tw8836英文资料_TW8836资源-CSDN文库

5星 · 超过95%的资源需积分: 10 35 浏览量 2015-12-19 11:28:48 上传评论 1 收藏 4.73MB PDF 举报

### TW8836 LCD视频处理器综合知识点 #### 一、概述 TW8836是一款高度集成的LCD视频处理器，其集成了多种用于构建多功能LCD显示系统的特性于单一芯片中。这款处理器不仅包含了高质量的2D梳状滤波器NTSC/PAL/SECAM视频解码器、三个高速RGB模数转换器（ADC）、LVDS和TTL数字输入接口，还具有高质量的缩放及去交织功能、多用途的OSD（On-Screen Display）以及高性能的MCU和LVDS或TTL输出面板接口。 #### 二、主要特性 **视频处理能力** - **任意水平/垂直缩放**：支持图像尺寸的自定义调整。 - **全景缩放**：提供更为宽广的视角调整。 - **图像镜像**：实现图像的水平或垂直翻转。 - **图像调整与增强**：通过多种参数调节改善图像质量。 - **黑白拉伸**：增加图像对比度，使画面更加鲜明。 **视频解码器** - **兼容性广泛**：支持NTSC (M, 4.43) 和 PAL (B, D, G, H, I, M, N, N组合)、PAL (60)、SECAM等多种格式，并具备自动格式检测功能。 - **三个10位ADCs**：提供更精细的模拟信号数字化能力。 - **可编程静态增益或自动增益控制**：根据信号强度动态调整，适用于不同的输入源。 - **软件可选的模拟输入**：支持复合视频、S-Video、模拟YPbPr或RGB信号输入。 - **高质量适应性2D梳状滤波器**：有效去除NTSC和PAL输入中的干扰。 - **PAL延迟线**：用于校正颜色相位误差。 - **图像增强**：包括2D动态峰值/CTI技术，提升图像清晰度。 - **数字副载波PLL**：确保准确的颜色解码。 - **可编程色调、亮度、饱和度、对比度、锐度**：用户可根据需求进行个性化设置。 **输入分辨率支持** - 支持最高1080p的输入分辨率。 - 可驱动分辨率达到1366x768的LCD面板。 **输出接口** - **LVDS或TTL输出面板接口**：灵活适应不同类型的显示器。 **微控制器单元（MCU）** - 高性能MCU支持复杂的系统控制逻辑，便于实现高级功能。 #### 三、应用场景 TW8836非常适合用于各种便携式和车载显示设备，包括但不限于： - **车载显示器**：适用于导航系统、后视镜显示器等。 - **微型投影仪**：如Pico Projectors，满足小型、便携的需求。 - **便携式多媒体播放器**：如便携式DVD和DVR播放器。 #### 四、技术细节 **模拟视频解码器** - **自动格式检测**：自动识别并适配NTSC、PAL或SECAM信号，无需手动切换。 - **高精度10位ADCs**：提供细腻的画面表现。 - **可编程的白峰控制**：通过软件调整，确保最佳亮度表现。 - **差分或单端CVBS输入选择**：适应不同输入信号类型。 **同步处理** - **数字水平PLL和先进的同步处理**：为VCR播放和弱信号环境提供稳定的同步性能。 #### 五、总结 TW8836作为一款高度集成的LCD视频处理器，不仅在技术层面提供了强大的视频处理能力，还在应用场景方面展现出广泛的适用性。无论是对于专业级的车载显示解决方案还是便携式的多媒体播放设备，TW8836都能够提供稳定且高质量的视频处理效果，是现代显示技术领域内不可或缺的重要组件之一。

资源推荐

资源详情

资源评论

FNXXXX

Nov. 25, 2013

Intersil (and design) is a trademark owned by Intersil Corporation or one of its subsidiaries.

All other trademarks mentioned are the property of their respective owners.

