Apostila B\u00e1sica de LCD Em continua\u00e7\u00e3o aos Treinamentos de manuten\u00e7\u00e3o de Monitores vamos estudar o conceito b\u00e1sico sua teoria B\u00e1sica.
Compara\u00e7\u00e3o entre Monitores de CRT Convencional e LCD
Os dois tipos comuns de monitores que est\u00e3o sendo usados hoje s\u00e3o CRT (Tubo de Raio de Catodo) monitores L\u00edquido) . Os monitores de tipo de CRT s\u00e3o os monitores tradicionais que n\u00f3s temos usados por anos. Os monit baseados em uma mais nova tecnologia e est\u00e3o tornando muito popular, principalmente porque eles t\u00eam grande econ outras vantagens acima de monitores de CRT.
O CRT e monitores de LCD s\u00e3o baseados em tecnologias completamente diferentes, e deste modo tenham caracter\u bastante diferentes.
Tamanho f\u00edsico
Umas das grandes vantagens de monitores de LGD \u00e9 que eles s\u00e3o compactos e de peso leve. Um monitor de L tela muito fina ao inv\u00e9s do tubo vultoso de um monitor de CRT.
Isto significa que n\u00e3o s\u00f3 eles come\u00e7am a estar nos seus Desktop devido ao se tamanho como espa\u00e7o com em muitos lugares onde um monitor de CRT n\u00e3o pode ser montado. Mostrado abaixo est\u00e3o temos um monitor de 12.1" M uma espessura apenas de um ter\u00e7o do t\u00edpico monitor de 14" com uso de CRT.
Tamanho de v\u00eddeo.
Gra\u00e7as a alta tecnologia do LCD, monitores de LCD de painel plano est\u00e3o agora dispon\u00edveis no mercado e s\ de tela com monitores de CRT tradicional. Mostrado aqui, um 12.1" V\u00cdDEO de LCD (esquerda) tem s\u00f3 um ligeiramente m um t\u00edpico MONITOR de 14\u00a8 de CRT. Mais novos, monitores de LCD MAIORES tamb\u00e9m est\u00e3o aparecendo qu muito maior que s\u00e3o compar\u00e1veis para os maiores monitores de CRT. Uma diferen\u00e7a b\u00e1sica pode ser notada precisamente de tamanhos de sua tela. viewable) medida em diagonal.
Por exemplo, o viewable \u00e1rea em um MONITOR de 17" de LCD tipicamente medir\u00e1 17" diagonalmente, mas o monitor de CRT tipicamente s\u00f3 medir\u00e1 16" diagonalmente.
Cores.
Na maioria dos monitores de CRT s\u00e3o qualificados de exibir cores ilimitadas. Diferentemente de monitores de LCD qu centenas ou milhares de cores, embora muitos dos mais novos LCD s\u00e3o qualificado de cores ilimitadas.
Resolu\u00e7\u00e3o.
Um assunto importante com respeito aos monitores de LCD \u00e9 resolu\u00e7\u00e3o. Os monitores de CRT s\u00e3o exibir resolu\u00e7\u00f5es de v\u00eddeo m\u00faltiplo, cada com a mesma qualidade, porem os monitores de LCD normalmente resolu\u00e7\u00e3o, ou a resolu\u00e7\u00e3o em que os sinais de v\u00eddeos tem alta resposta de freq\u00fc\u00eancias. Brilho.
Tipicamente, brilho n\u00e3o \u00e9 uma preocupa\u00e7\u00e3o com monitores de CRT. Porem os monitores de LCD s\u00e3 brilho. O brilho para o monitor de LCD \u00e9 tamb\u00e9m chamado de 'l\u00eandeas ', e comumente variem de 70 at\u00e9 250 l\ l\u00eandeas, mais brilhante \u00e9 o v\u00eddeo.
Visualizando \u00c2ngulo.
Outro assunto com rela\u00e7\u00e3o ao monitor de LCD \u00e9 o visualiza\u00e7\u00e3o do \u00e2ngulo. Uma tela de largo, praticamente de todo os lados, mas um monitor de LCD tipicamente tem um menor visualizando \u00e2ngulo, precisando ser diretamente da frente. Do lado, a imagem em uma tela de LCD pode aparecer ou desaparecer, ou inverter cores. Mais novos monitor que est\u00e3o sendo desenvolvidos como os de matriz ativa t\u00eam um maior campo de vis\u00e3o angular.
