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Datasheet File OCR Text: |
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"# $%&'!& ()* + ,, -&./ '+ '- + / 0/ / 1 # && 2 3 -425060/ 7 8 % 8! 9: # ,5-, # ,5+, ,:# $% 4 . 4 +0/ ;< " ,-,;,--6##7 !/ ,--;,+,6##7 (=/ , &'# ( , '-#! .#'+/!'! ?# #3 . . 6 @ $# ! ) ) ) , 4, 02&) ) , , ) < # $ ,7-, # $ , 7+, 2 0## ' +1 / ?# #3 . . 6 @ ) 809 ) ) (- -, -- ) ) 802&9 ) (4 ) a/ ) ) b-, ,4) ) 7, ) ? ) 0 ) ) b-, , ,) ) 809 ? + #* 802&9 ? ,(( #* +?% ! #3 0& ) ,) ) -,) ! & % 02879 ) , ) ! & %0289 ( $ a'0 - $'> a'0 + 1 a'0 ' 4 , a'0 3, : a'0 3 ; a'0 3 , a'0 3 ( a'0 3( - a'0 3- + a'0 3+ ( 4 a'0 34 2 2 + ?% #2/ read cycle (v dd = 5.0v, gnd = v ee = 0v, t a = 25 q c) symbol parameter min. typ. max. unit conditions t cyce enable cycle time 500 - - ns figure 1 t whe enable "h" level pulse width 300 - - ns figure 1 t re , t fe enable rise/fall time - - 25 ns figure 1 t as rs, r/w setup time 60 1 - - ns figure 1 100 2 t ah rs, r/w address hold time 10 - - ns figure 1 t rd read data output delay - - 190 ns figure 1 t dhr read data hold time 20 - - ns figure 1 write cycle (v dd = 5.0v, gnd = v ee = 0v, t a = 25 q c) symbol parameter min. typ. max. unit conditions t cyce enable cycle time 500 - - ns figure 2 t whe enable "h" level pulse width 300 - - ns figure 2 t re , t fe enable rise/fall time - - 25 ns figure 2 t as rs, r/w setup time 60 1 - - ns figure 2 100 2 t ah rs, r/w address hold time 10 - - ns figure 2 t ds data output delay 100 - - ns figure 2 t dhr data hold time 10 - - ns figure 2 notes: 1: 8-bit operation mode 2: 4-bit operation mode timing waveforms read operation rs r/w e db0~db7 v ih1 v il1 v ih1 v il1 v ih1 v il1 v il1 v ih1 v il1 v il1 v ih1 vald data t dhr t ah t fe t wem t re v ih1 v il1 t as t ah t rd t cyce figure 1. bus read operation sequence (reading out data from nt3881d to mpu) write operation rs r/w e db0 ~ db7 v ih1 v il1 v ih1 v il1 v il1 v il1 v ih1 v il1 v il1 v ih1 vald data t dhw t ah t fe t wem t re v ih1 v il1 t as t ah v ih1 v il1 v il1 t ds t cyce figure 2. bus write operation sequence (writing data from mpu to nt3881d) +(?2 instruction code function execution time (max) rs rw db7 db6 db5 db4 db3 db2 db1 db0 (f osc = 250khz) display clear0000000001 clear entire display area, restore display from shift, and load address counter with dd ram address 00h. 1.64ms display/ cursor home000000001* restore display from shift and load address counter with dd ram address 00h. 1.64ms entry mode set 00000001i/ds specify direction of cursor movement and display shift mode. this operation takes place after each data transfer (read/write). 40 p s display on/off 0000001dcb specify activation of display (d) cursor (c) and blinking of character at cursor position (b). 40 p s display/ cursor shift 0 0 0 0 0 1 s/c r/l * * shift display or move cursor. 40 p s function set 0 0 0 0 1 dl n f * * set interface data length (dl), number of display line (n), and character font (f). 