LCD Video Processor with Built-in Decoder, Triple

ADCs, LVDS & TTL Inputs, MCU, OSD, TCON and LVDS

panel interface

TW8836

The TW8836 is a highly integrated LCD video processor

that incorporates many of the features required to

create a multi-purpose LCD display system into a single

package. This includes a high quality 2D comb

NTSC/PAL/SECAM video decoder, triple high speed RGB

ADCs, an LVDS and TTL digital input interface, high

quality scaler and de-interlacer, as well as a versitile

OSD, high performance MCU, and LVDS or TTL output

panel interface. The TW8836 can support input

resolutions up to 1080p and can drive LCD panels at

resolutions up 1366 x 768. The TW8836’s video

processing capability includes arbitrary H/V scaling,

panoramic scaling, image mirroring, image adjustment

and enhancement, black and white stretch, etc. The

feature set and versatility of this device makes it an

ideal solution for in-car LCD display applications, as well

as portable display applications such as Pico Projectors.

Applications

 In-car display

 Pico Projector & Portable media player

 Portable DVD and DVR players

Analog Video Decoder

 NTSC (M, 4.43) and PAL (B, D, G, H, I, M, N, N

combination), PAL (60), SECAM with automatic format

detection

 Three 10-bit ADCs and analog clamping circuit.

 Fully programmable static gain or automatic gain

control for the Y or CVBS channel

 Programmable white peak control for the Y or CVBS

channel

 Software selectable analog inputs allows composite,

S-video, analog YPbPr or RGB

 High quality adaptive 2D comb filter for both NTSC

and PAL inputs

 PAL delay line for color phase error correction

 Image enhancement with 2D dynamic peaking / CTI.

 Digital sub-carrier PLL for accurate color decoding

 Programmable hue, brightness, saturation, contrast,

sharpness

 Selectable differential or single-ended CVBS input

 Digital horizontal PLL and Advanced synchronization

processing for VCR playback and weak signal

performance

 High quality horizontal and vertical filtered down

scaling with arbitrary scale down ratio

 Up to 2CH differential or 4CH single ended CVBS input

Analog RGB Inputs

 Triple high speed 10-bit ADCs with clamping and

programmable gain amplifier

 SOG and H/V sync support for YPbPr or RGB input

 Built-in line locked PLL with sync separator

 Supports input resolution up to 1080p

Digital Inputs Support

 Supports both BT656 and 601 video formats

 Supports YCbCr/RGB 24-bit input (bi-directional) up to

1080p resolution

 Single channel LVDS input up to 720p resolution

 Supports RGB 565 + BT 656 at the same time

TFT Panel Support

 Built-in programmable timing controller

 Supports 3, 4, 6 or 8 bits per pixel up to 16.8 million

colors with built-in dithering engine

 Supports digital panels (TTL) or single channel LVDS

panels up to WXGA (1366 x 768) resolution, 85MHz

 Supports Serial (8-bit) RGB panel

Font Based On Screen Display

 Eight window font OSD with bordering / shadow

 10KB programmable font RAM and 512 display RAM

 1/2/3/4 bits/pixel

 Supports variable width (12/16), height (2~32)

SPI Flash Based On Screen Display

 9 bitmap based OSD windows in 2 layers through SPI

with alpha blending between layers

 Supports 4/6/8 bits/pixel

 Supports RLE decompression for two windows

PRELIMINARY

TW8836

Table of Contents

Analog Video Decoder ........................................................................... 1

Analog RGB Inputs................................................................................. 1

Digital Inputs Support ............................................................................ 1

TFT Panel Support .................................................................................. 1

Font Based On Screen Display ............................................................ 1

SPI Flash Based On Screen Display ................................................... 1

Image Processing ................................................................................... 2

Clock Generation .................................................................................... 2

Timing Controller (TCON) ..................................................................... 2

MCU ........................................................................................................... 2

BT.656 Output .......................................................................................... 2

Touch Screen Controller ....................................................................... 2

Miscellaneous .......................................................................................... 2

Table of Contents ............................................................................... 3

Ordering Information ........................................................................ 11

TW8836 Functional Block Diagram................................................. 11

Functional Description ..................................................................... 11

Overview ................................................................................................. 11

Analog Front-end .................................................................................. 12

Video Decoder ....................................................................................... 12

Sync Processor .................................................................................. 12

Horizontal Sync Processing .............................................................. 12

Vertical Sync Processing ................................................................... 12

Color Decoding ................................................................................... 12

Y/C Separation ................................................................................... 12

Color Demodulation ........................................................................... 12

Automatic Chroma Gain Control ....................................................... 13

Low Color Detection and Removal ................................................... 13

Automatic Standard Detection .......................................................... 13