Vantagens do LCD sobre o CRT. Baixo consumo de energia e de Radia\u00e7\u00e3o
Al\u00e9m de serem compactos e ocuparem pequenos espa\u00e7os, os monitores de LCD oferecem v\u00e1rios o de LCD possuem um menor consumo de energia se comparado monitores de CRT. Este faz o LCD grande para computadores po port\u00e1teis. Secundariamente, MONITORES de CRT s\u00e3o conhecidos como emissores de radia\u00e7\u00e3o sendo pre monitores de LCD que tem radia\u00e7\u00e3o.
Desvantagens do LCD sobre o CRT. Pre\u00e7os.
Os monitores de CRT s\u00e3o geralmente mais dispon\u00edveis que monitores de LCD e com pre\u00e7os abaixo. No p sido muito caros mas seus custos vieram caindo bastante nos \u00faltimos anos. Por\u00e9m as empresas est\u00e3o se preocupan que esta aumentando a procura por monitores LCD.
Treinamento sobre a Tecnologia LCD
LCD TV
LE-15A10 Europe LL-15A10
Canada
CIS
China Middle-East Taiwan Philippines Asia Africa LT-15A10
Austria
America
O que é TFT (Thin Film Transistor)? TRANSISTOR
TFT
(MOS-FET)
DRAIN
DRAIN Vth
Vth
GATE
GATE SOURCE
SOURCE
Atraves de uma tensão aplicada ao GATE, o FET conduz Drain para Source Caracteristica de chaveamento
TPE
Transistor composto de um fino filme sobre o Independente do Pixel visinho
TFT Panel TFT Element
TFT Cross section SOURCE Semi-Conductor
GATE
Isolador
Panel de Vidro
DRAIN
Estrutura do TFT- LCD 300
(Approx....) C/F Glass
)
One Pixel
TFT LCD Painel
Common Electrode
)
TFT Glass
Pixel Electrode Data Line Gate Line
④ ④ Liquid Crystal
Controle da taxa de de iluninação atraves da aplicação de tensão
③ ③ Pixel
Glass
① ① Source
Transport the Data Signal
+ -
+ -
-
+
+ -
-
-
Aplicação de tensão para o Cristal liquido
Polarizer
Glass
+ ② ② Gate
On/Off the TFT
Liquid Crystal
Teoria de Operação
Braun Tube : Componente de Emissão de Luz (TFT-LCD : Componente não emissor d
Filtro Colorido
Vidro Grade 1
Polarizador
Anode Grade 4
Painel de Vidro
Polarizador
Fluorecente Filamento
Grade 3
Liquido Crystal
Verde
Feixe
Luminosa Fonte
Luz(White)
Grade 2 Terra Eletronico Seção de Deflexão
Vaco
TFT+Electrode
Eletrodo
Structure of LCD Module
LCM = Case top + LCD panel B/L Assy + Plate
Case Top
①
LCD Panel ②
③
Diffusers & Prisms
Back lig Assy
Light Guide Reflector Lamp Housing Lamp D-IC(on TCP) PCB Support Main
④
Estrutura do Modulo LCD Driving Circuit
Data Driver IC Printed PCB Board
Common Electrode
Bright
R
Gate Driver IC
Dark Gray
G
B
Inverter
Pixel Array & Wiring
Dn-1
Dn
Dn+1 Pixel Electrode Polarizer CF Panel LC Pan LC
Power Supply for Video Signal
Lamp
TFT Panel Polarizer
Lamp Prism Diffuser Light Guide
B/L U
Estrutura da unidade de Back Light
Proteção Diffuser(Protector)
superior Prism inferior Prism Difusor
Guia de Luz Reflector Suporte principal Mont. la
Suporte da Lampada Placa
Função do Back Light Função
Structure of Back Light LCD PANEL
Diffuser (Protector) Top Prism
Iluminação do Display controlado po
Difusor para proteção do prisma
Aumento da luminancia em até 1,33 relação ao prisma inferior
Bottom Prism Concentração da luz aumentando a l em até 1.55 vezes do guia de luz
Diffuser Lamp
Uniformiza e concentra a Luz recebida de Luz
Light guide Guia de Luz para uniformiza-la (Flat/Wedge) Lamp Housing(Lamp Reflector) Pattern(Dot/Shibo/V-cut)
Conceito do Filtro de Cores Existem trez modalidades de Filtros aomodadas sobre os Pixels
Delta Array
!
