汕头市众利 electronic technology ZL24064D1 products Manual
Contents
1. da Gu ZL24004D1 1 4 0754 8724000 0754 8729633 zi cm zhonglilcm com www zhonglilcm com PDF pdfFactory Pro Www fineprint com cn J PDF pdf Factory Pro Www fineprint com cn 2L24064D1 T6463 140 x64 1 X4 10 x16 ABE VDD 45V 10 10VY AE AF LC 240 29 x64 88 BK 8080 280 MPU 11128 DUTY 1 9 BIAS C co 100 20T co 5 C 1ED EL 100 mA 9 6 O CLOCK Z IERI A o C Cn cC N2. 1 gt 149 2 03 w 144 7 it a 2 73 129 4402 kd N CU 5 133 DE V A 117 0 T Bom _ A A 112 5 E x id ME Y l d c 5 u 1 1 oO CU 9 o oo 5 oo SQ E e 9 8 240x64 x o lt lt DOTS N Y gt lt oo u ZY oo A eo ZA 4 Yo y M C E 16 4 935 40 ET x 0 46 L 042 1 Unmarked to tolerance X X O d X XX meh 1 OY o o scale 15 1 2 R 1 TEM NOMI NAL DIMEN UNIT 49 2 x57 1 12 1 17 0 x37 TET NIPINI WEINE PDF pdf Factory Pro www fineprint com cn LCD CONTROLLER eS JI WR DO D7 C RD aL E o SRAM SEG DRV SEG DRV SEG DRV DY DB0 DB1 2 3 O C D d 16963 O RES 80 80 a0 x O gt 0 m m Pa si LCD PANEL E eo qe ge 240 64 DOTS I O VSS Power ie Supply om Circuit c 3 ma Pin no Symbol Level Function 1 FG OV Frame ground 2 Vss OV Ground 3 VDD 5 0V Supply voltage for logic 4 V0 Operating voltage for LCD drive 5 WR L Write signal 6 RD L Read signal 7 CE L Chip enable signal 8 C D H L H Instruction
3. The HALF function contains the RESET function After state of RESET HALT TERMI NAL HALT RESET D0 D7 F F D0 d7 F F RI W H H ce H NOTE 1 H NOTE 1 AdQ ad15 H NOTE 2 H NOTE 2 ced cel H NOTE 1 H NOTE 1 ED HOD Final Data Final Data HSCP L L LP L L CDATA H H FR H H CH1 L K0 CH2 L VEND DSPON L L X0 H OSC CLOCK Level H Level L Floating High mpedance KO Internal state TEXT data access normally open VEND End signal of V counter Line count if MDS H T2zL HEND end signal of H count normally open 1 In Attribute mode H or L by state of Graphinc pointer 2 n Attribute mode DATA of Graphinc pointer N LAP 2406401 8031 LCM 1 0 MCU 1 FG VSS 0V rss ET id 3 VDD VDD 45V N 4 V0 a O 5 WR P3 0 6 RD P3 2 1 CE P3 1 0 C D P3 4 9 NC 9 0V 10 RESET P3 3 11 DBO P1 0 18 DB7 P1 7 19 FS P3 5 20 VOUT 5 0V 4R7 A was LED Backlight 0V K PDF pdf Factory Pro www fineprint com cn 13 driver T6963C TOSHIBA for 24064 LCD module R EQU P3 2 W EQU P3 0 CE EQU P3 1 CD EQU P3 4 RESET EQU P3 3 FS1 EQU P3 5 SW EQU P2 0 table equ 0500h TXHOME EQU 40H TXAREA EQU 41H GRHOME EQU 42H GRAREA EQU 43H OFFSET EQU 22H ADPSET EQU 24H AWRON EQU OBOH AWROFF EQU OB2H ORG 0000H AJMP START ORG 000BH AJMP TIME ORG 0030H T
4. MOV A ADPSET LCALL WC MOV A AWRON LCALL WC MOV DPTR TABLE1 MOV R1 40H GRAPH_1 MOV RO 1EH GRAPHA CLR A MOVC A A DPTR LCALL AWD INC DPTR DJNZ RO GRAPHA DJNZ RLGRAPH 1 LCALL CH STA2 MOV A AW ROFF LCALL WC RET MOV A DPL CLR C SUBB A 20H MOV DPL A MOV A DPH SUBB A 00H MOV DPH A RET subroutine WD2 MOV A DPL LCALL WDI MOV A DPH LCALL WDI RET WDD2 MOV A R4 LCALL WDI MOV A R3 LCALL WDI RET AWD PUSH Acc LCALL CH STA2 CLR CD POP Acc CLR w MOV PLA NOP NOP SETB w SETB CD RET WD1 PUSH Acc PDF pdf Factory Pro www fineprint com cn 10 ACALL CH STAI CLR POP CLR MOV NOP NOP SETB SETB PUSH LCALL SETB POP CLR MOV NOP NOP SETB SETB RET CH STA2 SETB MOV CLR NOP NOP SETB MOV ANL CJNE RET CH STAI SETB MOV CLR NOP NOP SETB MOV ANL CJNE RET DELAY_10ms PUSH PUSH MOV DLY MOV DELY DJNZ DJNZ POP POP CD Acc W P1 A ACC CH_STA1 CD Acc W P1 A CD P1 0FFH R R A P1 A 08H A 08H CH_STA2 CD P1 0FFH R R A P1 A 03H A 03H CH_STA1 01H 00H RO 0FFH R1 0FAH RI DELY RO DLY 00H 01H PDF pdf Factory Pro www fineprint com cn 17 WAIT SETB P2 0 MOV C P2 0 JC WAIT LCALL DELAY_10ms SETB P2 0 MOV C P2 0 JC WAIT HERE SETB P2 0 MOV C P2 0 J