Video Format Support ........................................................................ 13

Component Processing ..................................................................... 14

Luminance Processing ...................................................................... 14

The Hue and Saturation .................................................................... 14

Touch Screen Controller ..................................................................... 14

Digital Input Support ............................................................................ 14

LVDS Video Input Interface ............................................................... 14

Input Image Control .............................................................................. 17

Image Scaling ........................................................................................ 17

Image Enhancement Processing ...................................................... 17

Black/White Stretch ............................................................................ 17

TFT Panel Support ................................................................................ 17

Dithering .............................................................................................. 17

Gamma Table .................................................................................... 17

TCON .................................................................................................. 17

LVDS out put format........................................................................... 17

LVDS Color Mapping ......................................................................... 18

Font Based On Screen Display .......................................................... 18

On Chip OSD functions ..................................................................... 18

Basic Register Setting Flow Example for Built-in OSD Controller.. 20

OSD Window Start Location: Built-in OSD Controller ..................... 22

OSD_RAM Configuration .................................................................... 22

Alpha Blending for OSD Window ..................................................... 23

Alpha Blending Concept .................................................................... 24

SPI Flash On Screen Display.............................................................. 24

Pixel Order .......................................................................................... 28

RLC Data Format ............................................................................... 30

OSD Display Path .............................................................................. 32

Built-in Microcontroller ........................................................................ 33

TW8836 MCU Block Diagram ............................................................. 34

Microcontroller Interface ..................................................................... 34

Two Wire Serial Bus Interface ........................................................... 35

Pin Diagram ...................................................................................... 38

TW8836 128 pin LQFP (Top-View) ................................................ 39

Pin Descriptions ............................................................................... 40

Parametric Information..................................................................... 47

AC/DC Electrical Parameters.............................................................. 47

Package Outline Drawing ................................................................ 53

Q128.14x14: 128 Lead Low Plastic Quad Flatpack Package

(LQFP) 0.4mm pitch.............................................................................. 53

172-pin TFBGA ...................................................................................... 53

Filter Curves ..................................................................................... 55

Anti-alias Filter ..................................................................................... 57

Decimation Filter ................................................................................. 57

Chroma Band Pass Filter Curves ..................................................... 57

Luma Notch Filter Curve for NTSC and PAL .................................. 58

Chrominance Low-Pass Filter Curve ............................................... 60

TW8836 Register Summary ............................................................ 60

General ................................................................................................ 60

Input Control ........................................................................................ 60

DTV ..................................................................................................... 61

BT656 Encoder .................................................................................. 61

GPIO.................................................................................................... 61

MBIST (Memory Built-In Test)........................................................... 62

TSC (Touch Screen Control) ............................................................ 62

LOPOR ............................................................................................... 64

SSPLL2 ............................................................................................... 64

SSPLL ................................................................................................. 64

Decoder ............................................................................................... 65

ADC/LLPLL......................................................................................... 67

SCALER / TCON ............................................................................... 69

Image Adjustment .............................................................................. 70

Gamma & Dither ................................................................................ 70

FOSD .................................................................................................. 72

SPI OSD ............................................................................................. 76

SPI & MCU ......................................................................................... 80

MEASUREMENT .............................................................................. 81

LCDC : LVDS .................................................................................... 83

LVDS RX Configuration ..................................................................... 83

MCU Special Function Register ........................................................ 83

TW8836 Register Descriptions ........................................................ 86

0x000 – Product ID Code Register (ID)........................................... 86

0x001 – Product REVISON NUMBER Register ............................ 86

0x002 – IRQ ........................................................................................ 86

0x003 – IMASK .................................................................................. 86

0x004 – Status .................................................................................... 86

0x005 – IRQ & MASK........................................................................ 87

0x006 – SRST .................................................................................... 88

0x007 – OUTPUT CTRL I ................................................................. 88

0x008 – OUTPUT CTRL II ................................................................ 89

0x00F – INT0 WRITE PORT ............................................................ 89

0x01F – TEST .................................................................................... 89

INPUT CONTROL ............................................................................. 90

0x040 – INPUT Control I.................................................................... 90

0x041 – INPUT Control II................................................................... 90

0x042 – INPUT CROP_HI ................................................................ 90

0x043 – INPUT V CROP Position .................................................... 91