Stripe Array
Mosaic Array
A função do Color Filter
Dividir a fonte luminosa da luz branca em Verde, Azul e Vermalho (R-G-B)
Pixel
Luz Branca
Eletrodo Comun Vidro
Filtro Polarizador
Este tipo de filtro polariza a luz em uma unica direção.
Light
Polarizer
Painel de Iluminação Traseira Back Light Unit,located behind TFT-Panel lower Glass, and supplies light to the PANEL.
CCFL LAMP (Cold Cathode Fluorescence Lamp) LAMP
Can realize White Light Long life time(Appr. 25,000HRS) Simple Brightness control Small Size Easy to Adhere
AC 1000V Inverter
Direct Type
Side Guided Type LCD Panel
LCD Panel
Structure
LAMP
Merits Demerits
High Light Efficiency Simple Structure
CASE
Guide LAMP Reflector
Slim & Compact Size Complicated Structure,Expensive
Abreviação Abbreviations on LCD Module and TV No
Terms
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
ACF B/L CCFL CF CR FPD LC LCD LCM LD MNT POL Pixel TAB TCP TFT
Full Description Anisotropic Conductive Film Back Light Cold Cathode Fluorescent Lamp Color Filter Contrast Ratio ( White / Black ) Flat Panel Display Liquid Crystal Liquid Crystal Display Liquid Crystal Module Line Defect Monitor Polarizer Picture Element Tape Automatic Bonding Tape Carrier Package Thin Film Transistor
General Specifications
Unique Fe
Soft Touch Control
Cabinet
Conductive Rubber
Conductiv
Insulatio Conductive plate
MAIN PC
INVERTER
Connector b Main PCB an
Guia de interligações CN2 I n v e r t e r
CN1
LCD Module
CN3 P502
P801
Main PCB P401
P001B
P601
To SPK P602
DIAGRAMA EM BLOCO
T o In v e rt e r
DC/DC Power IC SI786
3.3V 5V
Trans 9V 32V (Tuner)(Tuner) 8V (MSP3440) 9V (Audio AMP) 9V
EPROM for OSD SC786102A
SCL1 SDA1
V V
Video Decoder VPC3230D
Y/C
Addr.(16bits)
Y/U/V = 8:4:4
Vout
R/G/B
R,G,B,Ys for TXT H/Vs for OSD position
H/Vs(H/V counter)
TAUC-S120D TAFC-M130D TAFC-Z140D
A/D Converter AD9884 H/Vs
SCL1 MICOM+TXT SDA1
SDA555
AM
SCL1 SDA1
EPROM 24C16
SCL2 SDA2
H,V And Gate 7408F
Video Scaler
Y/U/V (8bits)
MX88L284
SCL1 SDA1
SCL1 SCL1 SDA1 SDA1
SIF
5V (Micom) Tuner & IF
R/G/B (8bit
Hs/Vs/Hsc/Avo/Intlc
Y/Pb/Pr
Sync Detecter
Data(8bits)
L
Audio Processor MSP3410D
Audio AMP LA4282 R
CLK HS VS D_EN
Presentation for SVC Engineer 2 1 L L A A T T C X X N
F G S A
5 K L C
Video Processing - VPC3
Y T B A T D S P S V F V
S H / Y S M
Y S Y C H C P S / L U D Y O T S N 0 S V N V F A I G C
1 C
2 C
3 C
C D N G
C P U S 4 V C
5 C
6 C
7 C
64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 GNDF VRT I2CSEL ISGND VSUPF VOUT CIN VIN1 VIN2 VIN3 VIN4 VSUPAI GNDAI VREF FB1IN AISGND