5. 24H 24H 24H 24H 24H 24H 24H 24H 24H 24H 24H 24H 24H 24H 24H 24H 24H 24H 24H TAB2 DB DB DB DB DB DB DB DB 25H 25H 25H 25H 25H 25H 25H 25H 25H 25H 25H 25H 25H 25H 25H 25H 25H 25H 25H 25H 25H 25H 25H 25H 25H 25H 25H 25H 25H 25H 25H 25H 25H 25H 25H 25H 25H 25H 25H 25H 26H 26H 26H 26H 26H 26H 26H 26H 26H 26H 26H 26H 26H 26H 26H 26H 26H 26H 26H 26H 26H 26H 26H 26H 26H 26H 26H 26H 26H 26H 26H 26H 26H 26H 26H 26H 26H 26H 26H 26H 27H 27H 27H 27H 27H 27H 27H 27H 27H 27H 27H 27H 27H 27H 27H 27H 27H 27H 27H 27H 27H 27H 27H 27H 27H 27H 27H 27H 27H 27H 27H 27H 27H 27H 27H 27H 27H 27H 27H 27H 28H 28H 28H 28H 28H 28H 28H 28H 28H 28H 28H 28H 28H 28H 28H 28H 28H 28H 28H 28H 28H 28H 28H 28H 28H 28H 28H 28H 28H 28H 28H 28H 28H 28H 28H 28H 28H 28H 28H 28H TABLE1 DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB PDF Ex 24064 T6963C 24064 2 bmp x 240x64 OFFH 0FFH 0FFH 0FFH 0FFH 0FFH 0FFH 0FFH 0FFH 0FFH 0FFH 0FFH 0FFH 0FFH 0FFH 0FFH OFFH 0FFH 0FFH 0FFH 0FFH 0FFH 0FFH 0FFH 0FFH 0OFFH 0FFH 0FFH 0FFH 0FFH 080H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 001H 080H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H
6. 000H 000H 000H 000H 000H 001H 080H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 003H 000H 000H 000H 000H 000H 000H 000H 000H 000H 001H 080H 000H 000H 001H 080H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 0E0H 038H 003H 080H 0E0H 000H 007H 000H 000H 018H 003H 000H 039H 080H 000H 000H 001H 080H 00EH 000H 000H 01EH 007H 000H 038H 000H 000H 000H 018H 003H 0E0H 030H 003H 080H 0COH 000H 00EH 000H 003H 0FBH 0FFH 080H 071H 080H 01FH 0FFH 0F9H 080H 01CH 000H 000H 0FCH 006H 000H 030H 000H 00FH 0OFFH 0OF8H 03FH 000H 030H 003H 080H 0COH 000H 00CH 003H 083H 03BH 003H 000H 061H 080H 000H 000H 031H 080H 01EH 000H 01FH 0E0H 0C6H 000H 030H 000H 000H 000H 070H 003H 007H 030H 003H 080H 0COH 01FH 0FFH 0FFH 0C3H 033H 003H 000H 0EO0H 0COH 000H 000H 03 1H 080H 03BH 000H 000H 060H 0E6H 000H 030H 000H 000H 000H 0COH 003H 003H 030H 003H 0B0H 0C7H 000H 018H 000H 003H 033H 003H 000H 0COH 0COH 000H 000H 03 1H 080H 033H 080H 000H 060H 0E6H 01FH 0FFH 0F0H 000H 001H 080H 003H 003H 030H 01FH 0FFH 0FCH 000H 038H 000H 003H 063H 0FFH 001H 0COH 060H 000H 007H 031H 080H 061H 0COH 000H 060H 0E6H 018H 030H 060H 000H 01FH 000H 003H 030H 030H 003H 080H 0COH 000H 030H 018H 003H 063H 003H 001H 080H 070H 03FH 0FCH 031H 080H 0COH 0E0H 000H 067H 0E6H 018H 030H 060H 000H 01CH 000H 03FH 0E0H 030H 003H 080H 0COH 000H 07FH 0FCH 003H 0C3H 003H 003H 00CH 038H 000H 000H 031H 081H 080H 070H 01FH 0FCH OE6H 018H 030H 060H 000H 00CH 000H 003H 00CH 030H 003H 080H 0COH 000H
7. 000H 001H 080H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 001H 080H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 001H 080H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 001H 080H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 003H 000H 000H 000H 000H 001H 080H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 00EH 000H 003H 000H 0C0H 000H 000H 030H 000H 000H 000H 001H 0C3H 098H 000H 0COH 0E0H 001H 080H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 030H 006H 000H 003H 0FFH 0COH 003H 0FFH 0F8H 000H 000H 01CH 001H 083H 099H 080H 0COH 0COH 001H 080H 000H 000H 006H 000H 000H 000H 000H 000H 000H 060H 038H 006H 038H 003H 000H 0C0H 003H 000H 070H 003H 0FFH 0F0H 001H 083H 09BH 0COH 0COH 0COH 001H 080H 01FH 080H 00EH 001H 0FOH 0FBH OEOH 07CH 000H OEOH 01 DH OFFH OE0H 003H 000H 0COH 003H 000H 070H 000H 000H 000H 001H 09FH 0FEH 000H 0COH 0COH 001H 080H 031H 0COH 01EH 003H 0B8H 071H 0C1H 0CEH 001H 0E0H 018H 066H 000H 003H 0FFH 0COH 003H 000H 070H 000H 000H 000H 001H 0B3H 098H 000H 0COH 0C7H 001H 080H 060H 0E0H 01EH 007H 01CH 039H 083H 08EH 001H 0E0H 000H 066H 000H 003H 000H 0C0H 003H 0FFH 0F0H 000H 000H 000
