# TFT LCD, 8 ", 1024 x 768 Pixels, Landscape, RGB, 3.3V
**URL**: https://novapart.co/products/MDT0800B1IHC-LVDS/tft-lcd-8-1024-x-768-pixels-landscape-rgb-33v
**SKU**: MDT0800B1IHC-LVDS
**Manufacturer**: MIDAS DISPLAYS
**Category**: Optoelectronics & Displays || Displays || LCD Displays || TFT LCD Displays
**Price**: €37.1800
**Stock**: 10+
## Description
Available until stocks are exhausted
## Specifications
| Parameter | Value |
|---|---|
| Svhc | No SVHC (10-Jun-2022) |
| Vga Size | - |
| Resolution | 1024 x 768 Pixels |
| Module Size | 183.2mm x 141.09mm |
| Touchscreen | Capacitive Touch |
| Display Size | 8" |
| Logic Voltage | 3.3V |
| Product Range | MDT0800B |
| Display Pinout | 40 Way FFC |
| Interface Type | LVDS |
| Display Appearance | RGB |
| Display Brightness | 800cd/m² |
| Display Orientation | Landscape |
| Operating Temperature Max | 50°C |
| Operating Temperature Min | -10°C |
## Datasheet
📄 [Download PDF](https://novapart.co/datasheet/farnell:3565107/)
Electra House, 32 Southtown Road Great Yarmouth, Norfolk Great Yarmouth, Norfolk NR31 0DU, England ElectraNR31 ODU, House,England 32 Southtown Road
Telephone +44 (0)1493 602602 Fax +44 (0)1493 665111 Fax +44 (0)1493 665111 Telephone +44 (0)1493 602602 Email:sales@midasdisplays.com Email:sales@midasdisplays.com www.midasdisplays.com www.midasdisplays.com
TFT Module Module
||**Specification**
Specification|
|---|---|
|Version:|Date:
Date:|
||**Revision**|
|**Display Accessories**
Display Accessories||**Optional Variants**
Optional Variants||
|---|---|---|---|
|**Part Number**
**Description**
~~|PartNumber~~
~~|~~
~~__—Description~~||**Appearances**|**Voltage**|
## General Specifications
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|||||||||
|---|---|---|---|---|---|---|---|
|Characteristicsst|
|Mechanical|
|Note|1:|Requirements|on|Environmental|Protection:|RoHs|
|Note|2:|LCM|weight|tolerance:|+/|-|5%|
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## Input/Output Terminals
## LCD PI ~~N-~~ MAP
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|||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|
|ve|||smbot|||Deserton|
|5|RESET|connecting|with|an|
|RC|reset|Normally|pull|hight(R=100K,C=1UF)|
|Bia|eel|
|control|,source|driver|will|turn|off|all|output|are|high|-|Z|
|8|||stave|[hl|source ater|fa cautare|g|hz|
|8|||||RXIN|O|[Negative|LVDS|
|||9|||RXINO+||diferentPositive|LVDS|different|i|aldataaldatainputinput|
|| 27 ||DIMO___||Backlight|CABC|controller signal|output|
**----- End of picture text -----**
I: input, O: output, P: Power
Note1: If LVDS input data is 6 bits, selb must be set to High;
If LVDS input data is 8 bits, selb must be set to Low. Note2: When CABC ~~_E~~ N="00”, CABC OFF ~~.~~ When CABC ~~_E~~ N="01”, user interface image ~~.~~ When CABC ~~_E~~ N="10”, still picture.
When CABC ~~_EN~~ ="11”, moving image.