0x044 – INPUT V CROP Length LO ............................................... 91

0x045 – IINPUT H CROP Position LO ............................................ 91

0x046 – INPUT H CROP Length LO ............................................... 91

0x047 – BT656 Decoder Control I .................................................... 91

0x048 – BT656 Decoder Control II ................................................... 91

0x04B – VSYNC INPUT CONTROL ............................................... 92

0x050 – DTV Input Control ................................................................ 93

0x051 – DTV Input Control ................................................................ 93

0x052 – DTV Input Control ................................................................ 94

0x053 – DTV Input Format ................................................................ 94

0x054 – DTV Field Detection Region ............................................... 95

0x056 – DTV Vsync Delay ................................................................ 95

0x057 – Sequential RGB ................................................................... 95

0x05F – Test Pattern Generator Control Register.......................... 96

0x060 – ENFP2 .................................................................................. 96

0x061 – MISC Control ....................................................................... 96

0x062 – BT656 ENCODE CONTROL ............................................ 97

0x063 – BT656 ENCODE CONTROL ............................................ 97

0x064 – BT656 HORIZONTAL / VERTICAL SCALE .................... 97

0x065 – BT656 HORIZONTAL DOWN SCALE ............................ 97

0x066 – BT656 Encode Control ....................................................... 97

0x067 – BT656 Encode Control ....................................................... 98

0x068 – BT656 Encode Position_HI ................................................ 98

0x069 – BT656 Encode CROP Length_HI ..................................... 98

0x06A – BT656 ENCODE V CROP Position ................................. 98

0x06B – BT656 ENCODE V CROP Length LO ............................. 99

TW8836

0x06C – BT656 ENCODE H CROP Position LO .......................... 99

0x06D – BT656 ENCODE H CROP Length LO ............................ 99

0x06E – Vsync PuLSE WIDTH ........................................................ 99

0x06F – HSYNC PULSE WIDTH .................................................... 99

0x077 – BT656 CONTROL .............................................................. 99

0x078 – BT656 OUTPUT VSYNC POSITION ............................. 100

0x079 – BT656 OUTPUT HSYNC POSITION ............................ 100

0x07A – BT656 OUTPUT HACTIVE ADJUSTMENT ................. 100

0x07B – BT656 OUTPUT HACTIVE ADJUSTMENT ................. 100

0x07C – BT656 ENCODE CONTROL ......................................... 100

0x07D – BT656 ENCODE H Length-2 LO .................................. 100

0x07E – BT656 BRIGHTNESS ADJUSTMENT ......................... 100

0x07F – BT656 CONTRAST ADJUSTMENT.............................. 101

0x080 – GPIO0_EN ......................................................................... 102

0x081 – GPIO1_EN ......................................................................... 102

0x082 – GPIO2_EN ......................................................................... 102

0x083 – GPIO3_EN ......................................................................... 102

0x084 – GPIO4_EN ......................................................................... 102

0x085 – GPIO5_EN ......................................................................... 102

0x086 – GPIO6_EN ......................................................................... 102

0x088 – GPIO0_OE ........................................................................ 102

0x089 – GPIO1_OE ........................................................................ 103

0x08A – GPIO2_OE ........................................................................ 103

0x08B – GPIO3_OE ........................................................................ 103

0x08C – GPIO4_OE ........................................................................ 103

0x08D – GPIO5_OE ........................................................................ 103

0x08E – GPIO6_OE ........................................................................ 103

0x090 – GPIO0_OD ........................................................................ 103

0x091 – GPIO1_OD ........................................................................ 103

0x092 – GPIO2_OD ........................................................................ 104

0x093 – GPIO3_OD ........................................................................ 104

0x094 – GPIO4_OD ........................................................................ 104

0x095 – GPIO5_OD ........................................................................ 104

0x096 – GPIO6_OD ........................................................................ 104

0x098 – GPIO0_ID .......................................................................... 104

0x099 – GPIO1_ID .......................................................................... 104

0x09A – GPIO2_ID .......................................................................... 104

0x09B – GPIO3_ID .......................................................................... 105

0x09C – GPIO4_ID .......................................................................... 105

0x09D – GPIO5_ID .......................................................................... 105

0x09E – GPIO6_ID .......................................................................... 105

0x0B0 – Touch Screen Control I ..................................................... 106

