犮 犰 玊 禸 肊 阞 伎 优 伬 仵 伔 Ｂ 仱 伀 价 伈 伝 伂 伅 伢 伓 伄 仴 伒 冱 刓 刉 刐 Ｃ 劦 匢 匟 卍 厊 吇 囡 囟 圮 圪 圴 夼 妀 奼 妅 奻 Ｄ 奾 奷 奿 孖 尕 尥 屼 屺 屻 屾 巟 幵 庄 异 弚 彴 Ｅ 忕 忔 忏 扜 扞 扤 扡 扦 扢 扙 扠 扚 扥 旯 旮 朾 Ｆ 朹 朸 朻 机 朿 朼 朳 氘 汆 汒 汜 汏 汊 汔 汋 CA 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 汌 灱 牞 犴 犵 玎 甪 癿 穵 网 艸 艼 芀 艽 艿 虍 5 襾 邙 邗 邘 邛 邔 阢 阤 阠 阣 佖 伻 佢 佉 体 佤 6 伾 佧 佒 佟 佁 佘 伭 伳 伿 佡 冏 冹 刜 刞 刡 劭 7 劮 匉 卣 卲 厎 厏 吰 吷 吪 呔 呅 吙 吜 吥 吘 Ａ 吽 呏 呁 吨 吤 呇 囮 囧 囥 坁 坅 坌 坉 坋 坒 Ｂ 夆 奀 妦 妘 妠 妗 妎 妢 妐 妏 妧 妡 宎 宒 尨 尪 Ｃ 岍 岏 岈 岋 岉 岒 岊 岆 岓 岕 巠 帊 帎 庋 庉 庌 Ｄ 庈 庍 弅 弝 彸 彶 忒 忑 忐 忭 忨 忮 忳 忡 忤 忣 Ｅ 忺 忯 忷 忻 怀 忴 戺 抃 抌 抎 抏 抔 抇 扱 扻 扺 Ｆ 扰 抁 抈 扷 扽 扲 扴 攷 旰 旴 旳 旲 旵 杅 杇

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 158/174 www.raio.com.tw RA8806 CB 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 杙 杕 杌 杈 杝 杍 杚 杋 毐 氙 氚 汸 汧 汫 沄 沋 5 沏 汱 汯 汩 沚 汭 沇 沕 沜 汦 汳 汥 汻 沎 灴 灺 6 牣 犿 犽 狃 狆 狁 犺 狅 玕 玗 玓 玔 玒 町 甹 疔 7 疕 皁 礽 耴 肕 肙 肐 肒 肜 芐 芏 芅 芎 芑 芓 Ａ 芊 芃 芄 豸 迉 辿 邟 邡 邥 邞 邧 邠 阰 阨 阯 Ｂ 阭 丳 侘 佼 侅 佽 侀 侇 佶 佴 侉 侄 佷 佌 侗 佪 Ｃ 侚 佹 侁 佸 侐 侜 侔 侞 侒 侂 侕 佫 佮 冞 冼 冾 Ｄ 刵 刲 刳 剆 刱 劼 匊 匋 匼 厒 厔 咇 呿 咁 咑 咂 Ｅ 咈 呫 呺 呾 呥 呬 呴 呦 咍 呯 呡 呠 咘 呣 呧 呤 Ｆ 囷 囹 坯 坲 坭 坫 坱 坰 坶 垀 坵 坻 坳 坴 坢 CC 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 坨 坽 夌 奅 妵 妺 姏 姎 妲 姌 姁 妶 妼 姃 姖 妱 5 妽 姀 姈 妴 姇 孢 孥 宓 宕 屄 屇 岮 岤 岠 岵 岯 6 岨 岬 岟 岣 岭 岢 岪 岧 岝 岥 岶 岰 岦 帗 帔 帙 7 弨 弢 弣 弤 彔 徂 彾 彽 忞 忥 怭 怦 怙 怲 怋 Ａ 怴 怊 怗 怳 怚 怞 怬 怢 怍 怐 怮 怓 怑 怌 怉 Ｂ 怜 戔 戽 抭 抴 拑 抾 抪 抶 拊 抮 抳 抯 抻 抩 抰 Ｃ 抸 攽 斨 斻 昉 旼 昄 昒 昈 旻 昃 昋 昍 昅 旽 昑 Ｄ 昐 曶 朊 枅 杬 枎 枒 杶 杻 枘 枆 构 杴 枍 枌 杺 Ｅ 枟 枑 枙 枃 杽 极 杸 杹 枔 欥 殀 歾 毞 氝 沓 泬 Ｆ 泫 泮 泙 沶 泔 沭 泧 沷 泐 泂 沺 泃 泆 泭 泲 CD 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 泒 泝 沴 沊 沝 沀 泞 泀 洰 泍 泇 沰 泹 泏 泩 泑 5 炔 炘 炅 炓 炆 炄 炑 炖 炂 炚 炃 牪 狖 狋 狘 狉 6 狜 狒 狔 狚 狌 狑 玤 玡 玭 玦 玢 玠 玬 玝 瓝 瓨 7 甿 畀 甾 疌 疘 皯 盳 盱 盰 盵 矸 矼 矹 矻 矺 Ａ 矷 祂 礿 秅 穸 穻 竻 籵 糽 耵 肏 肮 肣 肸 肵 Ｂ 肭 舠 芠 苀 芫 芚 芘 芛 芵 芧 芮 芼 芞 芺 芴 芨 Ｃ 芡 芩 苂 芤 苃 芶 芢 虰 虯 虭 虮 豖 迒 迋 迓 迍 Ｄ 迖 迕 迗 邲 邴 邯 邳 邰 阹 阽 阼 阺 陃 俍 俅 俓 Ｅ 侲 俉 俋 俁 俔 俜 俙 侻 侳 俛 俇 俖 侺 俀 侹 俬 Ｆ 剄 剉 勀 勂 匽 卼 厗 厖 厙 厘 咺 咡 咭 咥 哏

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 159/174 www.raio.com.tw RA8806 CE 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 哃 茍 咷 咮 哖 咶 哅 哆 咠 呰 咼 咢 咾 呲 哞 咰 5 垵 垞 垟 垤 垌 垗 垝 垛 垔 垘 垏 垙 垥 垚 垕 壴 6 复 奓 姡 姞 姮 娀 姱 姝 姺 姽 姼 姶 姤 姲 姷 姛 7 姩 姳 姵 姠 姾 姴 姭 宨 屌 峐 峘 峌 峗 峋 峛 Ａ 峞 峚 峉 峇 峊 峖 峓 峔 峏 峈 峆 峎 峟 峸 巹 Ｂ 帡 帢 帣 帠 帤 庰 庤 庢 庛 庣 庥 弇 弮 彖 徆 怷 Ｃ 怹 恔 恲 恞 恅 恓 恇 恉 恛 恌 恀 恂 恟 怤 恄 恘 Ｄ 恦 恮 扂 扃 拏 挍 挋 拵 挎 挃 拫 拹 挏 挌 拸 拶 Ｅ 挀 挓 挔 拺 挕 拻 拰 敁 敃 斪 斿 昶 昡 昲 昵 昜 Ｆ 昦 昢 昳 昫 昺 昝 昴 昹 昮 朏 朐 柁 柲 柈 枺 CF 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 柜 枻 柸 柘 柀 枷 柅 柫 柤 柟 枵 柍 枳 柷 柶 柮 5 柣 柂 枹 柎 柧 柰 枲 柼 柆 柭 柌 枮 柦 柛 柺 柉 6 柊 柃 柪 柋 欨 殂 殄 殶 毖 毘 毠 氠 氡 洨 洴 洭 7 洟 洼 洿 洒 洊 泚 洳 洄 洙 洺 洚 洑 洀 洝 浂 Ａ 洁 洘 洷 洃 洏 浀 洇 洠 洬 洈 洢 洉 洐 炷 炟 Ｂ 炾 炱 炰 炡 炴 炵 炩 牁 牉 牊 牬 牰 牳 牮 狊 狤 Ｃ 狨 狫 狟 狪 狦 狣 玅 珌 珂 珈 珅 玹 玶 玵 玴 珫 Ｄ 玿 珇 玾 珃 珆 玸 珋 瓬 瓮 甮 畇 畈 疧 疪 癹 盄 Ｅ 眈 眃 眄 眅 眊 盷 盻 盺 矧 矨 砆 砑 砒 砅 砐 砏 Ｆ 砎 砉 砃 砓 祊 祌 祋 祅 祄 秕 种 秏 秖 秎 窀 D0 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 穾 竑 笀 笁 籺 籸 籹 籿 粀 粁 紃 紈 紁 罘 羑 羍 5 羾 耇 耎 耏 耔 耷 胘 胇 胠 胑 胈 胂 胐 胅 胣 胙 6 胜 胊 胕 胉 胏 胗 胦 胍 臿 舡 芔 苙 苾 苹 茇 苨 7 茀 苕 茺 苫 苖 苴 苬 苡 苲 苵 茌 苻 苶 苰 苪 Ａ 苤 苠 苺 苳 苭 虷 虴 虼 虳 衁 衎 衧 衪 衩 觓 Ｂ 訄 訇 赲 迣 迡 迮 迠 郱 邽 邿 郕 郅 邾 郇 郋 郈 Ｃ 釔 釓 陔 陏 陑 陓 陊 陎 倞 倅 倇 倓 倢 倰 倛 俵 Ｄ 俴 倳 倷 倬 俶 俷 倗 倜 倠 倧 倵 倯 倱 倎 党 冔 Ｅ 冓 凊 凄 凅 凈 凎 剡 剚 剒 剞 剟 剕 剢 勍 匎 厞 Ｆ 唦 哢 唗 唒 哧 哳 哤 唚 哿 唄 唈 哫 唑 唅 哱

