数据表

S6E63D6

初步

240 RGB ×320点阵单芯片驱动器IC，具有LTPS接口

对于262,144色的AMOLED显示面板

2006年11月7日

系统LSI事业部

设备解决方案网络

三星电子有限公司

（ http://www.samsung.com/Products/Semiconductor/DisplayDriverIC ）

本文档中的内容如有更改，恕不另行通知。本文件的任何部分均不得转载或

以任何形式或任何方式，电子或机械，出于任何目的，传播未经明确的书面

LCD驱动IC团队的许可。

S6E63D6初步VER 。 0.0

240 RGB ×320 DOT单芯片驱动器IC的LTPS接口， 262,144色的AMOLED

初步

目录

ALIGN主要配置和坐标............................................. ......................................... 10

电源引脚....................................................................................................................................15

SYSTEM / RGB接口PINS..................................................................................................................17

DISPLAY PINS..................................................................................................................................................20

杂项销..................................................................................................................................20

系统接口......................................................................................................................................21

高速串行接口（ MDDI ） ....................................................................................................22

SUB面板CONTROL....................................................................................................................................22

外部接口（RGB - I / F） .................................................................................................................22

地址计数器(AC)..............................................................................................................................22

绘图RAM （克） ................................................................................................................................22

时序产生器......................................................................................................................................22

灰阶电压发生器..........................................................................................................22

振荡电路(OSC)........................................................................................................................22

源极驱动器CIRCUIT.............................................................................................................................23

LTPS面板接口电路...............................................................................................................23

GRAM地址映射....................................................................................................................................24

指示表.....................................................................................................................................27

指数..........................................................................................................................................................30

状态读...............................................................................................................................................30

无操作（ R00h ） .................................................................................................................................30

支持(R10h).....................................................................................................................................47

电源GEN1 （ R12h ） ..............................................................................................................................48

电源GEN2 （ R13h ） ..............................................................................................................................49

动力加强防治1 （ R14H ） ...................................................................................................51

开始振荡（ R18h ） ..................................................................................................................52

源驱动器控制(R1Ah)......................................................................................................53

写数据到GRAM (R22h)...............................................................................................................55

读取数据从克(R22h)...........................................................................................................56

选择数据总线1 (R23h)...................................................................................................................57

选择数据总线2 (R24h)...................................................................................................................57

垂直滚动控制1（ R30h ， R31h ） ......................................... ............................................ 58

垂直滚动控制2（ R32h ） ........................................... .................................................. ... 59

部分屏幕的驾驶位置（ R33h ， R34h ） ......................................... .................................. 61

约束对局部显示区域设置............................................ ............................ 62

[注] 000H

≤

SS18至10

≤

SE18 10

≤

13Fh......................................................................................62

垂直RAM地址位置（ R35h ， R36h ） ......................................... ..................................... 63

水平RAM地址位置（ R37h ） ........................................... ....................................... 63

客户端发起WAKE -UP (R38h)......................................................................................................64

MDDI LINK WAKE -UP的起始位置（ R39h ） ........................................ ........................................... 64

SUB面板控制1 （ R3Ah / R3Bh ） ......................................... .................................................. ..... 64

SUB面板控制2 （ R 3 CH ） ............................................................................................................65

密押COMMAND （ R60h ） .................................................................................................................66

MTP管理（ R61h ） ............................................................................................................................66

MTP寄存器的设置（ R62h ， R63h ， R64h ， R65h ） ..................................... ..................................... 66

GPIO控制（ R66h / R67h / R68h / R69h / R6Ah ） ..................................... ............................................... 71

伽玛控制（ R70h到R78h).........................................................................................................72

2

S6E63D6初步VER 。 0.0

240 RGB ×320 DOT单芯片驱动器IC的LTPS接口， 262,144色的AMOLED

初步

指令集初始化.............................................................................................................. 73

PATTERN图数据库电压设置............................................. ............................................. 74

稳压功能............................................................................................................. 75

系统INTERFACE...................................................................................................................................... 77

68系统18位总线INTERFACE..................................................................................................... 79

68系统16位总线INTERFACE..................................................................................................... 80

68系统9位总线INTERFACE....................................................................................................... 81

68系统8位总线INTERFACE....................................................................................................... 82

80系统18位总线INTERFACE..................................................................................................... 83

80系统16位总线INTERFACE..................................................................................................... 84