When CABC off, don’t connect DIMO, else connect it to backlight. Note3: When L/R="0”, set right to left scan direction ~~.~~ When L/R="1”, set left to right scan direction ~~.~~ When U/D="0", set top to bottom scan direction ~~.~~ When U/D="1", set bottom to top scan direction ~~.~~
## CTP PI ~~N-~~ MAP
——SSS—~—“—~S~sSCSCSCS ‘Pin [Signal [Description “3 |[ ~~D~~ -__|Negativevollagedataine SSOS~—~S~s~—~S
## BL PI ~~N-~~ MAP
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## Electrical characteristics
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||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Driving|TFT|LCD|Panel|
|tem|TY|sambot|[mn|[tv|[max|[Unie|| Remark|
|~|vec|||3|0|||3|3|||3|6|||ov|||-|
|7|Aveo|||o|a|||wo|||2|]|vil|-|
|Sve|[s|r|[|re|fas|||vip|
|jputsina|tv|atage|
|[pute ranvetge||vwvow||[|o72|v6er|||3=|6 |||vee46 |v[ow|||
|[—rptosictwve|t|ege|
|Note|1:|Be|sure|to|apply VCC|and||VGLvwto|the|LCD=first,|and|=thenioapply|a|vesVGH|].|v|
**----- End of picture text -----**
Note 2: VCC setting should match the signals output voltage (refer to Note 3) of customer’s system board ~~.~~
Note 3: Typical Vcom is only a reference value; it must be optimized according to each LCM, please use VR and base on below application circuit ~~.~~ Note 4: Reset, stbyb, selb, L/R, U/D, cabcenO, cabcen 1 ~~.~~
## LED Driving Conditions
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|||||||||||
|---|---|---|---|---|---|---|---|---|---|
|Forward Curent||e|||=|SAD|||=|| mv|
|Backlight Power consumption|||Wa|f|e|5.184|—|-|||wl|
**----- End of picture text -----**
Note 1: Each LED: IF =60 mA, VF =3.2+/0.2V ~~.~~
Note 2: Optical performance should be evaluated at Ta=25°C only ~~.~~ Note 3: If LED is driven by high current, high ambient temperature & humidity condition ~~.~~ The life Time of LED will be reduced. Operating life means brightness goes down to 50% initial brightness ~~.~~ Typical operating life time is estimated data.
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ee A
K
Figure: LED connection of backlight(Constant Current)
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## Power ON.OFF sequence
§,.2.1. Power on:
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a> os
q | ' = te
VDD ieee
STBYR oP rSOyg!
—~! 5 0)fus i
RESET i / i >345ms ‘et
i t1 ee.i ——-— ——_________#,1 '1
LVDS |
Signal i ' Normal signal 4
' <20ms t i
es
AVDD ft
L i
VCOM /\2J0us |
VGL rf >40us
VGH ft ' >)20ms |
gt
BL fi
5.2.2. Power off:
VDD ry
STBYB \
RESET H mis 1,
! =
Signal Nortnal sinal
AVDD ‘, ;
' H
VCOM i >100ms \. i
u '
VGL "\,
VGH >m(hinis | A >S0ims :
BL th /
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## Timing Characteristics
## AC electrical characteristics
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|
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rine | Tye. [Max
Clock low time | [Two] | - | aK7tReox) | - | ns ||
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; VPs tb
elk i roe he aed 7 I
;! - | io it = : i
Fancast ben ! t ia : €™, 4 } f i t i - i
esFy, mi WT 3 i at io ion ot
jcstireamt -—— ta a : ;
ee _ a 4 —— t t
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i pos
t ictal Straie portion. ic a
t ve 4
a
|| Taw | |
Tawa | | Tien 1
|I|
I| i
Pinan — Frain i
ideal TX Pulse Position ideal TX Pulee Posi
Tras ReSove! stfabe mang
Fon! Receiver strobe pasltion
Ty | Stobe width (internal data sampling wince
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## DC Electrical Characteristics
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)
| Min. | Typ. | Max. |
renee | | Re
Differential input high
Differential input low
Input voltage range
(singled-end) Rm | of = | ae fv]
Differential input common mode
Single-end Signals
NINDx ey\ ASR, 7) =" LOW = =
ne
xVCM . ___ | Differential. input Voltage
\ 1 Miol
PINDx ; *. —_— —
1 PINDX*NINDX=|Viol>Ryyqj="HIGH"|
. We1 WIC
Differential Signal : .
.
: R
PINDx-NINDx
: Viol
a T
Ravi [Mol
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## Timing Diagram
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Item Symbol Remark
jie | type | Ma
Clock Frequency folk 52 65 71 wag (Ree ae
=TBD
Horizontal display area 1024 a a
A pared time ia | 1944] 1400 Jooxf
<=—_7—_=—_-_—_ > & —<—
Vsyne | | | |
» be i Nae — typ. n« Lup »
DE UAL nl
i LH
Hsyne
toe t 1 H tage
DE !