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 160/174 www.raio.com.tw RA8806 D1 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 唊 哻 哷 哸 哠 唎 唃 唋 圁 圂 埌 堲 埕 埒 垺 埆 5 垽 垼 垸 垶 垿 埇 埐 垹 埁 夎 奊 娙 娖 娭 娮 娕 6 娏 娗 娊 娞 娳 孬 宧 宭 宬 尃 屖 屔 峬 峿 峮 峱 7 峷 崀 峹 帩 帨 庨 庮 庪 庬 弳 弰 彧 恝 恚 恧 Ａ 恁 悢 悈 悀 悒 悁 悝 悃 悕 悛 悗 悇 悜 悎 戙 Ｂ 扆 拲 挐 捖 挬 捄 捅 挶 捃 揤 挹 捋 捊 挼 挩 捁 Ｃ 挴 捘 捔 捙 挭 捇 挳 捚 捑 挸 捗 捀 捈 敊 敆 旆 Ｄ 旃 旄 旂 晊 晟 晇 晑 朒 朓 栟 栚 桉 栲 栳 栻 桋 Ｅ 桏 栖 栱 栜 栵 栫 栭 栯 桎 桄 栴 栝 栒 栔 栦 栨 Ｆ 栮 桍 栺 栥 栠 欬 欯 欭 欱 欴 歭 肂 殈 毦 毤 D2 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 毨 毣 毢 毧 氥 浺 浣 浤 浶 洍 浡 涒 浘 浢 浭 浯 5 涑 涍 淯 浿 涆 浞 浧 浠 涗 浰 浼 浟 涂 涘 洯 浨 6 涋 浾 涀 涄 洖 涃 浻 浽 浵 涐 烜 烓 烑 烝 烋 缹 7 烢 烗 烒 烞 烠 烔 烍 烅 烆 烇 烚 烎 烡 牂 牸 Ａ 牷 牶 猀 狺 狴 狾 狶 狳 狻 猁 珓 珙 珥 珖 玼 Ｂ 珧 珣 珩 珜 珒 珛 珔 珝 珚 珗 珘 珨 瓞 瓟 瓴 瓵 Ｃ 甡 畛 畟 疰 痁 疻 痄 痀 疿 疶 疺 皊 盉 眝 眛 眐 Ｄ 眓 眒 眣 眑 眕 眙 眚 眢 眧 砣 砬 砢 砵 砯 砨 砮 Ｅ 砫 砡 砩 砳 砪 砱 祔 祛 祏 祜 祓 祒 祑 秫 秬 秠 Ｆ 秮 秭 秪 秜 秞 秝 窆 窉 窅 窋 窌 窊 窇 竘 笐 D3 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 笄 笓 笅 笏 笈 笊 笎 笉 笒 粄 粑 粊 粌 粈 粍 粅 5 紞 紝 紑 紎 紘 紖 紓 紟 紒 紏 紌 罜 罡 罞 罠 罝 6 罛 羖 羒 翃 翂 翀 耖 耾 耹 胺 胲 胹 胵 脁 胻 脀 7 舁 舯 舥 茳 茭 荄 茙 荑 茥 荖 茿 荁 茦 茜 茢 Ａ 荂 荎 茛 茪 茈 茼 荍 茖 茤 茠 茷 茯 茩 荇 荅 Ｂ 荌 荓 茞 茬 荋 茧 荈 虓 虒 蚢 蚨 蚖 蚍 蚑 蚞 蚇 Ｃ 蚗 蚆 蚋 蚚 蚅 蚥 蚙 蚡 蚧 蚕 蚘 蚎 蚝 蚐 蚔 衃 Ｄ 衄 衭 衵 衶 衲 袀 衱 衿 衯 袃 衾 衴 衼 訒 豇 豗 Ｅ 豻 貤 貣 赶 赸 趵 趷 趶 軑 軓 迾 迵 适 迿 迻 逄 Ｆ 迼 迶 郖 郠 郙 郚 郣 郟 郥 郘 郛 郗 郜 郤 酐

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 161/174 www.raio.com.tw RA8806 D4 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 酎 酏 釕 釢 釚 陜 陟 隼 飣 髟 鬯 乿 偰 偪 偡 偞 5 偠 偓 偋 偝 偲 偈 偍 偁 偛 偊 偢 倕 偅 偟 偩 偫 6 偣 偤 偆 偀 偮 偳 偗 偑 凐 剫 剭 剬 剮 勖 勓 匭 7 厜 啵 啶 唼 啍 啐 唴 唪 啑 啢 唶 唵 唰 啒 啅 Ａ 唌 唲 啥 啎 唹 啈 唭 唻 啀 啋 圊 圇 埻 堔 埢 Ｂ 埶 埜 埴 堀 埭 埽 堈 埸 堋 埳 埏 堇 埮 埣 埲 埥 Ｃ 埬 埡 堎 埼 堐 埧 堁 堌 埱 埩 埰 堍 堄 奜 婠 婘 Ｄ 婕 婧 婞 娸 娵 婭 婐 婟 婥 婬 婓 婤 婗 婃 婝 婒 Ｅ 婄 婛 婈 媎 娾 婍 娹 婌 婰 婩 婇 婑 婖 婂 婜 孲 Ｆ 孮 寁 寀 屙 崞 崋 崝 崚 崠 崌 崨 崍 崦 崥 崏 D5 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 崰 崒 崣 崟 崮 帾 帴 庱 庴 庹 庲 庳 弶 弸 徛 徖 5 徟 悊 悐 悆 悾 悰 悺 惓 惔 惏 惤 惙 惝 惈 悱 惛 6 悷 惊 悿 惃 惍 惀 挲 捥 掊 掂 捽 掽 掞 掭 掝 掗 7 掫 掎 捯 掇 掐 据 掯 捵 掜 捭 掮 捼 掤 挻 掟 Ａ 捸 掅 掁 掑 掍 捰 敓 旍 晥 晡 晛 晙 晜 晢 朘 Ｂ 桹 梇 梐 梜 桭 桮 梮 梫 楖 桯 梣 梬 梩 桵 桴 梲 Ｃ 梏 桷 梒 桼 桫 桲 梪 梀 桱 桾 梛 梖 梋 梠 梉 梤 Ｄ 桸 桻 梑 梌 梊 桽 欶 欳 欷 欸 殑 殏 殍 殎 殌 氪 Ｅ 淀 涫 涴 涳 湴 涬 淩 淢 涷 淶 淔 渀 淈 淠 淟 淖 Ｆ 涾 淥 淜 淝 淛 淴 淊 涽 淭 淰 涺 淕 淂 淏 淉 D6 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 淐 淲 淓 淽 淗 淍 淣 涻 烺 焍 烷 焗 烴 焌 烰 焄 5 烳 焐 烼 烿 焆 焓 焀 烸 烶 焋 焂 焎 牾 牻 牼 牿 6 猝 猗 猇 猑 猘 猊 猈 狿 猏 猞 玈 珶 珸 珵 琄 琁 7 珽 琇 琀 珺 珼 珿 琌 琋 珴 琈 畤 畣 痎 痒 痏 Ａ 痋 痌 痑 痐 皏 皉 盓 眹 眯 眭 眱 眲 眴 眳 眽 Ｂ 眥 眻 眵 硈 硒 硉 硍 硊 硌 砦 硅 硐 祤 祧 祩 祪 Ｃ 祣 祫 祡 离 秺 秸 秶 秷 窏 窔 窐 笵 筇 笴 笥 笰 Ｄ 笢 笤 笳 笘 笪 笝 笱 笫 笭 笯 笲 笸 笚 笣 粔 粘 Ｅ 粖 粣 紵 紽 紸 紶 紺 絅 紬 紩 絁 絇 紾 紿 絊 紻 Ｆ 紨 罣 羕 羜 羝 羛 翊 翋 翍 翐 翑 翇 翏 翉 耟