80系统9位总线INTERFACE....................................................................................................... 85

80系统8位总线INTERFACE....................................................................................................... 86

68- / 80 -SYSTEM 8 / 9 - bit接口同步功能................................... .......... 87

串行外设接口........................................................................................................ 88

标号和参数RECOGNITION............................................................................................. 90

18位RGB接口................................................................................................................................. 92

16位RGB接口................................................................................................................................. 92

6位RGB接口................................................................................................................................... 93

用法在外接显示器接口............................................. ................................................ 96

MDDI作者简介.............................................................................................................................. 97

DATA- STB ENCODING.................................................................................................................................... 97

MDDI数据/ STB ............................................................................................................................................ 98

冬眠/ WAKE-UP.............................................................................................................................. 99

MDDI链路唤醒程序............................................................................................................ 100

1 ）主机发起的连接唤醒程序........................................ .................................................. 102 ....

VSYNC基于链接Wake-up.................................................................................................................. 105

GPIO基于链路唤醒..................................................................................................................... 106

GPIO CONTROL............................................................................................................................................. 108

MDDI PACKET................................................................................................................................................ 111

子帧报头packet........................................................................................................................ 111

注册获取包........................................................................................................................... 112

视频流包............................................................................................................................... 112

填充物包............................................................................................................................................. 113

链接关闭packet.............................................................................................................................. 113

撕裂无显示............................................................................................................................. 116

1. 1.显示速度快于数据写入....................................... ................................................. 116

2.显示速度慢于数据写入。 .................................................. ........................................... 116

主/副屏选择.................................................................................................................. 118

SUB面板控制TIMING.................................................................................................................... 119

1，TFT类型的子面板timing................................................................................................................... 119

1.1注册数据传输时序............................................................................................................. 119

1.2视频数据传输时序................................................................................................................. 120

2. STN型子板时机.................................................................................................................. 123

2.1注册数据传输时序............................................................................................................. 123

2.2视频数据传输时序................................................................................................................. 124

SUB面板控制TIMING.................................................................................................................... 125

1.指标/参数写入子板LDI ........................................ .................................................. ... 125

2.图像数据写入子板LDI ..................................................................................................... 125

3.更改数据路径从子面板，主面板....................................... ......................................... 125

绝对最大额定值................................................................................................................. 143

3

S6E63D6初步VER 。 0.0

240 RGB ×320 DOT单芯片驱动器IC的LTPS接口， 262,144色的AMOLED

初步

DC特性................................................................................................................................144

AC特性................................................................................................................................149

RESET TIMING...............................................................................................................................................153

外部电源的ON / OFF SEQUENCE.................................................................................................154

公告...........................................................................................................................................................155

4

S6E63D6初步VER 。 0.0

240 RGB ×320 DOT单芯片驱动器IC的LTPS接口， 262,144色的AMOLED

初步

介绍

该S6E63D6为门集成电路（IC）少AMOLED面板的单芯片解决方案。源极驱动器具有内置存储器，

门集成电路（IC）少电平转换器和电源电路都集成在这个LSI 。它可以显示到240 RGB x中的最大值

320点的图形26万色AMOLED面板上。此外，该芯片支持的LTPS面板。

该S6E63D6支持高通的高速串行接口MDDI （移动显示数字接口） I型，

这是客户端设备视频电子标准协会（VESA）标准的一种实现。

MDD接口是具有成本效益的低功率解决方案，使具有显示高速短程通信

装置中使用的数字分组数据链路。

该S6E63D6还支持18- / 16- / 9- / 8位高速总线接口，以实现高效的数据传输到GRAM 。

有一个外部接口。的情况下显示的数据，该S6E63D6提供RGB中的柔性18- / 16- / 6-位总线

接口用于传送所述26万种颜色的显示数据。

动态影像方面可以通过窗函数指定的GRAM 。指定的窗口区域可以是

选择性更新，这样，运动图像可以显示同时独立静止图像区。

在LSI工作在低电压，并具有内部克来存储240 -RGB ×320点26万种颜色的图像数据。

此外，它有一个内部升压生成该OLED的驱动电压和电压跟随电路

OLED的驱动程序。

该S6E63D6适用于需要长期驾驶任何中型或小型便携的移动解决方案

的功能，例如数字蜂窝电话支持网页浏览器，双向寻呼机， PMP， MP3P和小

掌上电脑。

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