ZETTLER DISPLAYSSPECIFICATIONS FORTOUCH PANELCUSTOMER APPROVAL※ PART NO. : ATM0700L47-CT5 (ZETTLER DISPLAYS) VER1.1
APPROVALCOMPANYCHOPCUSTOMERCOMMENTSZETTLER DISPLAYS ENGINEERING APPROVALDESIGNED BY
HerbertCHECKED BYAPPROVED BY

ATM0700L47-CT5(ZETTLER DISPLAYS) TFT MODULE V1.1.

DOCUMENT REVISION HISTORY
Change No.

Date

Subject And Reason

Version No.

1

2017.03.09

NEW

1.0

2

2017.03.29

LUMINANCE

1.1

ZETTLER DISPLAYSMODIFY

Responser

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CONTENTS--. COVER ............................................................................................. 1--. DOCUMENT REVISION HISTORY ................................................ 2--. CONTENTS ..................................................................................... 3
1. OVERVIEW ..................................................................................... 4
2. ABSOLUTE MAXIMUM RATINGS ................................................ 5
3. ELECTRICAL CHARACTERISTICS .............................................. 6
3.1. Typical Operation Conditions .................................................................. 6
3.2. Current Consumption .............................................................................. 7
3.3. Power、Signal sequence ........................................................................ 7
3.4. Backlight .................................................................................................. 8
4.

INTERFACE CONNECTION ................................................................... 9
4.1 CN1(Input Signal) .................................................................................... 9

5. INPUT SIGNAL(DE ONLY MODE) .............................................. 11
5.1 Timing Specification .............................................................................. 11
5.2 Timing sequence(Timing chart) ............................................................. 11

6. OPTICAL CHARACTERISTICS ................................................... 13
7. RELIABILITY TEST ...................................................................... 15
7.1 Temperature and humidity .................................................................... 15
7.2 Shock and Vibration .............................................................................. 15
7.3 Electrostatic Discharge .......................................................................... 15
7.4 Judgment standard ................................................................................ 15

8. Touch Screen Related Parameters ............................................ 16
9. MECHANICAL DIMENSION......................................................... 21
9.1 LCD Module ......................................................................................... 21
9.2 Touch ................................................................................................... 22
9.3 Assembly.............................................................................................. 23

10. PACKING FORM .......................................................................... 24
11. WARRANTY ................................................................................. 24

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1. OVERVIEW
ATMO0700L47-CT5 is 7” color TFT-LCD (Thin Film Transistor Liquid Crystal
Display) module composed of LCD panel, driver ICs ,control circuit and LED backlight. By
applying 1024×600 images are displayed on the 7” diagonal screen. Display 16.7Mcolors
by R.G.B signal input.
General specification are summarized in the following table:
ITEM

SPECIFICATION

Display Area (mm)154.2144(H) x 85.92(V)

Number of Pixels

1024(H) × 3 (RGB) × 600(V)Pixel Pitch (mm)0.1506(H) x 0.1432(V)RGB vertical stripe

Color Pixel Arrangement
Display Mode

Normally white

Number of Colors

16.7M

Brightness (cd/m^2)

420nit(typ)Response Time (ms)25ms(typ.)Contrast Ratio

800:1
160degree (Horizontal.)Viewing Angle ( CR≧10)

130degree (Vertical)

Power Consumption (W)

TBD

Interface connection

Module Size (mm)LVDS 40pin
Min.

Typ.

Max.

Horizontal (H)

164.6

164.9

165.2

Vertical (V)

99.7

100

100.3

Depth (D) w/o FPC

5.2

5.5

5.8

Assembly size(mm)164.9(H)x100.0(V)x7.2(D)Module Weight (g)150(typ)

Backlight Unit
Surface Treatment

ZETTLER DISPLAYS

LED
Anti-Glare,3H

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2. ABSOLUTE MAXIMUM RATINGS
The following are maximun values which, if exceeded, may cause faulty operation ordamage
to the unit.
Item
Digital Supply Voltage

SymbolVDD
VDD_LVDS

Min.

Max.

Unit

-0.3

3.96

V

Analog Supply Voltage

AVDD

-0.5

14.85

V

Gate On Voltage

VGH

-0.3

40

V

Gate Off Voltage

VGL

-20

0.3

V

VGH-VGL

12

40

V

-0.5

5

V

Gate On-Gate Off Voltage

Note

NIN0 ~ NIN3
Signal Input Voltage

PIN0 ~ PIN3
NINC,PINC

Forward Current (per LED)

If

-

30

mA

Reverse Voltage (per LED)

VR

-

5

V

Pulse forward current (per LED)

Ifp

-

100

mA

Note *2)

Operation Temperature

Top

-20

70

℃

Note *1)

Storage Temperature

Tstg

-30

80

℃

Note *1)

Note:*1) If users use the product out of the operation and storage range,it will have quality is sue.
*2) Ifp Conditions ： Pulse Width≦10msec, Duty≦1/10*3) Each one of LED operation must be follow diagram of Ambient Temperature and Allowable
Forward Current.