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 162/174 www.raio.com.tw RA8806 D7 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 耞 耛 聇 聃 聈 脘 脥 脙 脛 脭 脟 脬 脞 脡 脕 脧 5 脝 脢 舑 舸 舳 舺 舴 舲 艴 莐 莣 莨 莍 荺 荳 莤 6 荴 莏 莁 莕 莙 荵 莔 莩 荽 莃 莌 莝 莛 莪 莋 荾 7 莥 莯 莈 莗 莰 荿 莦 莇 莮 荶 莚 虙 虖 蚿 蚷 Ａ 蛂 蛁 蛅 蚺 蚰 蛈 蚹 蚳 蚸 蛌 蚴 蚻 蚼 蛃 蚽 Ｂ 蚾 衒 袉 袕 袨 袢 袪 袚 袑 袡 袟 袘 袧 袙 袛 袗 Ｃ 袤 袬 袌 袓 袎 覂 觖 觙 觕 訰 訧 訬 訞 谹 谻 豜 Ｄ 豝 豽 貥 赽 赻 赹 趼 跂 趹 趿 跁 軘 軞 軝 軜 軗 Ｅ 軠 軡 逤 逋 逑 逜 逌 逡 郯 郪 郰 郴 郲 郳 郔 郫 Ｆ 郬 郩 酖 酘 酚 酓 酕 釬 釴 釱 釳 釸 釤 釹 釪 D8 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 釫 釷 釨 釮 镺 閆 閈 陼 陭 陫 陱 陯 隿 靪 頄 飥 5 馗 傛 傕 傔 傞 傋 傣 傃 傌 傎 傝 偨 傜 傒 傂 傇 6 兟 凔 匒 匑 厤 厧 喑 喨 喥 喭 啷 噅 喢 喓 喈 喏 7 喵 喁 喣 喒 喤 啽 喌 喦 啿 喕 喡 喎 圌 堩 堷 Ａ 堙 堞 堧 堣 堨 埵 塈 堥 堜 堛 堳 堿 堶 堮 堹 Ｂ 堸 堭 堬 堻 奡 媯 媔 媟 婺 媢 媞 婸 媦 婼 媥 媬 Ｃ 媕 媮 娷 媄 媊 媗 媃 媋 媩 婻 婽 媌 媜 媏 媓 媝 Ｄ 寪 寍 寋 寔 寑 寊 寎 尌 尰 崷 嵃 嵫 嵁 嵋 崿 崵 Ｅ 嵑 嵎 嵕 崳 崺 嵒 崽 崱 嵙 嵂 崹 嵉 崸 崼 崲 崶 Ｆ 嵀 嵅 幄 幁 彘 徦 徥 徫 惉 悹 惌 惢 惎 惄 愔 D9 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 惲 愊 愖 愅 惵 愓 惸 惼 惾 惁 愃 愘 愝 愐 惿 愄 5 愋 扊 掔 掱 掰 揎 揥 揨 揯 揃 撝 揳 揊 揠 揶 揕 6 揲 揵 摡 揟 掾 揝 揜 揄 揘 揓 揂 揇 揌 揋 揈 揰 7 揗 揙 攲 敧 敪 敤 敜 敨 敥 斌 斝 斞 斮 旐 旒 Ａ 晼 晬 晻 暀 晱 晹 晪 晲 朁 椌 棓 椄 棜 椪 棬 Ｂ 棪 棱 椏 棖 棷 棫 棤 棶 椓 椐 棳 棡 椇 棌 椈 楰 Ｃ 梴 椑 棯 棆 椔 棸 棐 棽 棼 棨 椋 椊 椗 棎 棈 棝 Ｄ 棞 棦 棴 棑 椆 棔 棩 椕 椥 棇 欹 欻 欿 欼 殔 殗 Ｅ 殙 殕 殽 毰 毲 毳 氰 淼 湆 湇 渟 湉 溈 渼 渽 湅 Ｆ 湢 渫 渿 湁 湝 湳 渜 渳 湋 湀 湑 渻 渃 渮 湞

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 163/174 www.raio.com.tw RA8806 DA 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 湨 湜 湡 渱 渨 湠 湱 湫 渹 渢 渰 湓 湥 渧 湸 湤 5 湷 湕 湹 湒 湦 渵 渶 湚 焠 焞 焯 烻 焮 焱 焣 焥 6 焢 焲 焟 焨 焺 焛 牋 牚 犈 犉 犆 犅 犋 猒 猋 猰 7 猢 猱 猳 猧 猲 猭 猦 猣 猵 猌 琮 琬 琰 琫 琖 Ａ 琚 琡 琭 琱 琤 琣 琝 琩 琠 琲 瓻 甯 畯 畬 痧 Ｂ 痚 痡 痦 痝 痟 痤 痗 皕 皒 盚 睆 睇 睄 睍 睅 睊 Ｃ 睎 睋 睌 矞 矬 硠 硤 硥 硜 硭 硱 硪 确 硰 硩 硨 Ｄ 硞 硢 祴 祳 祲 祰 稂 稊 稃 稌 稄 窙 竦 竤 筊 笻 Ｅ 筄 筈 筌 筎 筀 筘 筅 粢 粞 粨 粡 絘 絯 絣 絓 絖 Ｆ 絧 絪 絏 絭 絜 絫 絒 絔 絩 絑 絟 絎 缾 缿 罥 DB 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 罦 羢 羠 羡 翗 聑 聏 聐 胾 胔 腃 腊 腒 腏 腇 脽 5 腍 脺 臦 臮 臷 臸 臹 舄 舼 舽 舿 艵 茻 菏 菹 萣 6 菀 菨 萒 菧 菤 菼 菶 萐 菆 菈 菫 菣 莿 萁 菝 菥 7 菘 菿 菡 菋 菎 菖 菵 菉 萉 萏 菞 萑 萆 菂 菳 Ａ 菕 菺 菇 菑 菪 萓 菃 菬 菮 菄 菻 菗 菢 萛 菛 Ｂ 菾 蛘 蛢 蛦 蛓 蛣 蛚 蛪 蛝 蛫 蛜 蛬 蛩 蛗 蛨 蛑 Ｃ 衈 衖 衕 袺 裗 袹 袸 裀 袾 袶 袼 袷 袽 袲 褁 裉 Ｄ 覕 覘 覗 觝 觚 觛 詎 詍 訹 詙 詀 詗 詘 詄 詅 詒 Ｅ 詈 詑 詊 詌 詏 豟 貁 貀 貺 貾 貰 貹 貵 趄 趀 趉 Ｆ 跘 跓 跍 跇 跖 跜 跏 跕 跙 跈 跗 跅 軯 軷 軺 DC 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 軹 軦 軮 軥 軵 軧 軨 軶 軫 軱 軬 軴 軩 逭 逴 逯 5 鄆 鄬 鄄 郿 郼 鄈 郹 郻 鄁 鄀 鄇 鄅 鄃 酡 酤 酟 6 酢 酠 鈁 鈊 鈥 鈃 鈚 鈦 鈏 鈌 鈀 鈒 釿 釽 鈆 鈄 7 鈧 鈂 鈜 鈤 鈙 鈗 鈅 鈖 镻 閍 閌 閐 隇 陾 隈 Ａ 隉 隃 隀 雂 雈 雃 雱 雰 靬 靰 靮 頇 颩 飫 鳦 Ｂ 黹 亃 亄 亶 傽 傿 僆 傮 僄 僊 傴 僈 僂 傰 僁 傺 Ｃ 傱 僋 僉 傶 傸 凗 剺 剸 剻 剼 嗃 嗛 嗌 嗐 嗋 嗊 Ｄ 嗝 嗀 嗔 嗄 嗩 喿 嗒 喍 嗏 嗕 嗢 嗖 嗈 嗲 嗍 嗙 Ｅ 嗂 圔 塓 塨 塤 塏 塍 塉 塯 塕 塎 塝 塙 塥 塛 堽 Ｆ 塣 塱 壼 嫇 嫄 嫋 媺 媸 媱 媵 媰 媿 嫈 媻 嫆