8. 003H 067H 060H 006H 00EH 00EH 001H 0BFH OFEH 001H 0F1H 098H 001H 080H 060H 060H 00EH 007H 01CH 033H 083H 086H 000H 0B0H 071H 0C3H 080H 030H 0CEH 018H 003H 0E7H 0COH 00CH 00EH 007H 001H 081H 0F0H 00FH 083H 09CH 001H 080H 07FH 0EO0H 00EH 003H 0B8H 071H 0C1H 0CEH 000H 0E0H 071H 0C7H 0COH 030H 0CEH 018H 003H 067H 080H 018H 00EH 007H 001H 081H 098H 006H 007H 00EH 001H 080H 07FH 0E0H 03FH 081H 0FOH 0FBH OEO0H PDF pdfFactory Pro www fineprint com cn 20 DB OFS8H 003H 0F8H 071H 0CEH O0E0H 030H 0CEH 018H 000H 067H 00CH 030H 00EH 000H 001H DB 083H 01CH 000H 00EH 007H 00 1 H 080H 000H 000H 000H 000H 000H 000H 000H 000H 000H DB 000H 071H 0D8H 07CH 03FH OCFH 0F8H 03FH OFFH OFEH 000H 07EH 000H 001H 086H 00FH DB 080H 018H 003H 0C1H 080H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 07 1H DB _ OFO0H 030H 030H OCEH 018H 000H 000H 000H 000H 01CH 000H 001H 09CH 003H 080H 070H DB 001H 081H 080H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 060H 000H DB 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 070H 000H 000H 000H 000H 001H DB 080H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H DB 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 001H 080H 000H DB 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H DB 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 001H 080H 000H 000H 000H DB 000H 000H 000H 000H 000H 000H 000H 000H
9. 018H 060H 0C6H 018H 030H 000H 000H 00CH 000H 063H 080H 030H 003H 080H 0E0H 000H 060H 018H 003H 003H 01CH 001H 080H 030H 00CH 00CH 031H 083H 03BH 098H 030H 060H 006H 000H 030H 018H 000H 00CH 000H 003H 080H 030H 003H 081H 0E0H 000H 060H 018H 003H 003H 03EH 007H 0FFH OF8H 000H 000H 031H 086H 01BH 01CH 000H 060H 006H 000H 030H 018H 000H 00CH 000H 003H 080H 030H 003H 083H 038H 000H 060H 018H 003H 003H 0E7H 083H 0C0H 038H 000H 000H 071H 08EH 006H 00EH 000H 060H 006H 000H 030H 00CH 000H 01CH 000H 003H 080H 030H 00FH 08EH 01 FH 000H 060H 0F8H 003H 003H 083H 0C0H 000H 018H 000H 001H 0F1H 08CH 00CH 007H 000H 060H 03EH 000H 038H 01EH 000H 0FCH 000H 003H 080H 030H 007H 078H 007H 000H 060H 038H 003H 003H 000H 000H 000H 000H 000H 000H 061H 098H 038H 003H 000H 060H 00EH 000H 01FH 0FCH 000H 038H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 001H 0B0H 060H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 001H 080H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 001H 080H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 001H 080H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H
10. Load capacitance 0 25 nF TA Operating temperature 0 50 Note EL Backlight with white lamp 7 PDF pdf Factory Pro www fineprint com cn 1 1 STATUS READ Before sending data read write command it is necessary to check the Status Status check Status of T6963c can read from data lines I RD L WR H CE L C D H D0 oD Status word T6963C status word format is following MSB LSB STAT STA6 STA5 STA4 STA3 STA2 STAI STAQ D7 D6 D5 D4 D3 D2 D1 D0 STAQ Check capability of command execution 0 Disable l Enable STAI Check capability of data read write 0 Disable 1 Enable STA2 Check capability of auto mode data read 0 Disable 1 Enable STA3 Check capability of auto mode data write 0 Disable 1 Enable STA4 Not use 9TA5 Check capability of controller operation 0 Disable 1 Enable STAG Error flag Using screen peek copy command 0 No error 1 error STAT Check the condition blink 0 Disable 1 Enable Note l lt is necessary to check STAO and STAI at the same time The error S happened by sending data at EO TA 2 The status check will be enough to check STAO STAL 3 STA2 STA3 are valid in auto mode STAO STA1l are invalid Status checking flow rit 34 e STAO 1 NO STA2 1 NO STA1 1 STA3 1