0x0B1 – Touch Screen Control II .................................................... 106

0x0B2 – TSC ADC Data Output_HI ............................................... 106

0x0B3 – TSC ADC Data Output_LO ............................................. 106

0x0B4 – TSC ADC Sample and Clock .......................................... 107

0x0D4 – LOPOR Registers............................................................. 108

0x0D6 – TCLK AND PWM CNTL .................................................. 108

0x0D7 – FPWM3_LO ...................................................................... 108

0x0D8 – DPWM3 ............................................................................. 108

0x0D9 – FPWM4_LO ...................................................................... 108

0x0DA – DPWM4 ............................................................................ 108

0x0DB – FPWM_HI ......................................................................... 109

0x0DC – FPWM1_LO ..................................................................... 109

0x0DD – DPWM1 ............................................................................ 109

0x0DE – FPWM2_LO ..................................................................... 109

0x0DF – DPWM2 ............................................................................. 109

0x0E7 – SSPLL2 .............................................................................. 110

0x0E8 – SSPLL2 Control Registers ............................................... 110

0x0E9 – SSPLL2 Frequency Control Registers............................ 110

0x0EA – SSPLL2 Frequency Control Registers ........................... 110

0x0EB – SSPLL2 Modulation Frequency Control Registers ....... 110

0x0EC – SSPLL ............................................................................... 111

0x0ED – SSPLL Analog Control Registers ................................... 111

0x0F6 – CLOCK_DIV ...................................................................... 111

0x0F7 – SSPLL ................................................................................ 112

0x0F8 – SSPLL Control Registers ................................................. 112

0x0F9 – SSPLL Frequency Control Registers .............................. 112

0x0FA – SSPLL Frequency Control Registers.............................. 112

0x0FB – SSPLL Modulation Frequency Control Registers.......... 112

0x0FC – SSPLL ............................................................................... 113

0x0FD – SSPLL Analog Control Registers .................................... 113

Decoder ............................................................................................. 114

0x101 – Chip Status Register (CSTATUS) ................................... 114

0x102 – Input Format (INFORM) .................................................... 114

0x103 – LLC MODE Control ........................................................... 115

0x104 – HSYNC Delay Control ...................................................... 115

0x105 – Output Control Register II .............................................. 115

0x106 – Analog Control Register (ACNTL) ................................... 117

0x107 – Cropping Register, High (CROP_HI) .............................. 117

0x108 – Vertical Delay Register, Low (VDELAY_LO) .................. 117

0x109 – Vertical Active Register, Low (VACTIVE_LO) ................ 117

0x10A – Horizontal Delay Register, Low (HDELAY_LO) ............ 118

0x10B – Horizontal Active Register, Low (HACTIVE_LO) ........... 118

0x10C – Control Register I (CNTRL1) ........................................... 118

0x10D – CC/WSS Control............................................................... 118

0x110 – BRIGHTNESS Control Register (BRIGHT) ................... 119

0x111 – CONTRAST Control Register (CONTRAST) ................ 119

0x112 – SHARPNESS Control Register I (SHARPNESS) ......... 119

0x113 – Chroma (U) Gain Register (SAT_U) ............................... 119

0x114 – Chroma (V) Gain Register (SAT_V) ................................ 119

0x115 – Hue Control Register (HUE) ............................................. 120

0x117 – Vertical Peaking Control I .................................................. 120

0x118 – Coring Control Register (CORING) ................................. 120

0x11A – CC/EDS Status Register (CC_STATUS) ....................... 120

0x11B – CC/EDS Data Register (CC_DATA) .............................. 121

0x11C – Standard Selection (SDT) ................................................ 121

0x11D – Standard Recognition (SDTR) ........................................ 121

0x11E – Component Video Format (CVFMT) .............................. 122

0x120 – Clamping Gain (CLMPG) ................................................. 122

0x121 – Individual AGC Gain (IAGC) ............................................. 122

0x122 – AGC Gain (AGCGAIN) ..................................................... 122

0x123 – White Peak Threshold (PEAKWT) .................................. 122

0x125– Sync Amplitude (SYNCT) .................................................. 123

0x126 – Sync Miss Count Register (MISSCNT) ........................... 123

0x127 – Clamp Position Register (PCLAMP) ............................... 123

0x128 – Vertical Control I ................................................................. 123

