Surenoo SLV0700B-1024600 Series LVDs Interface TFT LCD Module User Manual

Model No.: SLV0700B-1024600 Reference Controller Datasheet
LVDS Interface LCD Module Selection Guide
FT5426

GENERAL INFORMATION

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Module Interface Type

| LCD| LVDS interface| –
CTP| USB interface| –
Module Input voltage| 5.0V| V
Module Power consumption| –| mW
Color Numbers| 16.7M| –
Backlight Type| White LED| –

EXTERNAL DIMENSIONS

ABSOLUTE MAXIMUM RATINGS

Parameter of absolute __**maximum ratings| __**

Symbol

| __

Min

| __

Max

| __

Unit

---|---|---|---|---
Operating temperature| Top| -20| 70| ℃
Storage temperature| Tst| -30| 80| ℃
Humidity| RH| –| 90%(Max 60℃)| RH

Note: Absolute maximum ratings means the product can withstand short- term, not more than 120 hours. If the product is a long time to withstand these conditions, the life time would be shorter.

ELECTRICAL CHARACTERISTICS(DC CHARACTERISTICS)

Parameter of DC characteristics| Symbol| Min.| Typ.| Max.| Unit
---|---|---|---|---|---
LVDS Differential input high threshold voltage| RX VTH| –| –| +0.1| V
LVDS Differential input low threshold voltage| RX VTL| -0.1| –| –| V
LVDS Differential input common mode voltage| RX VCM| VID / 2|  | 2.4 – VID / 2| V
LVDS Differential input voltage| VID| 0.2| –| 0.6| V

BACKLIGHT CHARACTERISTICS

Item of backlight

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characteristics

| __

Symbol

| __

Min.

| __

Typ.

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Max.

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Unit

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Remark

---|---|---|---|---|---|---
Forward Voltage| Vf| 8.7| 9.3| 9.9| V| Note1
Forward Current| If| –| 180| –| mA| –
Number of LED| –| –| 3*9=27| –| Piece| –
LED Connection mode| P/S| –| Serial/Parallel| –| –| –
Lifetime of LED| –| –| 10000| –| hour| Note2

Note:

• Note1: The LED Supply Voltage is defined by the number of LED at Ta=25℃ and If=180mA.
•  Note2: The LED lifetime define as the estimated time to 80% degradation of initial luminous. The LED lifetime could be decreased if operating If is larger than 180mA.
•  Backlight control via the BL_PWM pin.
•  Backlight circuit:

CTP CHARACTERISTICS

Item of CTP __**characteristics| __**

Specification

| __

Unit

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Remark

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Panel Type| Glass Cover + Glass Sensor| –| –
Resolution| 1024 × 600| pixel| –
Surface Hardness| ≥6H| –| –
Transparency| ＞82%| –| –
Driver IC| –| –| –
Interface Type| USB| –| –
Support Points| 5| –| –
Sampling Rate| 20~100| Hz| –
Supply voltage| 3.3| V| –

ELECTRO-OPTICAL CHARACTERISTICS

Item of electro-optical characteristics| __

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Symbol

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Condition

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Min.

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Typ.

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Max.

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Unit

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Remark

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Note

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Response time| Tr+Tf| __

θ=0

 =0

Ta=25℃

| –| 25| 50| ms| FIG 1.| 4
Contrast Ratio| CR| –| 400| –| –| FIG 2.| 1
Luminance uniformity|  WHITE| –| 80| –| %| FIG 2.| 3
Surface Luminance| Lv| –| 250| –| cd/m2| FIG 2.| 2
CIE (x, y)

chromaticity

| __

White

| White x| θ=0

 =0

Ta=25℃

| –| 0.31| –| __

–

| __

FIG 2.

| __

5

White y| –| 0.33| –
__

Viewing angle range

|  =90(12 o’clock)| __

CR  10

| –| 70| –| deg| __

__

FIG 3.

| __

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6

 =270(6 o’clock)| –| 75| –| deg
 =0(3 o’clock)| –| 75| –| deg
 =180(9 o’clock)| –| 75| –| deg
NTSC ratio| –| –| –| 50| –| %| –| –

Note 1. Contrast Ratio(CR) is defined mathematically by the following formula. For more information see FIG 2.:

Note 2. Surface luminance is the LCD surface from the surface with all pixels displaying white. For more information see FIG 2.
Lv=Average Surface Luminance with all white pixels (P1,P2,P3,P4,P5,P6,P7,P8,P9)
Note 3. The uniformity in surface luminance（WHITE）is determined by measuring luminance at each test position 1 through 9, and then dividing the maximum luminance of 9points luminance by minimum luminance of 9 points luminance. For more information see FIG 2.