65
40
66
39
67
38
68
37
69
36
70
35
71
34
72
VPC3230D
73
33 32
74
31
75
30
76
29
77
28
78
27
79
26
80
25 1
2
3
4
5
6
7 8
9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24
Y0 Y1 Y2 Y3 VSUPY GNDY Y4 Y5 Y6 Y7
GNDLLC
VSUPLLC LLC1 LLC2 VSUPPA GNDPA
Presentation for SVC Engineer
Video Processing - VPC3
1. Features Video Decoding -
RGB Processing
4 Composite inputs, 1 S-VHS input - Programmable RGB matrix Composite video & sync output - Digital color bus interface integrated high-quality A/D converters - Additional analog RGB/Fast blank input Adaptive 2H comb filter Y/C separator - Half contrast switch 1H NTSC comb filter - Picture frame generator Multi-standard color decoder(1 Crystal) Multi-standard sync decoder Deflection Black line detector - Scan velocity modulation output Video Decoding - High performance H/V deflection - Separate ADC for tube measurements - Horizontal scaling(0.25 to 4) - EHT compensation - Panorama vision - Black level expander Miscellaneous - Dynamic peaking - Soft limiter(gamma correction) - One 20.25MHz crystal, few external compon - Color transient improvement - Embedded RISC controller(80 MIPS) - I2C Bus interface - Single 5V power supply - Submicrom COMS technology - 64 pin PSDIP package
Block Diag
CIN1 VIN1
Adaptive Comb Filter
Analog Front End
Color Decoder
VIN2 VIN3 VIN4
NTSC, PAL, SECAL
AGC, 2*ADC
NTSC PAL
Saturation Tint
VOUT
RGB/ YCbCr FB RGB/ YCbCr
Y/G
ANALOG Component Front-End
U/B
4 x ADC
FB
V/R
Processing
Cr
Cb
MIXER
2D Scaler PIP Panorama Mode Contrast Brightness Peaking
Output Formatter ITU-R 656 ITU-R 601
YCO
Memory Control
FIFO CNT
LL C I2C BUS
Cb FB
Y OU
CrCb
Y Cr
Matrix Contrast Saturation Brightness Tint
Y
Clock Gen.
SYNC + Clock Generation
H Sy
Vsyn
CNT AVI0
Presentation for SVC Engineer Pin Pin Name No.
Type
Connection (if not used)
Short Description
Video Processing - VPC3 Pin Pin Name No.
Type
Connection (if not used)
Short Description
1
B1/CB1IN
IN
VREF
Blue1/Cb1 Analog Component Input
25
GND PA SUPPLYD
X
Ground, Pad Decoupling C
2
G1/Y1IN
IN
VREF
Green1/Y1 Analog Component Input
26
V SUPPA SUPPLYD
X
Supply Voltage, Pad Decou
3
R1/CR1IN
IN
VREF
Red1/Cr1 Analog Component Input
27
LLC2
OUT
LV
Double Clock Output
4
B2/CB2IN
IN
VREF
Blue2/Cb2 Analog Component Input
28
LLC1
IN/OUT
LV
Clock Output
5
G2/Y2IN
IN
VREF
Green2/Y2 Analog Component Input
29 V SUPLLCSUPPLYD
X
Supply Voltage, LLC Circu
6
R2/CR2IN
IN
VREF
Red2/Cr2 Analog Component Input
30