*4) If users use the product out off the environmemtal operation range（temperature and humidity）,
it will have visual quality concerns.

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3. ELECTRICAL CHARACTERISTICS
3.1.
Typical Operation Conditions
Item

Symbol

MIN

TYP

MAX

UNIT

Digital Power Supply
Voltage For LCD

DVDD
DVDD_LVDS

3

3.3

3.6

V

VCM

｜VID︱
2

-

︱VID︱

200

-

VTH

-

VTL

Logic Input Voltage(LVDS:IN+,IN-)

Analog Power Supply
Voltage
Gate On Power Supply
Voltage
Gate Off Power Supply
VoltageCommon Power Supply
Voltage
Logic Input Voltage

｜VID︱

NOTE

V

Note 1600mV

Note 1

-

100

mV

-100

-

-

mV

AVDD

9.4

9.6

9.8

V

VGH

17

18

19

V

VGL

-6.6

-6

-5.4

V

VCOM

3.7

3.9

4.1

V

VIH

0.7*DVDD

-

DVDD

V

VIL

GND

-

0.3*DVDD

V

2.4 -

2

VCM=1.2V
Note 1

Note 2

Note1：LVDS signal
LVDS IN+LVDS IN-

Note2：Please adjust VCOM to make the flicker level be minimum.

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3.2.

Current Consumption

Item

SymbolCondition

Min.

Typ.

Max.

Unit

Note

Gate on power current

IVGH

VGH =18V

-

0.5

1

mA

Note 1Gate off power current

IVGL

VGL= -6V

-

0.5

1

mA

Note 1

Digital power current

IVDD

VDD = 3.3V

-

30

40

mA

Note 1

Analog power current

IAVDD

AVDD = 9.6V

-

35

50

mA

Note 1

-

447

604

mW

Note 1

Total Power
Consumption

PC

Note 1: Typical: Under 256 gray pattern
Maximum: Under black pattern

256 gray pattern

3.3.

Black pattern

Power、Signal sequence

Power On：DVDD→AVDD/VGL→VGH→Video &Logic Signal→Backlight
Power Off：Backlight→Video &Logic Signal→VGH→AVDD/VGL→DVDDZETTLER DISPLAYS

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3.4.

Backlight
Ta=25℃ITEM

SYMBOL

CONDITIONS
Ta=25℃

LED currentIL

LED voltage

VL

Power consumption

WL

LED Lifetime-(25mA/series)
Ta=25℃(25mA/series)
Ta=25℃(25mA/series)
Ta=25℃
IF=25mA

MIN

TYP

MAX

UNIT

--

225

--

mA

8.2

8.6

9.2

V

--

1.935

--

W

30000

--

--

Hr

NOTE

Remarks:*1) LED Circuit Diagram

A
K

LED电路图

（）*2) A:Anode(＋),K:Cathode(－)*3) Suggestion: Using the constant current control to avoid the leakage light and brightness
quality issue.
*4) Definition of Led lifetime:Luminance < Initial luminance 50%.

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4. INTERFACE CONNECTION
4.1.
CN1 (Input Signal)
PIN NO.

SYMBOLDESCRIPTION

1

VCOM

Common voltage

2

DVDD

Digital power

3

DVDD

Digital power

4

NC

Not connect

REMARKS

Global reset pin. Active low to enter reset state.
5

RESET

Suggest to connecting with an RC reset circuit for stability.
Normally pull high. (R=10KΩ，C=1μF)
Standby mode, normally pull high

6

STBYB

STBYB=”1”, normal operation
STBYB=”0”,timing control, source driver will turn off, all output are
high-Z

7

GND

Ground8

RXIN0-

Negative LVDS differential data inputs

9RXIN0+

Positive LVDS differential data inputs

10

GND

Ground11

RXIN1-

Negative LVDS differential data inputs

12

RXIN1+

Positive LVDS differential data inputs

13

GND

Ground14

RXIN2-

Negative LVDS differential data inputs

15

RXIN2+

Positive LVDS differential data inputs

16

GND

Ground17

RXCLKIN-

Negative LVDS differential clock inputs

18

RXCLKIN+

Positive LVDS differential clock inputs

19

GND

Ground20

RXIN3-

Negative LVDS differential data inputs

21

RXIN3+

Positive LVDS differential data inputs

22

GND

Ground23

NC

Not connect

24

NC

Not connect

25

GND

Ground26

NC

Not connect

27

NC

Not connect

28

SELB

6bit/8bit mode select

29

AVDD

Power for Analog Circuit

30

GND

Ground31

LED-

LED Cathode

32

LED-

LED Cathode

33

L/R

Horizontal inversion

*2)

34

U/D

Vertical inversion

*2)

35

VGL

Negative power for TFT

36

NC

Not connect

37

NC

Not connect

38

VGH

Positive power for TFT

ZETTLER DISPLAYS*1)

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.