11. Off register 00100100 Low address High address Address pointer set 01000000 Low address High address Text home address set Control 01000001 Col umns 00H Text area set Word set 01000010 Low address High address Graphic home address set 01000011 Col umns 00H Graphic area set 1000x000 OR mode 1000x001 EXOR mode Mode set 1000x011 AND mode 1000x100 Text attribute mode 10000xxx Internal CGROM mode 10001xxx External CGRAM mode 10010000 Display off 1001xx10 Cursor on blink off Display 1001xx11 Cursor on blink on Mode 100101xx Text on graphic off 100110xx Text off graphic on 100111xx Text on graphic on 10100000 1 line cursor 10100001 2 line cursor 10100010 3 line cursor Cursor 10100011 4 line cursor Pattern 10100100 5 line cursor Sel ect 10100101 6 line cursor 10100110 7 line cursor 10100111 8 line cursor Data auto 10110000 Data auto write set Read write 10110001 Data auto read set 10110010 Auto reset 11000000 Data Data write and ADP increment 11000001 Data read and ADP increment Data read 11000010 Data Data write and ADP decrement Write 11000011 Data read and ADP decrement 5 PDF pdf Factory Pro www fineprint com cn 11000100 Data Data write and ADP no variable 11000101 Data read and ADP n
12. YES YES RETURN RETURN 7 2 DATA SE TA SET n T6963C the data have been set and command executes SS cm Tcds CE A rr 7 D W R Tce Trd Twr x DO D7 i i sI WRITE A Fh DO D EAD L Tacc Ioh 8 PDF pdf Factory Pro www fineprint com cn The order of procedure of command sending Command sending Status check Data write Status check Command write END Note In case of over 2 data sending valid 7 31 Description of command 1 Register set Command sending Status check Data write Status check Data write Status check and write END gt Comm CODE HEX FUNCTI ON D1 D2 00100001 21H Cursor pointer set X address Y address 00100010 22H Offset register set Data 00H 00100100 24H Address pointer set Low address High address 1 Cursor pointer set The position of cursor is specified by X address The cursor position s moved only by this command The cursor T doesn t have the Function of increment and decrement The shift of cursor set by this Command X address Y address are specifi
13. 000H 000H 000H 000H 000H 000H 000H 000H DB 000H 000H 000H 000H 000H 000H 000H 000H 000H 001H 080H 000H 000H 000H 000H 000H DB 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H DB 000H 000H 000H 000H 000H 000H 000H 001H 080H 000H 000H 000H 000H 000H 000H 000H DB 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H DB 000H 000H 000H 000H 000H 001H 080H 000H 000H 000H 000H 000H 000H 000H 000H 000H DB 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H DB 000H 000H 000H 001H 080H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H DB 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H 000H DB _ 000H 001H OFFH OFFH OFFH OFFH OFFH OFFH OFFH OFFH OFFH OFFH OFFH OFFH OFFH OFFH DB OFFH OFFH OFFH OFFH OFFH OFFH OFFH OFFH OFFH OFFH OFFH OFFH OFFH OFFH OFFH OFFH END 240X6438 di m zr HR PETER HHH 2007 8 A N x PDF pdf Factory Pro www fineprint com cn