GND LLC SUPPLYD
X
Ground, LLC Circuitry
7
ASGF
Analog Shield GND F
31
Y7
OUT
GND
Picture Bus Luma (MSB)
8
NC
32
Y6
OUT
GND
Picture Bus Luma
9
V SUPCAP SUPPLYD
X
Supply Voltage, Digital Decoupling Circuitry
33
Y5
OUT
GND
Picture Bus Luma
10
V SUPD SUPPLYD
X
Supply Voltage, Digital Circuitry
34
Y4
OUT
GND
Picture Bus Luma
11
GND D SUPPLYD
X
Ground, Digital Circuitry
35 GND Y
SUPPLYD
X
Ground, Luma Output Circ
12 GND CAPSUPPLYD
X
Ground, Digital Decoupling Circuitry
36 V SUPY
SUPPLYD
X
Supply Voltage, Luma Outp
13
SCL
IN/OUT
X
I 2 C Bus Clock
14
SDA
IN/OUT
X
I 2 C Bus Data
15
RESQ
IN
X
Reset Input, Active Low
16
TEST
IN
GND D
Test Pin, connect to GND D
17
VGAV
IN
GND D
VGAV Input
18
YCOEQ
IN
V SUPD
Y/C Output Enable Input, Active Low
19
FFIE
OUT
LV
FIFO Input Enable
20
FFWE
OUT
LV
FIFO Write Enable
21
FFRSTW
OUT
LV
FIFO Reset Write/Read
X -
LV or GND
No connected
37
Y3
OUT
GND
Y Picture Bus Luma
38
Y2
OUT
GND
Y Picture Bus Luma
39
Y1
OUT
GND
Y Picture Bus Luma
40
Y0
OUT
GND
Y Picture Bus Luma(LSB)
41
C7
OUT
GND
Picture Bus Chroma (MSB
42
C6
OUT
GND
Picture Bus Chroma
43
C5
OUT
GND
Picture Bus Chroma
44
C4
OUT
GND
Picture Bus Chroma
45
V SUPC SUPPLYD
X
Supply Voltage, Chroma O
46
GND C SUPPLYD
X
Ground, Chroma Output C
Presentation for SVC Engineer
Video Processing - VPC3
Pin Pin Name No.
Type
Connection (if not used)
49
C1
OUT
GND
Picture Bus Chroma
71
CIN
IN
LV*
50
C0
OUT
GND
Picture Bus Chroma(LSB)
72
VIN1
IN
VRT*
Video 1 Analog Input
51
GND SY SUPPLYD
X
Ground, Sync Pad Circuitry
73
VIN2
IN
VRT
Video 2 Analog Input
52
V SUPSY SUPPLYD
X
Supply Voltage, Sync Pad Circuitry
74
VIN3
IN
VRT
Video 3 Analog Input
53
INTLC
OUT
LV
Interlace Output
75
VIN4
IN
VRT
Video 4 Analog Input
54
AVO
OUT
LV
Active Video Output
76
V SUPAI SUPPLYA
55
FSY/HC
OUT
LV
Front Sync/ Horizontal Clamp Pulse
56
MSY/HS
IN/OUT
LV
Main Sync/Horizontal Sync Pulse
57
VS
OUT
LV
Vertical Sync Pulse
78
VREF
OUT
X
58
FPDAT
IN/OUT
LV
Front-End/ Back-End Data
79
FB1IN
IN
VREF
59
V STBY SUPPLYA
X
Standby Supply Voltage
80
AISGND SUPPLYA
60
CLK5
LV
CCU 5 MHz Clock Output
61
NC
62
XTAL1
IN
X
Analog Crystal Input
63
XTAL2
OUT
X
Analog Crystal Output
64
ASGF
X
Analog Shield GND F
SUPPLYA
X
Ground, Analog Front-End
OUT
X
Reference Voltage Top, Analog
65 GND F
OUT -
Short Description
LV or GNDd No connected
66
VRT
67
I2CSEL
IN
X
I 2 C Bus Address Select
68
ISGND
SUPPLYA
X
Signal Ground for Analog Input, connect to GND F
X
Supply Voltage, Analog Front-End
69 V SUPF
SUPPLYA
Pin Pin Name No.