Note 4. Response time is the time required for the display to transition from White to black(Rise Time, Tr) and from black to white(Decay Time, Tf). For additional information see FIG 1.
Note 5. CIE (x, y) chromaticity ,The x,y value is determined by screen active area position 5.
For more information see FIG 2.
Note 6. Viewing angle is the angle at which the contrast ratio is greater than a specific value.
For TFT module, the specific value of contrast ratio is 10.The 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.
Note 7. For Viewing angle and response time testing, the testing data is base on Autronic-Melchers’s ConoScope. Series Instruments. For contrast ratio, Surface Luminance, Luminance uniformity and CIE，the testing data is base on BM-7 photo detector.
Note 8. For TN type TFT transmissive module, Gray scale reverse occurs in the direction of panel viewing angle.
FIG.1. The definition of Response Time

CIE (x , y) chromaticity
A : H/6 ;
B : V/6 ;
H,V : Active Area(AA) size
Measurement instrument: BM-7; Light spot size=5mm, 350mm distance from the LCD surface to detector lens.

FIG.3. The definition of viewing angle

INTERFACE DESCRIPTION

Connector: DF19G-20P-1H

R0~R5,G0

6| RX0+| I| +LVDS Differential Data Input
7| GND| P| Ground|
8| RX1-| I| -LVDS Differential Data Input| __

G1~G5,B0,B1

9| RX1+| I| +LVDS Differential Data Input
10| GND| P| Ground|
11| RX2-| I| -LVDS Differential Data Input| __

B2~B5,HS,VS,DE

12| RX2+| I| +LVDS Differential Data Input
13| GND| P| Ground|
14| RXCLK-| I| -LVDS Differential Clock Input| __

LVDS CLK

15| RXCLK+| I| +LVDS Differential Clock Input
16| GND| P| Ground|
17| RX3-| I| -LVDS Differential Data Input| __

R6,R7,G6,G7,B6,B7

18| RX3+| I| +LVDS Differential Data Input
19| GND| P| Ground|
20| BL_PWM| I| Backlight control signal|

INPUT TIMING

HV mode input Timing table

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Parameter

| __

Symbol

| Value| __

Unit

---|---|---|---
Min.| Typ.| Max.
DCLK frequency@ Frame rate=60Hz| DCLK| 44.9| 51.2| 63| MHz
Horizontal display area| thd| 1024| DCLK
1 Horizontal Line| th| 1200| 1344| 1400| DCLK
HSYNC pulse width| thpw| 1| –| 140| DCLK
HSYNC Blanking| thb| 160| 160| 160| DCLK
HSYNC Front Porch| thfp| 16| 160| 216| DCLK
Vertical display area| tvd| 600| H
VSYNC period time| tv| 624| 635| 750| H
VSYNC pulse width| tvpw| 1| –| 20| H
VSYNC Blanking| tvb| 23| 23| 23| H
VSYNC Front Porch| tvfp| 1| 12| 127| H

RELIABILITY TEST CONDITIONS

A 、 Inspection after test:

Inspection after 2~4 hours storage at room temperature, the sample shall be free from defects:

Ø  Air bubble in the LCD;

Ø  Sealleak;

Ø  Non-display;

Ø  Missing segments;

Ø  Glass crack;

Ø  Current is twice higher than initial value.

B 、 Remark:

Ø  The test samples should be applied to only one test item.

Ø  Sample size for each test item is 5~10pcs.

Ø  Failure Judgment Criterion: Basic Specification, Electrical Characteristic, Mechanical Characteristic, Optical Characteristic.

INSPECTION CRITERION

This specification is made to be used as the standard of acceptance/rejection criteria for TFT-LCD/IPS TFT-LCD module product, and this specification is applicable only in the case that the size of module equal to or exceed than 3.5 inch.
11.1 Sample plan
Sampling plan according to GB/T2828.1-2003/ISO 2859-1：1999 and ANSI/ASQC
Z1.4-1993,normal level 2 and based on:
Major defect: AQL 0.65
Minor defect: AQL 1.5
11.2 Inspection condition
Viewing distance for cosmetic inspection is about 30cm with bare eyes, and under an environment of 20~40W light intensity, all directions for inspecting the sample should be within 45°against perpendicular line. (Normal temperature 20~25℃and normal humidity 60 ±15%RH )
11.3 Definition of Inspection Item.
A、Definition of inspection zone in LCD.

Zone A: character/Digit area
Zone B: viewing area except Zone A (Zone A + Zone B=minimum Viewing area)
Zone C: Outside viewing area (invisible area after assembly in customer’s product)
Fig.1 Inspection zones in an LCD
Note: As a general rule, visual defects in Zone C are permissible, when it is no trouble for quality and assembly of customer’s product.
B、Definition of some visual defect

Bright dot

| Because of losing all or part function, bad pixel dots appear bright and the

size is more than 50% of one dot in which LCD panel is displaying under black pattern.

---|---

Dark dot

| Dots appear dark and unchanged in size in which LCD panel is displaying

under pure red, green, blue picture, or pure whiter picture.