40 p s ram address set 00 0 1 acg load the address counter with a cg ram address. subsequent data access is for cg ram data. 40 p s dd ram address set 00 1 add load the address counter with a dd ram address. subsequent data access is for dd ram data. 40 p s busy flag/ address counter read 01 ac read busy flag (bf) and contents of address counter (ac). 40 p s cg ram/ dd ram data write 10 write data write data to cg ram or dd ram. 40 p s cg ram/ dd ram data read 1 1 read data read data from cg ram or dd ram. 40 p s i/d = 1 : increment i/d = 0 : decrement s = 1 : display shift on d = 1 : display on c = 1 : cursor display on b = 1 : cursor blink on s/c = 1 : shift display s/c = 0 : move cursor r/l = 1 : shift right r/l = 0 : shift left dl = 1 : 8-bit dl = 0 : 4-bit n = 1 : dual line n = 0 : signal line f = 1 : 5x10 dots f = 0 : 5x8 dots bf = 1 : internal operation bf = 1 : ready for instruction dd ram : display data ram cg ram : character generator ram acg : character generator ram address add : display data ram address ac : address counter note 1: symbol "*" signifies an insignificant bit (disregard). note 2: correct input value for "n" is predetermined for each model. 1# 4< 2/ b- ?# #3 2 . . 6 @ b, -, )* 2 f b, , , 2 $ 2 b, b, (, -, $ # %% b, b, -, # 4%%< 2/ 4%%)* ## 4%%2 $ . 2 9*#3# - g95 #%h +(a" 4 %%$# # !" b 7 %%# !## b 7 . 2 9< ) (4) 95 #%h +(a" 2## :2%$ 3 b- ?# 2% a/# 1 /// # % # +, ;+a 0# 1 / # % # , ;+a a/# < 1 / 8& 9 / /# /#% # -, ;+a ( 0# < 1 / # % # , ;+a - a/# 'a# 1 /// # ///# % # (, ;,h$a ;+a + # 2 1 / //# , - +, - ,# -# ,# -# , '+, , 4 )3 8 9 1 / &3 ,a"c-,a"d -,#' d (,# : / 8 9 1 // a % &d ,,#' d # ; *#/ ! 1 / #/ 3 (,! +a :5 i#2 ?# 2 ?# (-+4:; 5 i#2 % ??????? <%/3 % 1 % ??? <%/ % ./ % ? <%/#/ % < 2/ ???? <%/ % 5#%: $# % b < % 7 ./ % 345*67** ? 16 # * b- 8/ 9 . . 6 @ ?0 *k0 16 ) ? @ # # / d / 3 02 -# *6* ?? . l , . - % @ # # / d *6 ?? . l , . - . l% <###d/d # d0 .% </ # %# :: $8' 5* +'# ,a ! ,/ # % 3l #/ / 3 %# // d ,?%/ # /h 3 d3 #/d%/3 # / /d# /%% , 6&%/ % / l /# /& ,(/ "&/ % %/02#% /a / " % ,- ?% / % # d 3 / / % / % / ?% # d # / /%/%& ? / 1/ / &// /# 3&# # / " 1 d/% > e *# & ,+ # #3/02. ,4?%/%%d / ,: & % / # 3 d 3 % # ##&# / 3 // /02. 3h% #3 d/ d#3 / #% d #3 / /02. / %#/ % /%%/&%# # 3 , ,>//02#d &6// /%% # ,/02#/3/ # ?% /02#3% #d/## # , (, $ & /# :,i , / 02 # / 3 / # / d / #% , / 02 # / 3 % & / d / & 6& d d # / / ?# % % ?# 2 2 0 # $ 3 */## > " /# # . 6 % ! " 333 " m, ## , ## ,-## /% " */## . 6 =m,## ,## = ,-## 8& 9 =b8 739' . 6 8& 9 m,,## ,,## ,,-## 3 ,## . 6 89 !& # /- ?# % % ?# 2 2 <### # / # >& # 2 & */## 2 */## . 6 =m,## ,## = ,## =b8 739' . 6 ! / # 8<9 *m,## ,## * ,## m,-## . 6 . 6 =m,## ,## = ,## 8 & 9 =b8 739' . 6 8 & 9 m,,## ,,## ,,-## 3 ,-## . 6 89 /- ?# % %89 ?# 2 2 . 6% 6 ,## ,## 6 ,## 6b8 739' . 6% ,## ,## ,## n, . 6 % % # %# . 6% ,:> > b# & %/ >b# & %/ |
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