77
GND
AI
Type
Connection (if not used)
SUPPLYA
X X
X
Short Description
Chroma / Analog Video 5 I
Supply Voltage, Analog Co Inputs Front-End Ground, Analog Componen Front-End Reference Voltage Top, An Component Inputs Front-E Fast Blank Input
Signal Ground for Analog Inputs, connect to GND AI
Audio Processing - MSP3440G
Presentation for SVC Engineer
C N
S S V A
C N
S S V A
N I _ O N O C M N
P O T F E R V
R _ N I _ 1 C S
L _ N I 1 _ 1 G C S S A
R _ N I _ 2 C S
L _ N I 2 _ 2 G C S S A
R _ N I _ 3 C S
L _ N I 4 _ 3 G C S S A
R _ N I _ 4 C S
L _ N I _ 4 C C S N
C D N G A
S S V H A
S S V H C A N
C N
64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 AVSUP
65
40
CAPL_M
AVSUP
66
39
AHVSUP
ANA_IN1+
67
38
CAPL_A
ANA_IN-
68
37
SC1_OUT_L
ANA_IN2+
69
36
SC1_OUT_R
TESTEN
70
35
VREF1
XTAL_IN
71
34
SC2_OUT_L
XTAL_OUT
72
33
SC2_OUT_R
TP
73
32
ASG3
AUD_CL_OUT
74
31
NC
NC
75
30
NC
76
29
DACM_SUB
D_CTR_I/O_1
77
28
DACM_L
D_CTR_I/O_0
78
27
DACM_R
ADR_SEL
79
26
VREF2
STANDBYQ
80
25
DACA_L
MSP3410D
1
2 C L N C _ C 2I
3 A D _ C 2I
4 L C _ S 2I
5 S W _ S 2I
6
7
T U O _ A D _ S 2I
1 N I _ A D _ S 2I
8 A D _ R D A
9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 S W _ R D A
L P C U _ S R V D D A
P U S V D
P U S V D
S S V D
S S V D
S S V D
2 C C C Q C C R N I N N N T N N _ A E _ C S A A E D _ D R S 2I
NC
Audio Processing - MSP3410D
Presentation for SVC Engineer Pin Pin Name No.
Type
1
NC
2
I2C_CL
IN/OUT
3
I2C_DA
4
Connection (if not used) LV
Short Description
Pin Pin Name No.
Type
Connection (if not used)
Short Description
Not connected
26
V SUPPA SUPPLYD
X
Supply Voltage
OBL
I2Cclock
27
LLC2
OUT
LV
Double Clock Output
IN/OUT
OBL
I2C data
28
LLC1
IN/OUT
LV
Clock Output
I2S_CL
IN/OUT
LV
I2S clock
29 V SUPLLCSUPPLYD
X
Supply Voltage, LLC Circuitry
5
I2S_WS
IN/OUT
LV
I2S word strobe
30
GND LLC SUPPLYD
X
Ground, LLC Circuitry
6
I2S_DA_OUTOUT
LV
I2S data output
31
Y7
OUT
GND
Picture Bus Luma (MSB)
7
I2S_DA_IN1 IN
LV
I2S1 data input
32
Y6
OUT
GND
Picture Bus Luma
8
ADR_DA
OUT
LV
ADR data output
33
Y5
OUT
GND
Picture Bus Luma
9
ADR_WS
OUT
LV
ADR word strobe
34
Y4
OUT
GND
Picture Bus Luma
10
ADR_CL SUPPLYD
X
Supply Voltage, Digital Circuitry
35 GND Y
SUPPLYD
X
Ground, Luma Output Circuitry
11
DVSUP
SUPPLYD
X
Ground, Digital Circuitry
36 V SUPY
SUPPLYD
X
Supply Voltage, Luma Output Circuitry
12
DVSUP
SUPPLYD
X
Ground
13
DVSUP
IN/OUT
X
I 2 C Bus Clock
14
DVSS
IN/OUT
X
I 2 C Bus Data
15
DVSS
IN
X
Reset Input, Active Low
16
DVSS
IN
GND D
Test Pin, connect to GND D
17
I2S_DA_IN2 IN
GND D
VGAV Input
18
NC
IN
V SUPD
Y/C Output Enable Input, Active Low
19
NC
OUT
LV
FIFO Input Enable
20
NC
OUT
LV
FIFO Write Enable
21
RESET_Q
OUT
LV
FIFO Reset Write/Read
22
NC
OUT
LV
FIFO Read Enable
23
NC
OUT
LV
FIFO Output Enable
24
DACA_R
LV
Main Clock Output 20.25 MHz
IN/OUT
37
Y3
OUT
GND
Y Picture Bus Luma
38
Y2
OUT
GND
Y Picture Bus Luma
39
Y1
OUT
GND
Y Picture Bus Luma
40
Y0
OUT
GND
Y Picture Bus Luma(LSB)
41
C7
OUT
GND
Picture Bus Chroma (MSB)
42
C6
OUT
GND
Picture Bus Chroma
43
C5
OUT
GND
Picture Bus Chroma
44
C4
OUT
GND
Picture Bus Chroma
45
V SUPC SUPPLYD
X
Supply Voltage, Chroma Output Circuitry
46
GND C SUPPLYD
X
Ground, Chroma Output Circuitry
47
C3
OUT
GND
Picture Bus Chroma
48
C2
OUT
GND
Picture Bus Chroma
49
C1
OUT
GND
Picture Bus Chroma
50
C0
OUT
GND
Picture Bus Chroma(LSB)
Audio Processing - MSP3440G
Presentation for SVC Engineer Pin Pin Name No.