0x129 – Vertical Control II ................................................................ 123

0x12A – Color Killer Level Control .................................................. 124

0x12B – Comb Filter Control ........................................................... 124

0x12C – Luma Delay and HFilter Control ...................................... 124

0x12D – Miscellaneous Control Register I (MISC1) ..................... 124

0x12E – Miscellaneous Control Register II (MISC2) ..................... 125

0x12F – Miscellaneous Control III (MISC3) ................................... 125

0x131 – Chip STATUS II (CSTATUS2) ......................................... 126

0x132 – H Monitor (HFREF) ........................................................... 126

0x133 – CLAMP MODE(CLMD) .................................................... 126

0x134 – ID Detection Control (NSEN/SSEN/PSEN/WKTH) ....... 126

0x135 – Clamp Control (CLCNTL) ................................................. 127

0x140 – WSS0 ................................................................................. 127

0x141 – WSS1 ................................................................................. 127

0x142 – WSS2 ................................................................................. 127

ADC/LLPLL Configuration Registers.............................................. 128

0x1C0 – LLPLL Input Control Register .......................................... 128

0x1C1 – LLPLL Input Detection Register....................................... 128

0x1C2 – LLPLL Control Register .................................................... 129

0x1C3 – LLPLL Divider High Register ........................................... 129

0x1C4 – LLPLL Divider Low Register ............................................ 129

0x1C5 – LLPLL Clock Phase Register .......................................... 129

0x1C6 – LLPLL Loop Control Register .......................................... 130

0x1C7 – LLPLL VCO Control Register .......................................... 130

0x1C8 – LLPLL VCO Control Register .......................................... 130

0x1C9 – LLPLL Pre Coast Register ............................................... 130

0x1CA – LLPLL Post Coast Register ............................................. 130

0x1CB – SOG Threshold Register ................................................. 131

0x1CC – Scaler Sync Selection Register....................................... 131

0x1CD – PLL Initialization Register ................................................. 131

0x1D0 – Clamp Gain Control Register ........................................... 132

0x1D1 – Y Channel Gain Adjust Register...................................... 132

0x1D2 – C Channel Gain Adjust Register ..................................... 132

0x1D3 – V Channel Gain Adjust Register...................................... 132

0x1D4 – Clamp Mode Control Register ......................................... 132

0x1D5 – Clamp Start Position Register .......................................... 133

0x1D6 – Clamp Stop Position Register .......................................... 133

0x1D7 – Clamp Master Location Register ..................................... 133

0x1D8 – ADC TEST Register ......................................................... 133

TW8836

0x1D9 – Y Clamp Reference Register ........................................... 133

0x1DA – C Clamp Reference Register .......................................... 133

0x1DB – V Clamp Reference Register .......................................... 133

0x1DC ............................................................................................... 134

0x1E0 – LLPLL Control Register .................................................... 134

0x1E1 – LLPLL Control Register .................................................... 134

0x1E2 – ADC Control I .................................................................... 135

0x1E3 – ADC Control II ................................................................... 135

0x1E4 – ADC Control III .................................................................. 135

0x1E5 – ADC Control IV .................................................................. 136

0x1E6 – ADC Control V ................................................................... 136

0x1E7 – ADC Control VI .................................................................. 136

0x1E8 – ADC Control VII ................................................................ 137

0x1E9 – CLOCK CONTROL ............................................................. 137

0x1EA – CLOCK CONTROL II .......................................................... 137

0x1F6 – DIFFERENTIAL CLAMP CONTROL I ................................ 138

0x1F7 – DIFFERENTIAL CLAMP CONTROL II ............................... 138

0x1F8 – DIFFERENTIAL CLAMP CONTROL III ............................. 138

0x1F9 – DIFFERENTIAL CLAMP CONTROL IV ............................. 139

0x1FA – DIFFERENTIAL CLAMP CONTROL V .............................. 139

SCALER ........................................................................................... 140

0x201 – General Scaler Control ...................................................... 140

0x202– Scaling Offset Control......................................................... 140