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 164/174 www.raio.com.tw RA8806 DD 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 媷 嫀 嫊 媴 媶 嫍 媹 媐 寖 寘 寙 尟 尳 嵱 嵣 嵊 5 嵥 嵲 嵬 嵞 嵨 嵧 嵢 巰 幏 幎 幊 幍 幋 廅 廌 廆 6 廋 廇 彀 徯 徭 惷 慉 慊 愫 慅 愶 愲 愮 慆 愯 慏 7 愩 慀 戠 酨 戣 戥 戤 揅 揱 揫 搐 搒 搉 搠 搤 Ａ 搳 摃 搟 搕 搘 搹 搷 搢 搣 搌 搦 搰 搨 摁 搵 Ｂ 搯 搊 搚 摀 搥 搧 搋 揧 搛 搮 搡 搎 敯 斒 旓 暆 Ｃ 暌 暕 暐 暋 暊 暙 暔 晸 朠 楦 楟 椸 楎 楢 楱 椿 Ｄ 楅 楪 椹 楂 楗 楙 楺 楈 楉 椵 楬 椳 椽 楥 棰 楸 Ｅ 椴 楩 楀 楯 楄 楶 楘 楁 楴 楌 椻 楋 椷 楜 楏 楑 Ｆ 椲 楒 椯 楻 椼 歆 歅 歃 歂 歈 歁 殛 嗀 毻 毼 DE 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 毹 毷 毸 溛 滖 滈 溏 滀 溟 溓 溔 溠 溱 溹 滆 滒 5 溽 滁 溞 滉 溷 溰 滍 溦 滏 溲 溾 滃 滜 滘 溙 溒 6 溎 溍 溤 溡 溿 溳 滐 滊 溗 溮 溣 煇 煔 煒 煣 煠 7 煁 煝 煢 煲 煸 煪 煡 煂 煘 煃 煋 煰 煟 煐 煓 Ａ 煄 煍 煚 牏 犍 犌 犑 犐 犎 猼 獂 猻 猺 獀 獊 Ｂ 獉 瑄 瑊 瑋 瑒 瑑 瑗 瑀 瑏 瑐 瑎 瑂 瑆 瑍 瑔 瓡 Ｃ 瓿 瓾 瓽 甝 畹 畷 榃 痯 瘏 瘃 痷 痾 痼 痹 痸 瘐 Ｄ 痻 痶 痭 痵 痽 皙 皵 盝 睕 睟 睠 睒 睖 睚 睩 睧 Ｅ 睔 睙 睭 矠 碇 碚 碔 碏 碄 碕 碅 碆 碡 碃 硹 碙 Ｆ 碀 碖 硻 祼 禂 祽 祹 稑 稘 稙 稒 稗 稕 稢 稓 DF 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 稛 稐 窣 窢 窞 竫 筦 筤 筭 筴 筩 筲 筥 筳 筱 筰 5 筡 筸 筶 筣 粲 粴 粯 綈 綆 綀 綍 絿 綅 絺 綎 絻 6 綃 絼 綌 綔 綄 絽 綒 罭 罫 罧 罨 罬 羦 羥 羧 翛 7 翜 耡 腤 腠 腷 腜 腩 腛 腢 腲 朡 腞 腶 腧 腯 Ａ 腄 腡 舝 艉 艄 艀 艂 艅 蓱 萿 葖 葶 葹 蒏 蒍 Ｂ 葥 葑 葀 蒆 葧 萰 葍 葽 葚 葙 葴 葳 葝 蔇 葞 萷 Ｃ 萺 萴 葺 葃 葸 萲 葅 萩 菙 葋 萯 葂 萭 葟 葰 萹 Ｄ 葎 葌 葒 葯 蓅 蒎 萻 葇 萶 萳 葨 葾 葄 萫 葠 葔 Ｅ 葮 葐 蜋 蜄 蛷 蜌 蛺 蛖 蛵 蝍 蛸 蜎 蜉 蜁 蛶 蜍 Ｆ 蜅 裖 裋 裍 裎 裞 裛 裚 裌 裐 覅 覛 觟 觥 觤

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 165/174 www.raio.com.tw RA8806 E0 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 觡 觠 觢 觜 触 詶 誆 詿 詡 訿 詷 誂 誄 詵 誃 誁 5 詴 詺 谼 豋 豊 豥 豤 豦 貆 貄 貅 賌 赨 赩 趑 趌 6 趎 趏 趍 趓 趔 趐 趒 跰 跠 跬 跱 跮 跐 跩 跣 跢 7 跧 跲 跫 跴 輆 軿 輁 輀 輅 輇 輈 輂 輋 遒 逿 Ａ 遄 遉 逽 鄐 鄍 鄏 鄑 鄖 鄔 鄋 鄎 酮 酯 鉈 鉒 Ｂ 鈰 鈺 鉦 鈳 鉥 鉞 銃 鈮 鉊 鉆 鉭 鉬 鉏 鉠 鉧 鉯 Ｃ 鈶 鉡 鉰 鈱 鉔 鉣 鉐 鉲 鉎 鉓 鉌 鉖 鈲 閟 閜 閞 Ｄ 閛 隒 隓 隑 隗 雎 雺 雽 雸 雵 靳 靷 靸 靲 頏 頍 Ｅ 頎 颬 飶 飹 馯 馲 馰 馵 骭 骫 魛 鳪 鳭 鳧 麀 黽 Ｆ 僦 僔 僗 僨 僳 僛 僪 僝 僤 僓 僬 僰 僯 僣 僠 E1 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 凘 劀 劁 勩 勫 匰 厬 嘧 嘕 嘌 嘒 嗼 嘏 嘜 嘁 嘓 5 嘂 嗺 嘝 嘄 嗿 嗹 墉 塼 墐 墘 墆 墁 塿 塴 墋 塺 6 墇 墑 墎 塶 墂 墈 塻 墔 墏 壾 奫 嫜 嫮 嫥 嫕 嫪 7 嫚 嫭 嫫 嫳 嫢 嫠 嫛 嫬 嫞 嫝 嫙 嫨 嫟 孷 寠 Ａ 寣 屣 嶂 嶀 嵽 嶆 嵺 嶁 嵷 嶊 嶉 嶈 嵾 嵼 嶍 Ｂ 嵹 嵿 幘 幙 幓 廘 廑 廗 廎 廜 廕 廙 廒 廔 彄 彃 Ｃ 彯 徶 愬 愨 慁 慞 慱 慳 慒 慓 慲 慬 憀 慴 慔 慺 Ｄ 慛 慥 愻 慪 慡 慖 戩 戧 戫 搫 摍 摛 摝 摴 摶 摲 Ｅ 摳 摽 摵 摦 撦 摎 撂 摞 摜 摋 摓 摠 摐 摿 搿 摬 Ｆ 摫 摙 摥 摷 敳 斠 暡 暠 暟 朅 朄 朢 榱 榶 槉 E2 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 榠 槎 榖 榰 榬 榼 榑 榙 榎 榧 榍 榩 榾 榯 榿 槄 5 榽 榤 槔 榹 槊 榚 槏 榳 榓 榪 榡 榞 槙 榗 榐 槂 6 榵 榥 槆 歊 歍 歋 殞 殟 殠 毃 毄 毾 滎 滵 滱 漃 7 漥 滸 漷 滻 漮 漉 潎 漙 漚 漧 漘 漻 漒 滭 漊 Ａ 漶 潳 滹 滮 漭 潀 漰 漼 漵 滫 漇 漎 潃 漅 滽 Ｂ 滶 漹 漜 滼 漺 漟 漍 漞 漈 漡 熇 熐 熉 熀 熅 熂 Ｃ 熏 煻 熆 熁 熗 牄 牓 犗 犕 犓 獃 獍 獑 獌 瑢 瑳 Ｄ 瑱 瑵 瑲 瑧 瑮 甀 甂 甃 畽 疐 瘖 瘈 瘌 瘕 瘑 瘊 Ｅ 瘔 皸 瞁 睼 瞅 瞂 睮 瞀 睯 睾 瞃 碲 碪 碴 碭 碨 Ｆ 硾 碫 碞 碥 碠 碬 碢 碤 禘 禊 禋 禖 禕 禔 禓