3.3.5. Data Input Format
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6bit LVDS input
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PING I |
I [|]
\ I
NING: I |
1
| [I]
| |
IND4
1
1 [|]
I |
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## Optical Characteristics
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|||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
||_items_——_[|Symbol |Condition||Min|.|||Typ|.|| Max|.|||Unit|||Remark|||Note|||
|luminance|
|Luminance|Yu|0=0°|||70|%|FIG|.|2|Note3|
|uniformity|jm|||foe|||||
|Note6|
|Viewing|[angle]|1|fame|[=|fe|ow|||
|com|| ae|[|=|[we]|= | ow|||
|e|ae|
|f|os|Cr|m|
||TBD|TBD|T|BD-|||
|peo|[IBD|| TBD | TBD]|=|
|chromaticity|ey~|(FBO([TBD|TBD|TTED [TED ||BD-=|||||FIEZ|™|||eg|
|ranog?|TBDLIBD|TBD|T|[|TBD|TB]|BD-|[D]|-|[{]||||CIE1931|
|He|rep ||Teo|[Teo||=|
|TBD |TBD|TBD[-|
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## Notel. Definition of contrast ratio
Contrast ratio(Cr) is defined mathematically by the following formula ~~.~~ For more information see FIG ~~.2.~~
Luminance measured when LCD on the “White” state
## Contrast ratio=
Luminance measured when LCD on the “Black” state
For contrast ratio, Surface Luminance, Luminance uniformity and CIE,the testing data is base on TOPCON’ s BM ~~-5~~ or BM ~~-7~~ photo detector or compatible ~~.~~
## Note2. Definition of surface luminance.
Surface luminance is the luminance with all pixels displaying white. For more information see FIG ~~.2.~~ Lv = Average Surface Luminance with all white pixels(P1,P2,P3, ......,Pn)
Note3. Definition of luminance uniformity
The luminance uniformity in surface luminance is determined by measuring luminance at each test position 1 through n, and then dividing the maximum luminance of n points luminance by minimum luminance of n points luminance ~~.~~ For more information see FIG ~~.2.~~
YU ~~Minimum surface luminance with~~ all ~~white pixels (P1,P2,P3.......,Pn)~~ Maximum surface luminance with all white pixels (P1,P2,P3.......,Pn)
## Note4. Definition of response time
The response time is defined as the LCD optical switching time interval between “White” state and “Black’state ~~.~~ Rise time (Tr) is the time between photo detector output intensity changedsfrom 90% to 10% ~~.~~ And fall time (Tf) is the time between photo detector output intensity changed from 10% to 90% ~~.~~
For additional information see FIG1 ~~.~~
Note5. Definition of color chromaticity (CITE1931) CIE (x,y) chromaticity,The x,y value is determined by screen active area center position P5.For more information see FIG.2.
## Note6. Definition of viewing angle
Viewing angle is the angle at which the contrast ratio is greater than 10 ~~.~~ Angles are determined for the horizontal or x axis and the vertical or y axis with respect to the z axis which is normal to the LCD surface. For more information see FIG.3.
For viewing angle and response time testing, the testing data is base on Autroni ~~c-~~ Melchers’ s ConoScope or DMS series Instruments or compatible.
FIG ~~.~~ 1 ~~.~~ The definition of response Time
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Tr Tf
100% it 1 4
_ ® 90% TTT Sass tn ae, iii
—J Qa. 1 1 1 1
Qa am ¥ 7
Oo m\ i
a i y:
10% re [Ne] [ee] ee
white = ' ' white
FIG .2. Measuring method for contrast ratio, surface luminance, <~<— —_—- ff
A Ale
luminance uniformity, CIE (x,y) chromaticity C ;
Size : S<5"(see Figure a)A:5mmB:5mm ; ie | of
H,V : Active area Pl Fe
Light spot size @=5mm(BM- 5 ) or @=7.7mm (BM - 7)50cm distance or Bs
compatible distance from the LCD surface to detector lens. = &§
testmeasurement spot positioninstrument: see Figure: TOPCON’s a. luminance meter BM -5 or eep4 Ll
BM -7 or compatible (See Figure c). oly| FF |
Size : 5°<$s12.3"(see Figure b) H,V : Active area
Light spot size @=5mm(BM- 5 ) or @=7 . 7mm (BM =7 )50cmedistance or HVE, Columns |
compatible distance from the LCD surface to detector lens .
test spot position : see Figure b . V/6 | Bs cb des
measurement instrument : TOPCON’s luminance meter BM -5 or 5 :
BM -7 or compatible (see Figure c) . sie
| PHOTO DETECTOR
a | BM -5 /BM -7 | 3
FIELD.1* .