Type
Connection (if not used)
Short Description
Pin Pin Name No.
Type
Connection (if not used)
51
GND SY SUPPLYD
X
Ground, Sync Pad Circuitry
72
XTAL_OUT OUT
52
V SUPSY SUPPLYD
X
Supply Voltage, Sync Pad Circuitry
73
TP
LV
Test pin
53
INTLC
OUT
LV
Interlace Output
74
AUD_CL_OUT OUT
LV
Audio clock output(18.432MHz)
54
AVO
OUT
LV
Active Video Output
75
NC
LV
Not connected
55
FSY/HC
OUT
LV
Front Sync/ Horizontal Clamp Pulse
56
MSY/HS
IN/OUT
LV
Main Sync/Horizontal Sync Pulse
76
NC
LV
Not connected
57
SC1_in_R
LV
SCART 1input,right
77
D_CTR_I/O_1 IN/OUT
LV
D_CTR_I/O_1
58
VREFTOP
Reference voltage IF A/D converter
78
D_CTR_I/O_0 IN/OUT
LV
D_CTR_I/O_0
59
NC
60
MONO_IN
79
ADR_SEL
IN
OBL
I2C Bus address select
61
AVSS
OBL
Analog ground
80
STANDBYQ IN
OBL
Stand-by(low active)
62
AVSS
OBL
Analog ground
63
NC
LV
Not connected
64
NC
LV
Not connected
65
AVSUP
OBL
Analog power supply 5V
66
AVSUP
OBL
Analog power supply 5V
67
ANA_IN+
IN
LV
68
ANA_IN-
IN
AVSS via 56pF/LV
IF common{can be left vacant,only if IF input1 is also not in use}
69
ANA_IN2+
IN
AVSS via 56pF/LV
IF input{can be left vacant,only if IF input1 is also not in use}
70
TESTEN
IN
OBL
Test pin
71
XTAL_IN
IN
OBL
Crystal oscillator
IN
OBL IN
LV
Not connected
LV
Mono input
IF input 1
OBL
Short Description Crystal oscillator
LCD Monitor Controller - MX88L284
Presentation for SVC Engineer
Features Input • Converts NTSC/PAL and PC video signal into flat • PC video up to 1024X768@85Hz, and 1280X1024 @60Hz operation mode panel display device timing and resolution • Provide full frame buffer, reduce frame buffer and• Support YCrCb422,RGB888 mode (Interlace & Progressive) frame buffer less optional architecture. • Support TTL clock input • Built-in memory and output clock generator Output • Support Auto-tracking and Auto-position capabilities • Single and dual bit RGB data output • Support Auto-gain capability for input image • Built-in YCrCb to RGB color space converter • On-chip brightness and contrast adjustments • Built-in programmable Brightness and Contrast contr • On-chip gamma correction for panel compensation • Support Horizontal and Vertical position adjustment Memory
RGB24/YUV
PIXIN (RGB or YCrCb)
Scale Down with SmartScaling-2 Technology
MIU
DRAM Controller
Scale up with SmartScaling-2 Technology
VIP
Brightness Contrast control
OSD Generator
VOP
Autotracking Autoposition Autogain Mode Detection De-Interlaced
Color Conversion
BIU CPU I/F (RGB24)
VCG X 2
Gamma Correction
Odd/Even Mux
Dithering
OSD MUX Blending External OSD
PIXOUT-A (RGB) PIXOUT-B (RGB)