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 166/174 www.raio.com.tw RA8806 E3 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 禗 禈 禒 禐 稫 穊 稰 稯 稨 稦 窨 窫 窬 竮 箈 箜 5 箊 箑 箐 箖 箍 箌 箛 箎 箅 箘 劄 箙 箤 箂 粻 粿 6 粼 粺 綧 綷 緂 綣 綪 緁 緀 緅 綝 緎 緄 緆 緋 緌 7 綯 綹 綖 綼 綟 綦 綮 綩 綡 緉 罳 翢 翣 翥 翞 Ａ 耤 聝 聜 膉 膆 膃 膇 膍 膌 膋 舕 蒗 蒤 蒡 蒟 Ｂ 蒺 蓎 蓂 蒬 蒮 蒫 蒹 蒴 蓁 蓍 蒪 蒚 蒱 蓐 蒝 蒧 Ｃ 蒻 蒢 蒔 蓇 蓌 蒛 蒩 蒯 蒨 蓖 蒘 蒶 蓏 蒠 蓗 蓔 Ｄ 蓒 蓛 蒰 蒑 虡 蜳 蜣 蜨 蝫 蝀 蜮 蜞 蜡 蜙 蜛 蝃 Ｅ 蜬 蝁 蜾 蝆 蜠 蜲 蜪 蜭 蜼 蜒 蜺 蜱 蜵 蝂 蜦 蜧 Ｆ 蜸 蜤 蜚 蜰 蜑 裷 裧 裱 裲 裺 裾 裮 裼 裶 裻 E4 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 裰 裬 裫 覝 覡 覟 覞 觩 觫 觨 誫 誙 誋 誒 誏 誖 5 谽 豨 豩 賕 賏 賗 趖 踉 踂 跿 踍 跽 踊 踃 踇 踆 6 踅 跾 踀 踄 輐 輑 輎 輍 鄣 鄜 鄠 鄢 鄟 鄝 鄚 鄤 7 鄡 鄛 酺 酲 酹 酳 銥 銤 鉶 銛 鉺 銠 銔 銪 銍 Ａ 銦 銚 銫 鉹 銗 鉿 銣 鋮 銎 銂 銕 銢 鉽 銈 銡 Ｂ 銊 銆 銌 銙 銧 鉾 銇 銩 銝 銋 鈭 隞 隡 雿 靘 靽 Ｃ 靺 靾 鞃 鞀 鞂 靻 鞄 鞁 靿 韎 韍 頖 颭 颮 餂 餀 Ｄ 餇 馝 馜 駃 馹 馻 馺 駂 馽 駇 骱 髣 髧 鬾 鬿 魠 Ｅ 魡 魟 鳱 鳲 鳵 麧 僿 儃 儰 僸 儆 儇 僶 僾 儋 儌 Ｆ 僽 儊 劋 劌 勱 勯 噈 噂 噌 嘵 噁 噊 噉 噆 噘 E5 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 噚 噀 嘳 嘽 嘬 嘾 嘸 嘪 嘺 圚 墫 墝 墱 墠 墣 墯 5 墬 墥 墡 壿 嫿 嫴 嫽 嫷 嫶 嬃 嫸 嬂 嫹 嬁 嬇 嬅 6 嬏 屧 嶙 嶗 嶟 嶒 嶢 嶓 嶕 嶠 嶜 嶡 嶚 嶞 幩 幝 7 幠 幜 緳 廛 廞 廡 彉 徲 憋 憃 慹 憱 憰 憢 憉 Ａ 憛 憓 憯 憭 憟 憒 憪 憡 憍 慦 憳 戭 摮 摰 撖 Ｂ 撠 撅 撗 撜 撏 撋 撊 撌 撣 撟 摨 撱 撘 敶 敺 敹 Ｃ 敻 斲 斳 暵 暰 暩 暲 暷 暪 暯 樀 樆 樗 槥 槸 樕 Ｄ 槱 槤 樠 槿 槬 槢 樛 樝 槾 樧 槲 槮 樔 槷 槧 橀 Ｅ 樈 槦 槻 樍 槼 槫 樉 樄 樘 樥 樏 槶 樦 樇 槴 樖 Ｆ 歑 殥 殣 殢 殦 氁 氀 毿 氂 潁 漦 潾 澇 濆 澒

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 167/174 www.raio.com.tw RA8806 E6 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 澍 澉 澌 潢 潏 澅 潚 澖 潶 潬 澂 潕 潲 潒 潐 潗 5 澔 澓 潝 漀 潡 潫 潽 潧 澐 潓 澋 潩 潿 澕 潣 潷 6 潪 潻 熲 熯 熛 熰 熠 熚 熩 熵 熝 熥 熞 熤 熡 熪 7 熜 熧 熳 犘 犚 獘 獒 獞 獟 獠 獝 獛 獡 獚 獙 Ａ 獢 璇 璉 璊 璆 璁 瑽 璅 璈 瑼 瑹 甈 甇 畾 瘥 Ｂ 瘞 瘙 瘝 瘜 瘣 瘚 瘨 瘛 皜 皝 皞 皛 瞍 瞏 瞉 瞈 Ｃ 磍 碻 磏 磌 磑 磎 磔 磈 磃 磄 磉 禚 禡 禠 禜 禢 Ｄ 禛 歶 稹 窲 窴 窳 箷 篋 箾 箬 篎 箯 箹 篊 箵 糅 Ｅ 糈 糌 糋 緷 緛 緪 緧 緗 緡 縃 緺 緦 緶 緱 緰 緮 Ｆ 緟 罶 羬 羰 羭 翭 翫 翪 翬 翦 翨 聤 聧 膣 膟 E7 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 膞 膕 膢 膙 膗 舖 艏 艓 艒 艐 艎 艑 蔤 蔻 蔏 蔀 5 蔩 蔎 蔉 蔍 蔟 蔊 蔧 蔜 蓻 蔫 蓺 蔈 蔌 蓴 蔪 蓲 6 蔕 蓷 蓫 蓳 蓼 蔒 蓪 蓩 蔖 蓾 蔨 蔝 蔮 蔂 蓽 蔞 7 蓶 蔱 蔦 蓧 蓨 蓰 蓯 蓹 蔘 蔠 蔰 蔋 蔙 蔯 虢 Ａ 蝖 蝣 蝤 蝷 蟡 蝳 蝘 蝔 蝛 蝒 蝡 蝚 蝑 蝞 蝭 Ｂ 蝪 蝐 蝎 蝟 蝝 蝯 蝬 蝺 蝮 蝜 蝥 蝏 蝻 蝵 蝢 蝧 Ｃ 蝩 衚 褅 褌 褔 褋 褗 褘 褙 褆 褖 褑 褎 褉 覢 覤 Ｄ 覣 觭 觰 觬 諏 諆 誸 諓 諑 諔 諕 誻 諗 誾 諀 諅 Ｅ 諘 諃 誺 誽 諙 谾 豍 貏 賥 賟 賙 賨 賚 賝 賧 趠 Ｆ 趜 趡 趛 踠 踣 踥 踤 踮 踕 踛 踖 踑 踙 踦 踧 E8 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 踔 踒 踘 踓 踜 踗 踚 輬 輤 輘 輚 輠 輣 輖 輗 遳 5 遰 遯 遧 遫 鄯 鄫 鄩 鄪 鄲 鄦 鄮 醅 醆 醊 醁 醂 6 醄 醀 鋐 鋃 鋄 鋀 鋙 銶 鋏 鋱 鋟 鋘 鋩 鋗 鋝 鋌 7 鋯 鋂 鋨 鋊 鋈 鋎 鋦 鋍 鋕 鋉 鋠 鋞 鋧 鋑 鋓 Ａ 銵 鋡 鋆 銴 镼 閬 閫 閮 閰 隤 隢 雓 霅 霈 霂 Ｂ 靚 鞊 鞎 鞈 韐 韏 頞 頝 頦 頩 頨 頠 頛 頧 颲 餈 Ｃ 飺 餑 餔 餖 餗 餕 駜 駍 駏 駓 駔 駎 駉 駖 駘 駋 Ｄ 駗 駌 骳 髬 髫 髳 髲 髱 魆 魃 魧 魴 魱 魦 魶 魵 Ｅ 魰 魨 魤 魬 鳼 鳺 鳽 鳿 鳷 鴇 鴀 鳹 鳻 鴈 鴅 鴄 Ｆ 麃 黓 鼏 鼐 儜 儓 儗 儚 儑 凞 匴 叡 噰 噠 噮