14. 00IH QOTEH 00IFH 0020H 01H 003EH 003FH UIEUR UIEIR UIFER VIFFH 7 33 MODE SET f f The display mode is defined by this command The display mode don t have changed unt n aue hex this command Logically TU or EXOR AND of text and E display can be spl ayed When iater nal Character generat UN selected MEL ter code 00H 7FH are selected from built in character generator ROM the character code 80H FFH are automatically selected external character generator RAM f NOTE Only text display is attributed because attributed data is located Attribute function f 2m Reverse display Character blink and Inhibit are called Attribute The attribute data is writteninthe graphic area defined by control word set COD The mode set command selects text display only and mode set command selects text display only and EUM display cannot be displayed The attribute data of the 1 character in text area s written at the IST 1 byte in graphic area and attribute data of n th Ibyte in graphic area Attribute function is defined as follow Attribute RAM Ibyte X X X x D do X don t care D3 D2 D1 D0 FUNCTI ON 0 0 0 0 Normal display 0 1 0 1 Reverse display 0 0 1 1 Inhibit display 1 0 0 0 Blink of normal display 1 1 0 0 Blink of reverse display 1 0 1 1 Blink of inhibit display Data auto write BOH Status check 2 Auto mode start Display data send Status check 1 Status check 2 Low address data Display data send Status
15. 0EOH 018H 003H 063H 003H 006H 00EH 01EH 000H 000H 03 1H 087H 000H OFEH 000H 0E0H 0E6H 018H 030H 060H 000H 00CH 00EH 007H 006H 030H 003H 0FFH 0FEH 001H 0E0H 018H 003H 033H 0OFFH 00CH 01CH 00FH 00FH 0FEH 031H 09DH 0COH 0EEH 001H 0E0H 0E6H 01FH 0FFH 0EOH 07FH 0FFH OFEH 007H 0E3H 030H 003H 0C6H 00CH 003H 060H 018H 003H 01BH 066H 018H 01CH 000H 00CH 00CH 031H 081H 0COH 0COH 001H 0F8H 0E6H 018H 030H 060H 000H 00CH 000H 00FH 0F3H 19 pdfFactory Pro www fineprint com cn DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB 036H 01FH 086H 01CH 006H 07FH 0F8H 003H 01BH 063H 080H 038H 000H 00CH 00CH 03 1H 081H 080H 0E0H 003H 06EH 0E6H 018H 030H 060H 000H 00CH 000H 00FH 0BOH 03FH 01BH 083H 018H 01CH 060H 018H 003H 01FH 067H 080H 030H 000H 00CH 00CH 031H 081H 080H OE0H 007H 066H 0E6H 018H 030H 060H 000H 00CH 000H 01BH 081H 0F8H 003H 083H 038H 000H 060H 018H 003H 01FH 03EH 000H 061H 080H 00CH 00CH 031H 081H 0C1H 0E0H 006H 066H 0E6H 018H 030H 060H 000H 00CH 000H 033H 0BFH 030H 003H 081H 0B0H 000H 060H 018H 003H 0FBH 038H 000H 0E0H 0COH 00CH 00CH 031H 083H 0E1H 0B0H 00CH 060H 0E6H O01FH 0FFH 0E0H 000H 00CH 000H 033H 080H 030H 003H 08 1H 0F0H 000H 07FH 0F8H 003H 073H 038H 000H 0C0H 060H 00FH 0FCH 031H 083H 039H 0B0H
16. H 00FH 0E6H 006H 000H 0C7H 0FFH 001H 080H 070H 0E0H 03EH 007H 01CH 039H 083H 080H 003H 0E1H 086H 0E6H 000H 003H 000H 0C0H 003H 000H 070H 000H 000H 000H 003H 087H 0FFH 000H 0DCH 0C7H 001H 080H 070H OEOH 06EH 00EH 00EH 03BH 003H 000H 006H 0E0H 0ECH O0CFH 0F0H 003H 0FFH 0COH 003H 000H 070H 000H 000H 007H 003H 086H 006H 007H 0F0H 0C7H 001H 080H 000H 0E0H 06EH O00EH 00EH 01FH 007H 000H 006H 0E0H 06DH 08CH 060H 003H 000H 0COH 003H 0FFH 0F0H O01FH 0FFH O0FCH 003H 0C6H 006H 000H 0C0H 0C7H 001H 080H 001H 0COH 0CEH 00EH 00EH 01EH 007H 07CH 00CH 0E0H 07DH 0DEH 060H 000H 000H 000H 003H 000H 070H 000H 00EH 000H 003H 0F7H 0FEH 000H 0C0OH 0C7H 001H 080H 001H 0C1H 08EH 00EH 00EH 00EH 007H OCEH 018H 0E0H 01 BH ODBH OEOH 030H 0ECH 018H 000H 067H 000H 000H 0EEH 0COH 007H 0B6H 006H 000H 0C0H 0C7H 0C1H 080H 003H 081H 08EH 00EH 00EH 00EH 007H 087H 018H OEOH 01 BH OF9H 0EOH 03FH 0EFH O0FCH 000H 067H 018H 001H 0CEH 060H 007H 0B6H 006H 000H 0COH 0C7H 0E1H 080H 006H 003H 00EH 00EH 00EH 00FH 007H 007H 030H 0E0H 01FH OFCH 0COH 030H 0CEH 018H 00CH 067H 01CH 001H 0CEH 030H 00DH 087H 0FEH 000H 0DFH OFCH 001H 080H 00CH 003H 0FFH 08EH 00EH 01FH 007H 007H 03FH 0F8H 01 DH OECH 0COH 030H 0CEH 018H 006H 067H 038H 003H 08EH 018H 00DH 080H 0COH 000H 0C1H 0F0H 001H 080H 018H 060H 00EH 00EH 00EH 01FH 087H 007H 000H 0E0H 031H 0C7H 0C0H 030H 0CEH 018H 007H 067H 030H 003H 00EH 00CH 019H 080H 0C3H 080H 0DDH 0BOH 001H 080H 030H 060H 00EH 007H 01CH 03BH 083H 007H 000H 0EO0H 0F1H 0C7H 080H 03FH 0CFH O0F8H