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| PHOTO DETECTOR
a | BM -5 /BM -7
FIELD.1*
7
CENTER OF THE SCREEN
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## FIG ~~.~~ 3 ~~.~~ The definition of viewing angle
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6=0
Up z
®=90
(12:00) ~
y
_
H
Left Right
=180 o=0
(9:00) (3:00)
Down
®=270
(6:00)
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|||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
|Environmental|/|Reliability|Tests|
|.|Note|1|
|se)|retmm|[|conten|mais|
|1|Ooo|ag|perare|Ts= +50°C,|96hrs|IEC60068-|2|-|2|,|
|P|GB2423|.|2|-|89|
|Low Temperature|re|Note|2|IEC60068|-2-1|
|High|Temperature|_|°|IEC60068|-2-2|
|Low Temperature|—|ans|IEC60068|-2-1|
|>|High Temperature &|_|°|0|IEC60068|-2-3|
|| Humidity Storage|Ta= +60|°C, 90% RH|max,120 hours|||Gp r72493,3|-|2006|
|Start|with|cold|
|Thermal Shock|-20°C|30 min|460°C|30 min|rich toRerature|
|(Non-operation)|Change time:|5min,|30|Cycle|IEC60068-|2-1|4,|
|GB2423|,2|2|-8|7|
|.|C=150pF,|R=330|Q,|5|points/panel|
|;|echo|J|Static ||pir-+8KVeSitimes*|Contact: +4KV,|5|IEC61000|-4-2|
|a|eration)|times;|(Environment:|15°C ~|GB/T17626|.2-|1998|
|P|35°C,|30%|~ 60%,|86Kpa|~|106Kpa)|
|Frequency|range:|10~55Hz,|Stroke:|
|Vibration|1.mm|Sweep:|10Hz~55Hz~10Hz|IEC60068|-2-|6|
|(Non|-o|peration)|2|hours|for each|direction ofX|.|Y.|Z|.|GB/T2423.5|-|1995|
|(package|condition)|
|Shock|(Non|-o|peration)|60G 6ms,|+ X,|+Y|,+Z|IEC60068-2-27|
|P|3|times|for each|direction|GB/T2423.5|-|1995|
|Height:|80|cm,|1|corner,|3|edges,|IEC60068|-2-|32|
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Note:1. Ts is the temperature of panel’s surface. 2. Tais the ambient temperature of sample.
3 ~~.~~ The size of sample is 5pcs ~~.~~
## Mechanical Drawing
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**----- End of picture text -----**
## TFT ~~-~~ LCD Module Inspection Criteria
## Scope
The incoming inspection standards shall be applied to TFT ~~-~~ LCD Modules (hereinafter Called "Modules") that supplied by Midas Displays.
## Incoming Inspection
The customer shall inspect the modules within twenty calendar days of the delivery date (the “inspection period) at its own cost. The result of the inspection (acceptance or rejection) shall be recorded in writing, and a copy of this writing will be promptly sent to The seller, If the results of the inspecting from buyer does not send to the seller within twenty Calendar days of the delivery date ~~.~~ The modules shall be regards as acceptance. Should the customer fail to notify the seller within the inspection period, the buyers Right to reject the modules shall be lapsed and the modules shall be deemed to have Been accepted by the buyer
## Inspection Sampling
3.1. Lot size: Quantity per shipment lot per model
3.2. Sampling type: Normal inspection, Single sampling 3 ~~.~~ 3. Inspection level: Il
3 ~~.~~ 4 ~~.~~ Sampling table: MI ~~L-~~ STD ~~-~~ 105E 3 ~~.~~ 5 ~~.~~ Acceptable quality level CAQL ) Major defect: AQL=0.65 Minor defect: AQL=1.00
## Inspection Conditions
4 ~~.~~ 1 Ambient conditions:
a ~~.~~ Temperature: Room temperature 25+ 5°C
b. Humidity: (60410) %RH
c. Illumination: Single fluorescent lamp non ~~-d~~ irective (300 to 700 Lux)
4 ~~.~~ 2 Viewing distance
The distance between the LCD and the inspector’s eyes shall be at least 35-5 cm ~~.~~ 4 ~~.~~ 3 Viewing Angle
U/D: 45 ° /45° , LIR: 45° /45°
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_ a ae Eve positon
a. r———_
"Ne ar wf
s
%i1 raP
ere 3 5cm—40cm
oP % : ae
**----- End of picture text -----**
## Inspection Criteria
Defects are classified as major defects and minor defects according to the degree of Defectiveness defined herein ~~.~~
## Major defect
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**----- Start of picture text -----**
Items to be
inspected
1) No display
All functional 2) Display abnormally
S.A.