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 168/174 www.raio.com.tw RA8806 E9 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 噳 噦 噣 噭 噲 噞 噷 圜 圛 壈 墽 壉 墿 墺 壂 墼 5 壆 嬗 嬙 嬛 嬡 嬔 嬓 嬐 嬖 嬨 嬚 嬠 嬞 寯 嶬 嶱 6 嶩 嶧 嶵 嶰 嶮 嶪 嶨 嶲 嶭 嶯 嶴 幧 幨 幦 幯 廩 7 廧 廦 廨 廥 彋 徼 憝 憨 憖 懅 憴 懆 懁 懌 憺 Ａ 憿 憸 憌 擗 擖 擐 擏 擉 撽 撉 擃 擛 擳 擙 攳 Ｂ 敿 敼 斢 曈 暾 曀 曊 曋 曏 暽 暻 暺 曌 朣 樴 橦 Ｃ 橉 橧 樲 橨 樾 橝 橭 橶 橛 橑 樨 橚 樻 樿 橁 橪 Ｄ 橤 橐 橏 橔 橯 橩 橠 樼 橞 橖 橕 橍 橎 橆 歕 歔 Ｅ 歖 殧 殪 殫 毈 毇 氄 氃 氆 澭 濋 澣 濇 澼 濎 濈 Ｆ 潞 濄 澽 澞 濊 澨 瀄 澥 澮 澺 澬 澪 濏 澿 澸 EA 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 澢 濉 澫 濍 澯 澲 澰 燅 燂 熿 熸 燖 燀 燁 燋 燔 5 燊 燇 燏 熽 燘 熼 燆 燚 燛 犝 犞 獩 獦 獧 獬 獥 6 獫 獪 瑿 璚 璠 璔 璒 璕 璡 甋 疀 瘯 瘭 瘱 瘽 瘳 7 瘼 瘵 瘲 瘰 皻 盦 瞚 瞝 瞡 瞜 瞛 瞢 瞣 瞕 瞙 Ａ 瞗 磝 磩 磥 磪 磞 磣 磛 磡 磢 磭 磟 磠 禤 穄 Ｂ 穈 穇 窶 窸 窵 窱 窷 篞 篣 篧 篝 篕 篥 篚 篨 篹 Ｃ 篔 篪 篢 篜 篫 篘 篟 糒 糔 糗 糐 糑 縒 縡 縗 縌 Ｄ 縟 縠 縓 縎 縜 縕 縚 縢 縋 縏 縖 縍 縔 縥 縤 罃 Ｅ 罻 罼 罺 羱 翯 耪 耩 聬 膱 膦 膮 膹 膵 膫 膰 膬 Ｆ 膴 膲 膷 膧 臲 艕 艖 艗 蕖 蕅 蕫 蕍 蕓 蕡 蕘 EB 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 蕀 蕆 蕤 蕁 蕢 蕄 蕑 蕇 蕣 蔾 蕛 蕱 蕎 蕮 蕵 蕕 5 蕧 蕠 薌 蕦 蕝 蕔 蕥 蕬 虣 虥 虤 螛 螏 螗 螓 螒 6 螈 螁 螖 螘 蝹 螇 螣 螅 螐 螑 螝 螄 螔 螜 螚 螉 7 褞 褦 褰 褭 褮 褧 褱 褢 褩 褣 褯 褬 褟 觱 諠 Ａ 諢 諲 諴 諵 諝 謔 諤 諟 諰 諈 諞 諡 諨 諿 諯 Ｂ 諻 貑 貒 貐 賵 賮 賱 賰 賳 赬 赮 趥 趧 踳 踾 踸 Ｃ 蹀 蹅 踶 踼 踽 蹁 踰 踿 躽 輶 輮 輵 輲 輹 輷 輴 Ｄ 遶 遹 遻 邆 郺 鄳 鄵 鄶 醓 醐 醑 醍 醏 錧 錞 錈 Ｅ 錟 錆 錏 鍺 錸 錼 錛 錣 錒 錁 鍆 錭 錎 錍 鋋 錝 Ｆ 鋺 錥 錓 鋹 鋷 錴 錂 錤 鋿 錩 錹 錵 錪 錔 錌

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 169/174 www.raio.com.tw RA8806 EC 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 錋 鋾 錉 錀 鋻 錖 閼 闍 閾 閹 閺 閶 閿 閵 閽 隩 5 雔 霋 霒 霐 鞙 鞗 鞔 韰 韸 頵 頯 頲 餤 餟 餧 餩 6 馞 駮 駬 駥 駤 駰 駣 駪 駩 駧 骹 骿 骴 骻 髶 髺 7 髹 髷 鬳 鮀 鮅 鮇 魼 魾 魻 鮂 鮓 鮒 鮐 魺 鮕 Ａ 魽 鮈 鴥 鴗 鴠 鴞 鴔 鴩 鴝 鴘 鴢 鴐 鴙 鴟 麈 Ｂ 麆 麇 麮 麭 黕 黖 黺 鼒 鼽 儦 儥 儢 儤 儠 儩 勴 Ｃ 嚓 嚌 嚍 嚆 嚄 嚃 噾 嚂 噿 嚁 壖 壔 壏 壒 嬭 嬥 Ｄ 嬲 嬣 嬬 嬧 嬦 嬯 嬮 孻 寱 寲 嶷 幬 幪 徾 徻 懃 Ｅ 憵 憼 懧 懠 懥 懤 懨 懞 擯 擩 擣 擫 擤 擨 斁 斀 Ｆ 斶 旚 曒 檍 檖 檁 檥 檉 檟 檛 檡 檞 檇 檓 檎 ED 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 檕 檃 檨 檤 檑 橿 檦 檚 檅 檌 檒 歛 殭 氉 濌 澩 5 濴 濔 濣 濜 濭 濧 濦 濞 濲 濝 濢 濨 燡 燱 燨 燲 6 燤 燰 燢 獳 獮 獯 璗 璲 璫 璐 璪 璭 璱 璥 璯 甐 7 甑 甒 甏 疄 癃 癈 癉 癇 皤 盩 瞵 瞫 瞲 瞷 瞶 Ａ 瞴 瞱 瞨 矰 磳 磽 礂 磻 磼 磲 礅 磹 磾 礄 禫 Ｂ 禨 穜 穛 穖 穘 穔 穚 窾 竀 竁 簅 簏 篲 簀 篿 篻 Ｃ 簎 篴 簋 篳 簂 簉 簃 簁 篸 篽 簆 篰 篱 簐 簊 糨 Ｄ 縭 縼 繂 縳 顈 縸 縪 繉 繀 繇 縩 繌 縰 縻 縶 繄 Ｅ 縺 罅 罿 罾 罽 翴 翲 耬 膻 臄 臌 臊 臅 臇 膼 臩 Ｆ 艛 艚 艜 薃 薀 薏 薧 薕 薠 薋 薣 蕻 薤 薚 薞 EE 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 蕷 蕼 薉 薡 蕺 蕸 蕗 薎 薖 薆 薍 薙 薝 薁 薢 薂 5 薈 薅 蕹 蕶 薘 薐 薟 虨 螾 螪 螭 蟅 螰 螬 螹 螵 6 螼 螮 蟉 蟃 蟂 蟌 螷 螯 蟄 蟊 螴 螶 螿 螸 螽 蟞 7 螲 褵 褳 褼 褾 襁 襒 褷 襂 覭 覯 覮 觲 觳 謞 Ａ 謘 謖 謑 謅 謋 謢 謏 謒 謕 謇 謍 謈 謆 謜 謓 Ｂ 謚 豏 豰 豲 豱 豯 貕 貔 賹 赯 蹎 蹍 蹓 蹐 蹌 蹇 Ｃ 轃 轀 邅 遾 鄸 醚 醢 醛 醙 醟 醡 醝 醠 鎡 鎃 鎯 Ｄ 鍤 鍖 鍇 鍼 鍘 鍜 鍶 鍉 鍐 鍑 鍠 鍭 鎏 鍌 鍪 鍹 Ｅ 鍗 鍕 鍒 鍏 鍱 鍷 鍻 鍡 鍞 鍣 鍧 鎀 鍎 鍙 闇 闀 Ｆ 闉 闃 闅 閷 隮 隰 隬 霠 霟 霘 霝 霙 鞚 鞡 鞜