17. IME MOV TLO 00H MOV THO 0B2H RETI START MOV SP 40H MOV PSW 00H CLR RESET NOP SETB RESET five clocks up display size 240 columns x 8 64dots lines character font select by fs1 LCALL MOV LCALL MOV LCALL MOV LCALL MOV LCALL MOV LCALL MOV LCALL MOV LCALL MOV LCALL 6x8 font CE FS1 DPTR 0000H text home address WD2 A TXHOME WC DPTR 0028H set text area 240 segments 30d columns WD2 A TXAREA WC DPTR 8000H graphic home address WD2 A GRHOME WC DPTR 001EH Set graphic area 30 columns WD2 A GRAREA WC A 80h mode set inter cg ram or WC DPTR 0002H set offset register WD2 14 PDF pdf Factory Pro www fineprint com cn SETB LCALL MOV LCALL MOV LCALL MOV LCALL MOV MOV TEXTI MOV MOVC LCALL DJNZ LCALL MOV LCALL MOV LCALL LCALL MATRIX screen 1 A OFFSET WC A 0A0H WC A 0COH WC 1 line cursor text mode DPTR 0000H WD2 A ADPSET WC A AWRON WC R2 0A0H DPTR TAB1 0 lines 0 column A 00h A A DPTR AWD DPTR R2 TEXTI CH STA2 A AW ROFF WC DPTR 00A0H WD2 A ADPSET WC A AWRON WC R2 0A0H DPTR TAB2 3 lines 0 column A 00h A A DPTR AWD DPTR R2 MATRIX CH_STA2 A AW ROFF graphic mode PDF pdf Factory Pro www fineprint com cn 15 MOV DPTR 8000H LCALL WD2
18. NC HERE RET DELAY 1s PUSH 02H MOV R2 014H DELL ACALL DELAY_10ms DJNZ R2 DELL POP 02H RET DELAY 50us PUSH 07H MOV R7 80FFH LAY DJNZ R7 LAY POP 07H RET CLEAR MOV DPTR 0000H set address pointer LCALL WD2 MOV A ADPSET LCALL WC MOV A AWRON set data auto write LCALL WC MOV DPTR 0000h CLEA MOV A 00H clear screen data LCALL AWD write blank code INC DPTR MOV A DPH CJNE A 01 CLEA MOV A DPL CJNE A 0EOH CLEA LCALL CH STA2 MOV A AWROFF LCALL WC RET CLMAP MOV DPTR 8000H set Address pointer LCALL WD2 MOV A ADPSET LCALL WC MOV A AWRON 18 PDF pdf Factory Pro www fineprint com cn OFF LCALL WC MOV DPTR 8000H MOV A 00H LCALL AWD INC DPTR MOV A DPH CJNE A 87H OFF MOV A DPL CJNE A 80H OFF LCALL CH STA2 MOV A AW ROFF LCALL WC RET TABI DB DB DB DB DB DB DB DB 21H 21H 21H 21H 21H 21H 21H 21H 21H 21H 21H 21H 21H 21H 21H 21H 21H 21H 21H 21H 21H 21H 21H 21H 21H 21H 21H 21H 21H 21H 21H 21H 21H 21H 21H 21H 21H 21H 21H 21H 22H 22H 22H 22H 22H 22H 22H 22H 22H 22H 22H 22H 22H 22H 22H 22H 22H 22H 22H 22H 22H 22H 22H 22H 22H 22H 22H 22H 22H 22H 22H 22H 22H 22H 22H 22H 22H 22H 22H 22H 23H 23H 23H 23H 23H 23H 23H 23H 23H 23H 23H 23H 23H 23H 23H 23H 23H 23H 23H 23H 23H 23H 23H 23H 23H 23H 23H 23H 23H 23H 23H 23H 23H 23H 23H 23H 23H 23H 23H 23H 24H 24H 24H 24H 24H 24H 24H 24H 24H 24H 24H 24H 24H 24H 24H 24H 24H 24H 24H 24H 24H
19. check 1 Address pointer set 24H Status check 2 END 11 PDF pdf Factory Pro www fineprint com cn Status check 1 Low address data Status check 1 Upper address data Status check 1 Address pointer set 24H Status check 1 Write data set Status check 1 Data write COH END GRAPHIC TEXT OR AND EXOR 7 34 DATA AUTO READ WRITE CODE HEX FUNCTION OPERAND 10110000 BOH Data auto write set 10110001 BIH Data auto read Set I01I0010 BZH Auto reset This command is convenient to send full screen datatromexternal display RAM After setting auto mode Data write or read command is not necessary between each data Data auto write y read command should follow the Address pointer set and address pointer is automatically increment by 1 after each data After sending or receiv ng all data Auto reset is necessary to return normal operation because all data is regarded Display data and no command can be accepted in the auto mode Note status check for auto mod