defects 3) Short circuit
4) line defect
Minor defect
Items to be inspected | Inspection standard
For dark/white spot is defined
x
Spot Defect —> dt y
5.2.1 Including Black Se y
spot White spot A
Pinhole Foreign
particle Size o(mm) Acceptable Quantity
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||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|
|Define:|
|Y|fe|
|cs|idth|
|ie|
|Length|
|5.2.2|Line Defect|Width(mm) Length(mm)|
|Including|Black|line|Acceptable|Quantity|
|White|line|Scratch|
|0.05|2.5|Not|allowed|
|Sizeg(mm)|Acceptable|Quantity|
|“|Dent/Bubble|03|
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1.Corner Fragment:
X<3mm Ignore
YZT X: Length
Y: Width
5.2.5 Glass defect Z: thickness
2. Side Fragment:
ae a
eA, ee
1 Pe | me ry
é (oe
oe or ges
X<5.0mm T: Glass thickness
Y ZST Y: Width
Z: thickness
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O|F
V I V2
H
**----- End of picture text -----**
## l area & O area
- Note: 1) ~~.~~ Dot defect is defined as the defective area of the dot area is larger than
- 50% of the dot area ~~.~~
- 2). The distance between two bright dot defects (red, green, blue, and white)
- should belarger than 15mm.
- 3) ~~.~~ The distance between black dot defects or black and bright dot defects should be more than 5mm apart ~~.~~
- 4) ~~.~~ Polarizer bubble is defined as the bubble appears on active display area ~~.~~ The
- defect of polarizer bubble shall be ignored if the polarizer bubble appears on the outside of active display area.
## Mechanics specification
As for the outside dimension, weight of the modules, please refer to product specification For more details
## Precautions for Use of LCD modules
## Handling Precautions
1.1. The display panel is made of glass ~~.~~ Do not subject it to a mechanical shock by dropping it from a high place, etc ~~.~~
1 ~~.~~ 2. If the display panel is damaged and the liquid crystal substance inside it leaks out, be sure not to get any in your mouth, if the substance comes into contact with your skin or clothes, promptly wash it off using soap and water ~~.~~
1.3. Do not apply excessive force to the display surface or the adjoining areas since this may cause the color tone to vary ~~.~~
1.4. The polarizer covering the display surface of the LCD module is soft and easily scratched ~~.~~ Handle this polarizer carefully ~~.~~
1 ~~.~~ 5. If the display surface is contaminated, breathe on the surface and gently wipe it with a soft dry cloth. If still not completely clear, moisten cloth with one of the following solvents:
— Isopropyl alcohol — Ethyl alcohol Solvents other than those mentioned above may damage the polarizer. Especially, do not use the following: ~~—~~ Water ~~—~~ Ketene ~~—~~ Aromatic solvents
1 ~~.~~ 6 ~~.~~ Do not attempt to disassemble the LCD Module ~~.~~
1 ~~.~~ 7. If the logic circuit power is off, do not apply the input signals ~~.~~
- 1 ~~.~~ 8 ~~.~~ To prevent destruction of the elements by static electricity, be careful to maintain an optimum work environment.
1.8.1. Be sure to ground the body when handling the LCD Modules.
1 ~~.~~ 8 ~~.~~ 2 ~~.~~ Tools required for assembly, such as soldering irons, must be properly ground ~~.~~
1 ~~.~~ 8 ~~.~~ 3 ~~.~~ To reduce the amount of static electricity generated, do not conduct assembly and other work under dry conditions ~~.~~
1.8.4. The LCD Module is coated with a film to protect the display surface. Be care when peeling off this protective film since static electricity may be generated ~~.~~
## Storage Precautions
2 ~~.~~ 1 ~~.~~ When storing the LCD modules, avoid exposure to direct sunlight or to the light of fluorescent lamps.
2.2. The LCD modules should be stored under the storage temperature range If the LCD modules will be stored for a long time, the recommend condition is: Temperature :0°C ~ 40°C Relatively humidity: <80%
2 ~~.~~ 3 ~~.~~ The LCD modules should be stored in the room without acid, alkali and harmful gas ~~.~~
## Transportation Precautions
The LCD modules should be no falling and violent shocking during transportation, and also should avoid excessive press, water, damp and sunshine ~~.~~
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## Links
- [View this product on Novapart](https://novapart.co/products/MDT0800B1IHC-LVDS/tft-lcd-8-1024-x-768-pixels-landscape-rgb-33v)
- [Request a quote for this part](https://novapart.co/quote/)
- [Supplier page](https://es.farnell.com/midas-displays/mdt0800b1ihc-lvds/lcd-tft-module-8-1024-x-768p-lvds/dp/3565107)
---
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