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 170/174 www.raio.com.tw RA8806 EF 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 鞞 鞝 韕 韔 韱 顁 顄 顊 顉 顅 顃 餥 餫 餬 餪 餳 5 餲 餯 餭 餱 餰 馘 馣 馡 騂 駺 駴 駷 駹 駸 駶 駻 6 駽 駾 駼 騃 骾 髾 髽 鬁 髼 魈 鮚 鮨 鮞 鮛 鮦 鮡 7 鮥 鮤 鮆 鮢 鮠 鮯 鴳 鵁 鵧 鴶 鴮 鴯 鴱 鴸 鴰 Ａ 鵅 鵂 鵃 鴾 鴷 鵀 鴽 翵 鴭 麊 麉 麍 麰 黈 黚 Ｂ 黻 黿 鼤 鼣 鼢 齔 龠 儱 儭 儮 嚘 嚜 嚗 嚚 嚝 嚙 Ｃ 奰 嬼 屩 屪 巀 幭 幮 懘 懟 懭 懮 懱 懪 懰 懫 懖 Ｄ 懩 擿 攄 擽 擸 攁 攃 擼 斔 旛 曚 曛 曘 櫅 檹 檽 Ｅ 櫡 櫆 檺 檶 檷 櫇 檴 檭 歞 毉 氋 瀇 瀌 瀍 瀁 瀅 Ｆ 瀔 瀎 濿 瀀 濻 瀦 濼 濷 瀊 爁 燿 燹 爃 燽 獶 F0 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 璸 瓀 璵 瓁 璾 璶 璻 瓂 甔 甓 癜 癤 癙 癐 癓 癗 5 癚 皦 皽 盬 矂 瞺 磿 礌 礓 礔 礉 礐 礒 礑 禭 禬 6 穟 簜 簩 簙 簠 簟 簭 簝 簦 簨 簢 簥 簰 繜 繐 繖 7 繣 繘 繢 繟 繑 繠 繗 繓 羵 羳 翷 翸 聵 臑 臒 Ａ 臐 艟 艞 薴 藆 藀 藃 藂 薳 薵 薽 藇 藄 薿 藋 Ｂ 藎 藈 藅 薱 薶 藒 蘤 薸 薷 薾 虩 蟧 蟦 蟢 蟛 蟫 Ｃ 蟪 蟥 蟟 蟳 蟤 蟔 蟜 蟓 蟭 蟘 蟣 螤 蟗 蟙 蠁 蟴 Ｄ 蟨 蟝 襓 襋 襏 襌 襆 襐 襑 襉 謪 謧 謣 謳 謰 謵 Ｅ 譇 謯 謼 謾 謱 謥 謷 謦 謶 謮 謤 謻 謽 謺 豂 豵 Ｆ 貙 貘 貗 賾 贄 贂 贀 蹜 蹢 蹠 蹗 蹖 蹞 蹥 蹧 F1 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 蹛 蹚 蹡 蹝 蹩 蹔 轆 轇 轈 轋 鄨 鄺 鄻 鄾 醨 醥 5 醧 醯 醪 鎵 鎌 鎒 鎷 鎛 鎝 鎉 鎧 鎎 鎪 鎞 鎦 鎕 6 鎈 鎙 鎟 鎍 鎱 鎑 鎲 鎤 鎨 鎴 鎣 鎥 闒 闓 闑 隳 7 雗 雚 巂 雟 雘 雝 霣 霢 霥 鞬 鞮 鞨 鞫 鞤 鞪 Ａ 鞢 鞥 韗 韙 韖 韘 韺 顐 顑 顒 颸 饁 餼 餺 騏 Ｂ 騋 騉 騍 騄 騑 騊 騅 騇 騆 髀 髜 鬈 鬄 鬅 鬩 鬵 Ｃ 魊 魌 魋 鯇 鯆 鯃 鮿 鯁 鮵 鮸 鯓 鮶 鯄 鮹 鮽 鵜 Ｄ 鵓 鵏 鵊 鵛 鵋 鵙 鵖 鵌 鵗 鵒 鵔 鵟 鵘 鵚 麎 麌 Ｅ 黟 鼁 鼀 鼖 鼥 鼫 鼪 鼩 鼨 齌 齕 儴 儵 劖 勷 厴 Ｆ 嚫 嚭 嚦 嚧 嚪 嚬 壚 壝 壛 夒 嬽 嬾 嬿 巃 幰

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 171/174 www.raio.com.tw RA8806 F2 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 徿 懻 攇 攐 攍 攉 攌 攎 斄 旞 旝 曞 櫧 櫠 櫌 櫑 5 櫙 櫋 櫟 櫜 櫐 櫫 櫏 櫍 櫞 歠 殰 氌 瀙 瀧 瀠 瀖 6 瀫 瀡 瀢 瀣 瀩 瀗 瀤 瀜 瀪 爌 爊 爇 爂 爅 犥 犦 7 犤 犣 犡 瓋 瓅 璷 瓃 甖 癠 矉 矊 矄 矱 礝 礛 Ａ 礡 礜 礗 礞 禰 穧 穨 簳 簼 簹 簬 簻 糬 糪 繶 Ｂ 繵 繸 繰 繷 繯 繺 繲 繴 繨 罋 罊 羃 羆 羷 翽 翾 Ｃ 聸 臗 臕 艤 艡 艣 藫 藱 藭 藙 藡 藨 藚 藗 藬 藲 Ｄ 藸 藘 藟 藣 藜 藑 藰 藦 藯 藞 藢 蠀 蟺 蠃 蟶 蟷 Ｅ 蠉 蠌 蠋 蠆 蟼 蠈 蟿 蠊 蠂 襢 襚 襛 襗 襡 襜 襘 Ｆ 襝 襙 覈 覷 覶 觶 譐 譈 譊 譀 譓 譖 譔 譋 譕 F3 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 譑 譂 譒 譗 豃 豷 豶 貚 贆 贇 贉 趬 趪 趭 趫 蹭 5 蹸 蹳 蹪 蹯 蹻 軂 轒 轑 轏 轐 轓 辴 酀 鄿 醰 醭 6 鏞 鏇 鏏 鏂 鏚 鏐 鏹 鏬 鏌 鏙 鎩 鏦 鏊 鏔 鏮 鏣 7 鏕 鏄 鏎 鏀 鏒 鏧 镽 闚 闛 雡 霩 霫 霬 霨 霦 Ａ 鞳 鞷 鞶 韝 韞 韟 顜 顙 顝 顗 颿 颽 颻 颾 饈 Ｂ 饇 饃 馦 馧 騚 騕 騥 騝 騤 騛 騢 騠 騧 騣 騞 騜 Ｃ 騔 髂 鬋 鬊 鬎 鬌 鬷 鯪 鯫 鯠 鯞 鯤 鯦 鯢 鯰 鯔 Ｄ 鯗 鯬 鯜 鯙 鯥 鯕 鯡 鯚 鵷 鶁 鶊 鶄 鶈 鵱 鶀 鵸 Ｅ 鶆 鶋 鶌 鵽 鵫 鵴 鵵 鵰 鵩 鶅 鵳 鵻 鶂 鵯 鵹 鵿 Ｆ 鶇 鵨 麔 麑 黀 黼 鼭 齀 齁 齍 齖 齗 齘 匷 嚲 F4 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 嚵 嚳 壣 孅 巆 巇 廮 廯 忀 忁 懹 攗 攖 攕 攓 旟 5 曨 曣 曤 櫳 櫰 櫪 櫨 櫹 櫱 櫮 櫯 瀼 瀵 瀯 瀷 瀴 6 瀱 灂 瀸 瀿 瀺 瀹 灀 瀻 瀳 灁 爓 爔 犨 獽 獼 璺 7 皫 皪 皾 盭 矌 矎 矏 矍 矲 礥 礣 礧 礨 礤 礩 Ａ 禲 穮 穬 穭 竷 籉 籈 籊 籇 籅 糮 繻 繾 纁 纀 Ｂ 羺 翿 聹 臛 臙 舋 艨 艩 蘢 藿 蘁 藾 蘛 蘀 藶 蘄 Ｃ 蘉 蘅 蘌 藽 蠙 蠐 蠑 蠗 蠓 蠖 襣 襦 覹 觷 譠 譪 Ｄ 譝 譨 譣 譥 譧 譭 趮 躆 躈 躄 轙 轖 轗 轕 轘 轚 Ｅ 邍 酃 酁 醷 醵 醲 醳 鐋 鐓 鏻 鐠 鐏 鐔 鏾 鐕 鐐 Ｆ 鐨 鐙 鐍 鏵 鐀 鏷 鐇 鐎 鐖 鐒 鏺 鐉 鏸 鐊 鏿