20. code L Data 9 NC No connection 10 RESET L Reset signal 11 DB0 H L Data bit 0 12 DBI H L Data bit 1 13 DB2 H L Data bit 2 14 DB3 H L Data bit 3 15 DB4 H L Data bit 4 16 DB5 H L Data bit 5 17 DB6 H L Data bit 6 18 DB7 H L Data bit 7 19 FS H L Font select signal H 5X8 dots L 8X8 dots 20 VOUT 10V Negative voltage 10V for LCD drive 21 LEDA H LED Backlight A 5 0V 22 LEDK L LED Backlight K 0V PDF pdf Factory Pro www fineprint com cn T6963C is LCD controller designed to be used for control LCD driver LCD driver LSIs and display d And control lines for reading t has 128 words character ge External display RAM of up to And external generator RAM ca Be freely moved within the al ata Memory It or writing through ROM wit nerator 128K bytes ocated n be easily made an me mo r y t supports a very board range of LCD for r range as an 8 bit parallel data bus a MPU I F he capability to control Allocation of text graphics d the display window can mats by selecting different Combinations on a set of programmable inputs It can be used in text graphic Modes and has various attribute functions 2 COMMAND CODE D1 D2 FUNCTI ON 00100001 X address Y address Cursor pointer set Register Set 00100010 Data 00H
21. e STA2 STA3 should be he cked betw fee each Data Auto reset should be performed after checking STA3 1 STA2 1 1 35 DATA READ WRITE CODE HEX FUNCTION OPERAND 11000000 COH Data write and ADP increment Data II000001 CIH Data read and ADP increment Data I1000010 CZH Data write and ADP decrement Data II000011 C3H Data read and ADP decrement Data I1000100 CIH Data write and ADP nonvariable Data 11000101 C5H Data read and ADP nonvariable Data This command is used for data write from MPU to external display RAM s data read external display RAMto MPU Data write data read should be executed after a a a by address pol nter set command Address Pointer can be jdn ME increment by setting this command ote this command is Ernie for each 1 byte data jJ ase refer following flow chart lt Data write start c Data read Address pointer set Status check 1 Data read C1H END E 12 PDF pdf Factory Pro Www fineprint com cn NOTE 1 2 H E F Note Note After power 5 CLOCK up When HALT oscillation clock on it is necessary to reset RESET is kept L between has been L the oscillation is stopped It is necessary To turn off power supply for LCD because LCD goes down by DC bias
22. ed following X address 00H 4FH Low 7bits are valid Y address 00H IFH Low 5bits are valid 1 Screen drive X address 00H 4FH Y address 00H OFH 2 Offset register set m offset register is used to determine external character generator area T6963C has 16 bits address lines as follow MSB LSB Ad15 Ad14 Adl3 Ad12 Adll AdO Ad9 Ad8 Ad Ad6 Ad5 Ad4 Ad3 Ad2 Adl AdO The upper 5 bits ad15 adll are determined by offset register The iddle 8 bits adl0 ad3 are determined by character code The Lower 3 bit ad2 ad10 are determined by vertical counter The Lower 5 bit of Dl data are valid The data format of external character Generator RAM 3 Address pointer set The address pointer set command is used to indication the start address For writing or reading to external RAM 9 PDF pdf Factory Pro Www fineprint com cn The flow chart address pointer set command Address pointer set Status check Low address data set Status check Low address data set Status check Command 24H send Address pointer set command send END 7 32 Control word set CODE HEX FUNCTI ON D1 D2 01000000 40H Text home address set Low address High address 01000001 41H Text area set Columns 00H 01000010 42H Graphic home address set Low address Hig