0x203– XSCALE_LO ...................................................................... 140

0x204– XSCALE_HI ........................................................................ 140

0x205– YSCALE_LO ...................................................................... 140

0x206– YSCALE_HI ........................................................................ 141

0x207– PXSCALE ........................................................................... 141

0x208– PXINC ................................................................................. 141

0x209– HDSCALE_LO ................................................................... 141

0x20A– HDSCALE_HI .................................................................... 141

0x20B– HDELAY2 ........................................................................... 141

0x20C– HACTIVE2_LO .................................................................. 142

0x20D– LNTT_HI ............................................................................. 142

0x20E– HPADJ_HI .......................................................................... 142

0x20F– HPADJ_LO ......................................................................... 142

0x210– HA_POS_LO ...................................................................... 142

0x211– HA_LEN_LO ...................................................................... 143

0x212– HA_LEN_HI ........................................................................ 143

0x213– HS_POS ............................................................................. 143

0x214– HS_LEN .............................................................................. 143

0x215– VA_POS.............................................................................. 143

0x216– VA_LEN_LO ....................................................................... 143

0x217– VA_LEN_HI ........................................................................ 143

0x218– VS_LEN_POS.................................................................... 144

0x219– LNTT_LO ............................................................................ 144

0x21A– DM_TOP ............................................................................ 144

0x21B– DM_BOT ............................................................................ 144

0x21C– PANEL_FRUN .................................................................. 144

0x21D– HTOTAL_LO ..................................................................... 144

0x21E– BLANK ................................................................................ 145

0x220– VA_VS_POS ....................................................................... 145

0x221– HA_HS_POS ....................................................................... 145

TCON ................................................................................................ 146

0x240– CSP Control ........................................................................ 146

0x241– CLP Position ....................................................................... 146

0x242– CLP Width ........................................................................... 146

0x243– RCK Control HI ................................................................... 146

0x244– RCK Position LO ................................................................ 146

0x245– RCK Width LO .................................................................... 146

0x246– ROE Control HI ................................................................... 147

0x247– ROE Position LO ................................................................ 147

0x248– ROE Width LO .................................................................... 147

0x249– RSP Control ........................................................................ 147

0x24A– RSP Position Control ......................................................... 147

0x24B– CPL Position Control ......................................................... 148

0x24C– CPL Position Control LO ................................................... 148

0x24D– TCON Control I .................................................................. 148

0x24E– TCON Control II ................................................................. 149

0x24F– TCON Control III ................................................................. 149

0x250– RSP PIXEL POSITION ..................................................... 149

0x251– RSP PIXEL POSITION ..................................................... 150

IMAGE ENHANCEMENT .............................................................. 151

0x280 – Image Adjustment Register .............................................. 151

0x281 – Image Adjustment Register .............................................. 151

0x282 – Image Adjustment Register .............................................. 151

0x283 – Image Adjustment Register .............................................. 151

0x284 – Image Adjustment Register .............................................. 151

0x285 – Image Adjustment Register .............................................. 151

0x286 – Image Adjustment Register .............................................. 151

0x287 – Image Adjustment Register .............................................. 152

0x288 – Image Adjustment Register .............................................. 152

0x289 – Image Adjustment Register .............................................. 152

0x28A – Image Adjustment Register.............................................. 152

0x28B – Image Adjustment Register.............................................. 152

0x28C – Image Adjustment Register ............................................. 152

0x2B0 – Image Adjustment Register.............................................. 153

0x2B1 – Image Adjustment Register.............................................. 153

0x2B2 – Image Adjustment Register.............................................. 153

0x2B6 – Image Adjustment Register.............................................. 153

0x2B7 – Image Adjustment Register.............................................. 153

0x2BE – Image Adjustment Register ............................................. 153

0x2BF – Test Pattern Generator Register ..................................... 154

0x2E0 – LCDC Gamma Control Register ..................................... 155

0x2E1 – Gamma Table Address Port Register............................. 155

0x2E3 – Gamma Table Data Port Register ................................... 155

0x2E4 – Dither Option Register ...................................................... 156

Dither Output Selection and Calculations ....................................... 157

0x2F0 – RGB Level Readout Register .......................................... 157

0x2F1 – RGB Level Readout Register .......................................... 157

0x2F2 – RGB Level Readout Register .......................................... 157

0x2F3 – RGB Level Readout Register .......................................... 157

0x2F4 – RGB Level Readout Register .......................................... 157