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 172/174 www.raio.com.tw RA8806 F5 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 鏼 鐌 鏶 鐑 鐆 闞 闠 闟 霮 霯 鞹 鞻 韽 韾 顠 顢 5 顣 顟 飁 飂 饐 饎 饙 饌 饋 饓 騲 騴 騱 騬 騪 騶 6 騩 騮 騸 騭 髇 髊 髆 鬐 鬒 鬑 鰋 鰈 鯷 鰅 鰒 鯸 7 鱀 鰇 鰎 鰆 鰗 鰔 鰉 鶟 鶙 鶤 鶝 鶒 鶘 鶐 鶛 Ａ 鶠 鶔 鶜 鶪 鶗 鶡 鶚 鶢 鶨 鶞 鶣 鶿 鶩 鶖 鶦 Ｂ 鶧 麙 麛 麚 黥 黤 黧 黦 鼰 鼮 齛 齠 齞 齝 齙 龑 Ｃ 儺 儹 劘 劗 囃 嚽 嚾 孈 孇 巋 巏 廱 懽 攛 欂 櫼 Ｄ 欃 櫸 欀 灃 灄 灊 灈 灉 灅 灆 爝 爚 爙 獾 甗 癪 Ｅ 矐 礭 礱 礯 籔 籓 糲 纊 纇 纈 纋 纆 纍 罍 羻 耰 Ｆ 臝 蘘 蘪 蘦 蘟 蘣 蘜 蘙 蘧 蘮 蘡 蘠 蘩 蘞 蘥 F6 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 蠩 蠝 蠛 蠠 蠤 蠜 蠫 衊 襭 襩 襮 襫 觺 譹 譸 譅 5 譺 譻 贐 贔 趯 躎 躌 轞 轛 轝 酆 酄 酅 醹 鐿 鐻 6 鐶 鐩 鐽 鐼 鐰 鐹 鐪 鐷 鐬 鑀 鐱 闥 闤 闣 霵 霺 7 鞿 韡 顤 飉 飆 飀 饘 饖 騹 騽 驆 驄 驂 驁 騺 Ａ 騿 髍 鬕 鬗 鬘 鬖 鬺 魒 鰫 鰝 鰜 鰬 鰣 鰨 鰩 Ｂ 鰤 鰡 鶷 鶶 鶼 鷁 鷇 鷊 鷏 鶾 鷅 鷃 鶻 鶵 鷎 鶹 Ｃ 鶺 鶬 鷈 鶱 鶭 鷌 鶳 鷍 鶲 鹺 麜 黫 黮 黭 鼛 鼘 Ｄ 鼚 鼱 齎 齥 齤 龒 亹 囆 囅 囋 奱 孋 孌 巕 巑 廲 Ｅ 攡 攠 攦 攢 欋 欈 欉 氍 灕 灖 灗 灒 爞 爟 犩 獿 Ｆ 瓘 瓕 瓙 瓗 癭 皭 礵 禴 穰 穱 籗 籜 籙 籛 籚 F7 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 糴 糱 纑 罏 羇 臞 艫 蘴 蘵 蘳 蘬 蘲 蘶 蠬 蠨 蠦 5 蠪 蠥 襱 覿 覾 觻 譾 讄 讂 讆 讅 譿 贕 躕 躔 躚 6 躒 躐 躖 躗 轠 轢 酇 鑌 鑐 鑊 鑋 鑏 鑇 鑅 鑈 鑉 7 鑆 霿 韣 顪 顩 飋 饔 饛 驎 驓 驔 驌 驏 驈 驊 Ａ 驉 驒 驐 髐 鬙 鬫 鬻 魖 魕 鱆 鱈 鰿 鱄 鰹 鰳 Ｂ 鱁 鰼 鰷 鰴 鰲 鰽 鰶 鷛 鷒 鷞 鷚 鷋 鷐 鷜 鷑 鷟 Ｃ 鷩 鷙 鷘 鷖 鷵 鷕 鷝 麶 黰 鼵 鼳 鼲 齂 齫 龕 龢 Ｄ 儽 劙 壨 壧 奲 孍 巘 蠯 彏 戁 戃 戄 攩 攥 斖 曫 Ｅ 欑 欒 欏 毊 灛 灚 爢 玂 玁 玃 癰 矔 籧 籦 纕 艬 Ｆ 蘺 虀 蘹 蘼 蘱 蘻 蘾 蠰 蠲 蠮 蠳 襶 襴 襳 觾

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 173/174 www.raio.com.tw RA8806 F8 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 讌 讎 讋 讈 豅 贙 躘 轤 轣 醼 鑢 鑕 鑝 鑗 鑞 韄 5 韅 頀 驖 驙 鬞 鬟 鬠 鱒 鱘 鱐 鱊 鱍 鱋 鱕 鱙 鱌 6 鱎 鷻 鷷 鷯 鷣 鷫 鷸 鷤 鷶 鷡 鷮 鷦 鷲 鷰 鷢 鷬 7 鷴 鷳 鷨 鷭 黂 黐 黲 黳 鼆 鼜 鼸 鼷 鼶 齃 齏 Ａ 齱 齰 齮 齯 囓 囍 孎 屭 攭 曭 曮 欓 灟 灡 灝 Ｂ 灠 爣 瓛 瓥 矕 礸 禷 禶 籪 纗 羉 艭 虃 蠸 蠷 蠵 Ｃ 衋 讔 讕 躞 躟 躠 躝 醾 醽 釂 鑫 鑨 鑩 雥 靆 靃 Ｄ 靇 韇 韥 驞 髕 魙 鱣 鱧 鱦 鱢 鱞 鱠 鸂 鷾 鸇 鸃 Ｅ 鸆 鸅 鸀 鸁 鸉 鷿 鷽 鸄 麠 鼞 齆 齴 齵 齶 囔 攮 Ｆ 斸 欘 欙 欗 欚 灢 爦 犪 矘 矙 礹 籩 籫 糶 纚 F9 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ 4 纘 纛 纙 臠 臡 虆 虇 虈 襹 襺 襼 襻 觿 讘 讙 躥 5 躤 躣 鑮 鑭 鑯 鑱 鑳 靉 顲 饟 鱨 鱮 鱭 鸋 鸍 鸐 6 鸏 鸒 鸑 麡 黵 鼉 齇 齸 齻 齺 齹 圞 灦 籯 蠼 趲 7 躦 釃 鑴 鑸 鑶 鑵 驠 鱴 鱳 鱱 鱵 鸔 鸓 黶 鼊 Ａ 龤 灨 灥 糷 虪 蠾 蠽 蠿 讞 貜 躩 軉 靋 顳 顴 Ｂ 飌 饡 馫 驤 驦 驧 鬤 鸕 鸗 齈 戇 欞 爧 虌 躨 钂 Ｃ 钀 钁 驩 驨 鬮 鸙 爩 虋 讟 钃 鱹 麷 癵 驫 鱺 鸝 Ｄ 灩 灪 麤 齾 齉 龘 碁 銹 裏 墻 恒 粧 嫺 ╔ ╦ ╗ FA 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ Ａ Ｂ Ｃ Ｄ Ｅ Ｆ

Preliminary Version 1.0 Two Layers Character/Graphic LCD Controller RAiO TECHNOLOGY INC. 174/174 www.raio.com.tw RA8806 FB 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ Ａ Ｂ Ｃ Ｄ Ｅ Ｆ FC 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ Ａ Ｂ Ｃ Ｄ Ｅ Ｆ FD 0 1 2 3 4 5 6 7 8 9 Ａ Ｂ Ｃ Ｄ Ｅ Ｆ Ａ Ｂ Ｃ Ｄ Ｅ Ｆ