23. ent goes down from 100 to 10 When wave from is switched from one selected one 9 10 b 90 6 PDF pdf Factory Pro www fineprint com cn 3 TIMING CHARACTERI SI CS Item Symbol Min Max Unit Operating frequency fSCP 2 75 MHZ SCP pulse width Tcwh Tcwl 150 ns SCP rise fall time Tr 30 ns LP set up time Tlsu 150 290 ns LP hold time Tlhd 5 40 ns Data set up time Tdsu 170 ns Data hold time Tdhd 80 ns FR delay time Td 0 90 ns CDATA set up time Tcsu 450 850 ns CDATA hold time Tchd 450 950 ns Condition DV 5 0V 10 Ta 10 lt 7 70 C r Icwh SCE LE LP tind Tisu DATA CKE O NE L s sls CDATA Ics Tchd 4 INTERFACE TIMING Item Symbol Min Max Unit C D set up time Teds 100 ns C D hold time Tcdh 10 ns CE RD WR pulse width Tce Trd Twr 80 ns DATA set up time Tds 80 ns DATA hold time Tdh 40 ns Access time Tacc 150 ns Output hold time Toh 10 50 ns 5 EL Backlight Electrical Characteristics Ta 25 C VDD 5V Symbol Parameter Min Type Max Units IIN VDD supply current 10 150 mA VA B Output voltage across lamp 37 40 43 V 75 80 85 V FEL VA B output drive frequency 600 800 1000 V VDD Supply voltage 4 5 12 V CL
24. h address 01000011 43H Graphic area set Col umns 00H The home address and column size are defined by this command 1 Text home address and area set The starting address of external display RAM for text display is Defined by this command The text home address shows the left end and Most upper position The relationship of external display RAM address and display position Exampl e Text home address 0000H Text area 00A0H MD2 0 MD3 0 80 COLUMN DUAL 0 MDS 1 MDO 1 MD1 0 28 LINES Display plane 0000H 0001H s 004EH 004FH 1 Line 00A0H 00AlH ee 00EEH 00EFH 2 Line 10E0H IQE1H 0e 112EH 112FH 28 Lines 2 Graphic home address and area set The starting address of external display RAM for Graphic display is Defined by this command The graphic home address shows the left end most Upper line 10 PDF pdfFactory Pro Www fineprint com cn ng of external display RAM address and display position xample Graphic home address 0000H Graphic area 0020H MD2 H MD3 H 32 COLUMNS DUAL H MDS L MDO H MD1 H 2 LINES oe Di sp M plane 0000H 0
25. o variable Screen peek 11100000 Screen peek Screen copy 11101000 Screen copy 11110XX Bit reset 11111XXX Bit set 1111X000 Bit 0 LSB 1111X001 Bit 1 Bit 1111X010 Bit 2 Set Reset 1111x011 Bit 3 1111X100 Bit 4 1111X101 Bit 5 1111X110 Bit 6 1111X111 Bit 7 MSB 1 ABSOLUTE MAXI MUM RATING Item Symbol Condition Min Typ Max Unit Supply VDD VSS 0 3 7 V Voltage logic Supply VDD VO VDD 0 3 VDD 0 3 Voltage LCD V Drive Input Voltage VI 0 3 VDD 0 3 V Operating Topr 10 55 C Temperature Storage Tstg 20 60 C Temperature 2 OPTICAL DATA Ta 25 C Item Symbol Condition Standard Value Unit min typ max Supply voltage Logic VDD VSS 4 75 5 5 25 V Supply voltage LCD Drive VDD VO V Supply current IDD 12 0 17 0 mA IO 1 8 2 2 mA EL Backlight current IEL 100 mA Input high voltage VIH High level 0 7VDD lt VDD V Input low voltage VIL Low level 0 0 3VDD V Supply voltage for LCD Ta 0 C 14 2 14 5 14 8 V Drive 1 80 duty VDD VO Ta 25 C 13 3 13 6 13 9 V Ta 50 C 12 3 12 6 12 9 V Contrast Ratio CR 4 Viewing Angle CR22 0 10 20 deg 8 60 120 deg Response Time rise Tr Note 1 Ta 2 130 200 ms 5 Response Time delay Td Note 2 Ta 2 150 230 ms 5 NOTE 1 Required time for blackening ratio of segment goes up from 0 to 90 when Wave from is switched from one selected one 0 10 d 90 Note 2 Required time for blackening ratio of segm
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