Item __**No.| Items to be **inspected| ** **

Inspection standard

| Classification __**of defects
---|---|---|---
__**

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1

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Functional defects

| 1) No display

2. Display abnormally

3. Missing vertical, horizontal segment

4. Short circuit

5. Excess power consumption

6)Backlight  no  lighting,  flickering  and  abnormal lighting

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major

2| Missing| Missing component
3| Outline dimension| Overall outline dimension beyond the drawing is not allowed

11.5 Minor Defect

Item

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No.

| Items to be

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inspected

| __

Inspection standard

| Classification

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of defects

---|---|---|---
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1

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Bright dot

/dark dot defect

|  | Zone| Acceptable Qty|  | __

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Minor

A+B| __

C

3.5～7”| 7～10.1”| ＞10.1”
Bright pixel dot| 1| 2| 3| Acceptable
Dark pixel dot| 4| 4| 4
2bright dots adjacent| 0| 0| 0
2dark dots adjacent| 0| 0| 0
Total bright and dark

dots

| 5| 6| 7
Note: Minimum distance between defective dots is more than 5mm; Pixel dots’ function is normal, but bright dots caused by foreign

material and other reasons are judged by the dot defect of 5.2.

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2

| __

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|  | Zone

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Size(mm)

| Acceptable Qty|  | __

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Minor

A+B| __

C

3.5”～7”| 7～10.1”| ＞10.1”
Φ≤0.2| Acceptable| Acceptable| Acceptable| Acceptable
0.2＜Φ≤0.5| 4| 5| 6
Φ＞0.5| 0| 0| 0
Note:

1.  Minimum distance between defective dots is more than 5 mm;

2.  The quantity of defect is zero in operating condition.

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3

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Linear defect

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Minor

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4

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Polarizer defect

| 5.4.1 Polarizer Position

( i) Shifting in position should not exceed the glass outline dimension.

( ii ) Incomplete covering of the viewing area due to shifting is not allowed.

5.4.2 Dirt on polarizer

Dirt which can be wiped easily should be acceptable.

5.4.3 Polarizer Dent & Air bubble

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5.4.4 Polarizer scratch

(i) If the polarizer scratch can be seen after cover assembling or in the operating condition, judge by the linear defect of 5.3. ( ii )If the polarizer scratch can be seen only in non-operating condition or some special angle, judge by the following:

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Minor

---|---|---|---
 | Zone

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Size (mm)

| Acceptable Qty|
A+B| __

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C

Length| Width| 3.5”～7”| 7～10.1”| ＞10.1”
Ignore| W≤0.05| Acceptable| Acceptable| Acceptable| Acceptable
1.0＜L

≤5.0

| 0.05＜

W≤0.20

| __

4

| __

5

| __

6

L＞5.0| W＞0.2| 0| 0| 0
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5

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MURA

| __

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Using 3% ND filter, it’s NG if it can be seen in R,G,B picture.

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Minor

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White/Black dot（MURA）

| __

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Visible under：ND3%；D≦0.15mm, Acceptable； 0.15mm<D≦0.5mm, N≦4；D>0.5mm, Not allowable.

Item

No.

| Items to be

inspected

| Inspection Standard| Classification

of defects

---|---|---|---
1| Difference in Spec.| Not allowable| Major
2| Pattern peeling| No substrate pattern peeling and floating| Major
__

3

| __

Soldering defects

| No soldering missing| Major
No soldering bridge| Major
No cold soldering| Minor
4| Resist flaw on PCB| Visible copper foil (Φ0.5 mm or more) on substrate

pattern is not allowed

| Minor
5| FPC gold finger| No dirt, breaking, oxidation lead to black| Major
6| Backlight plastic frame| No deformation, crack, breaking, backlight positioning column

breaking, obvious nick.

| Minor
7| Marking printing effect| No dark marking, incomplete, deformation lead to

unable to judge

| Minor
8| Accretion of metallic

Foreign matter

| No accretion of metallic foreign matter (Not exceed Φ0.2mm)| Minor
9| Stain| No stain to spoil cosmetic badly| Minor
10| Plate discoloring| No plate fading, rusting and discoloring| Minor
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11

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1. Lead parts

| a. Soldering side of PCB Solder to form a ‘Filet’ all around the lead. Solder should not hide the lead form perfectly.| Minor
b. Components side(In case of ‘Through Hole PCB’) Solder to reach the Components side of PCB.| Minor
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2. Flat packages

| Either ‘Toe’(A) or ‘Seal’(B)of the lead to be covered by “Filet”. Lead form to be assume over Solder.

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Minor

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3. Chips

| (3/2) H ≥h ≥(1/2) H

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Minor

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4. Solder ball/Solder splash

| a. The spacing between solder ball and the conductor or solder pad h ≥0.13 mm. The diameter of solder ball d≤0.15

mm.

| Minor
b. The quantity of solder balls or solder splashes isn’t beyond

5 in 600 mm2.

| Minor
c. Solder balls/Solder splashes do not violate minimum electrical clearance.| __

Major

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Shenzhen Surenoo Technology Co.,Ltd. www.surenoo.com
Skype: Surenoo365

References

• Surenoo Tech: Professional LCD Module Supplier Since 2005

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