0x2F5 – RGB Level Readout Register .......................................... 157

0x2F8 – 8-bit Panel Interface Register ........................................... 158

0x2F9 – 8-bit Panel Interface Register ........................................... 158

FOSD ................................................................................................ 159

0x300 – Font OSD Control Register............................................... 159

0x301 – Status Register .................................................................. 159

0x302 – Test Register ...................................................................... 159

0x303 – Font OSD Control Register............................................... 159

0x304 – Font OSD Control Register............................................... 160

0x305 – Font OSD Control Register............................................... 160

0x306 – OSD RAM Address Register ........................................... 160

0x307 – OSD RAM Data Port Hi Register ..................................... 160

0x308 – OSD RAM Data Port Lo Register .................................... 160

0x309 – Font RAM Address Register ............................................ 161

0x30A – Font RAM Data Port ......................................................... 161

0x30B – Multi-Color Font Start Position Register .......................... 161

0x30C – Font OSD Control Register .............................................. 161

0x30D – Character Color Look-up table data port High Byte

0x30E – Character Color Look-up table data port Low Byte

0x310 – OSD Window1 Control Register ...................................... 162

0x311 – OSD Window1 Control Register ...................................... 162

0x312 – OSD Window1 Control Register ...................................... 162

0x313 – OSD Window1 Control Register ...................................... 162

0x314 – OSD Window1 Control Register ...................................... 162

0x315 – OSD Window1 Control Register ...................................... 162

0x316 – OSD Window1 Control Register ..................................... 163

0x317 – OSD Window1 Control Register ...................................... 163

0x318 – OSD Window1 Control Register ...................................... 163

0x319 – OSD Window1 Control Register ...................................... 163

0x31A – OSD Window1 Control Register ..................................... 163

0x31B – OSD Window1 Control Register ..................................... 163

0x31C – OSD Window1 Control Register ..................................... 164

0x31D – OSD Window1 Control Register .................................... 164

0x31E – OSD Window1 Control Register ..................................... 164

0x31F – OSD Window1 Control Register ...................................... 164

0x320 – OSD Window2 Control Register ...................................... 164

0x321 – OSD Window2 Control Register ...................................... 164

0x322 – OSD Window2 Control Register ...................................... 165

0x323 – OSD Window2 Control Register ...................................... 165

0x324 – OSD Window2 Control Register ...................................... 165

0x325 – OSD Window2 Control Register ...................................... 165

剩余249页未读，继续阅读

评论收藏

内容反馈

zarelaky

2017-11-26

非常有用..
xiaoju628

2016-10-08

很不错的资料，谢谢分享
44984

2018-03-26

59页之后全是空白！
jassonkun

2016-11-17

资料很有用,谢谢!!

qq_33249662

粉丝: 3
资源: 36

tw8836英文资料

TW8836 datasheet （英文版）

TW8836 datasheet

TW8836 全套开发资料

TW8836 preliminary datasheet v0.6e.pdf

TW8836 preliminary datasheet v0.6e 11-5-2012

TW8836B2-preliminary-datasheet-v0.3.rar_open_tw8836_tw8836规格书_芯片

TW8836原厂代码.rar_8836_TW8836 开发资料_tw8836*_tw8836中文资料_tw8836资料

TW8836_MAIN_REV1.1_20130909.pdf

TW8836配置文件.rar

TW8836 显示屏 驱动

TW8836_FN8645.5r.pdf

TW8836工具包.zip

TW8836原厂原理图.rar

Intersil出一代LCD视频处理器-TW8836

Intersil出最新一代LCD视频处理器-TW8836

Schematic_TW8836_Sheet-1_20190221101935.pdf

TW8836制作Osd软件工具

TW8835 datasheet 数据手册

TW8832驱动程序

TW8836驱动程序_CVBS_RGB888.zip

TW2835参考代码

tw8816datasheet

STM8芯片中文手册、规格书等详细资料

AN-TW8836B2 SPI OSD v0.1.zip_TW-Dongle_terminal

tw8836-master_tw8836引脚功能_tw8836_evaluation_源码.zip

MCU TW8836显示屏驱动.rar

tw8836-master_tw8836引脚功能_tw8836_evaluation.zip

8836烧录工具 - TW_Terminal2.exe

最新资源

TW8836 显示屏驱动