39

LED+

40

LED+

LED Anode
LED Anode

Remarks:*1) if LVDS input data is 6bits,SELB must be set to HighIf LVDS input data is 8bits,SELB must be set to Low*2)U/D and L/R control function
UD

LR

FUNCTION

01

Normal display

00

Inverse Left and Right

1

1

Inverse Up and Down

10

Inverse Left and Right
Inverse Up and Down

Up

Right

Left

Down

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5. INPUT SIGNAL(DE ONLY MODE)
5.1.
Timing Specification
ITEM
LVDS input

SYMBOL

MIN

TYP

MAX

UNIT

tclk

45

51.2

57

MHz

tH

1324

1344

1364

tCLK

CLK Frequency

signal sequence

Horizontal total
Time
Horizontal
LCD input signal
sequence(Input LVDS
Transmitter)

Horizontal
effective Time
Horizontal Blank

DENA

Time

tHA
300

320

340

tCLK

tV

625

635

645

tH

Vertical effective
Time
Vertical Blank
Time

5.2.

tCLK

tHB

Vertical total Time
Vertical

1024

tVA
tVB

tH

600
25

35

45

tH

Timing sequence(Timing chart)

5.2.1. Horizontal Timing Sequence:

5.2.2. Vertical Timing Sequence:

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5.2.3. LVDS Input Data mapping
6 Bit LVDS input

8 Bit LVDS input

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6. OPTICAL CHARACTERISTICS
Ta = 25℃, VCC=3.3V
ITEM

SYMBOL

Panel TransmittanceT

Contrast Ratio

CR

Luminance(CEN)

LW

Luminance Uniformity

L

Response Time
(White - Black)
NTSC
Horizontal
Viewing
Angle

MIN

TYP

3.9

4.2

Point-5600

800

Point-5

400

MAX
--

UNIT

1,2,3

420

-cd/m2

70

80

%

1,3

Point-5

-

25

40

ms

1,3,5

-

Point-5

45

50

-

%

1,3

70

80

--

°

Left(ψ)

70

80

--

°

Upper(θ)

Point-5

50

60

--

°

Down(θ)

60

70

--

°

White

Wx
Wy

0.273
0.289

0.313
0.329

0.353
0.369

Red

Rx
Ry

0.573
0.315

0.593
0.335

0.613
0.355

0.322
0.580

0.342
0.600

0.362
0.620

0.138
0.091

0.158
0.111

0.178
0.131

Blue

1,3

Tr +Tf

CR≧10

Green

NOTE

%

Right(ψ)

VerticalColor
Coordinate

CONDITIONS

Gx
Gy
Bx
By

Point-5

--

1,3
1,2,4

1,3

Note1： Measure condition: 25℃±2℃, 60±10%RH, under10 Lux in the dark room.BM-5A (TOPCON), viewing
angle2°, IL=225 mA （Backlight current）, measurement after lighting on 10 mins.

Note2：Definition of contrast ratio：
Contrast Ratio (CR)= (White) Luminance of ON ÷ (Black) Luminance of OFFZETTLER DISPLAYS

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Note3： Definition of luminance：Measure white lu minance on the point 5 as figure.6-1
Definition of Luminance Uniformity: Measure white luminance on the point1~9 as figure.6-1△L = [L(MIN)/L(MAX)]×100
(H)
(H/2)
(H/3)

2

3

4

5

6

7

8

9

(H/3)

1

(H/3)

(H)

(H/2)

(H/3)

Fig.6-1 Measuring point
Note 4：Definition of Viewing Angle(θ, ψ),refer to Fig.6-2 as below：

Fig.6-2 Definition of Viewing Angle
Note5：Definition of Response Time.(White-Black)Fig.6-3 Definition of Response Time(White-Black)

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7. RELIABILITY TEST
7.1.
Temperature and humidity
TEST ITEMSHigh Temperature Operation
High Temperature Storage
High Temperature High Humidity Operation

CONDITIONS
70℃ ;240hrs
80℃ ; 240hrs
60℃ ; 90%RH ;240hrs

Low Temperature Operation-20℃ ; 240hrs

Low Temperature Storage-30℃ ; 240hrs–20℃(0.5hr) ~ 70℃(0.5hr) ; 100
Cycles25℃ ; 4hrs
200,00hrs

Thermal Shock
Image Sticking
MTBF

NOTE

No condensation
Backlight unit
always turn on

Note 1：
Condition of Image Sticking test：25℃± 2℃
Operation with test pattern sustained for 4 hrs, then change to mid-gray pattern immediately.
After 5 mins, the mura must be disappeared completely .

lmage Sticking -pattern

Mid-Gray pattern

Shock and Vibration

7.2.

ITEMS

CONDITIONS● Shock level: 980m/s2(equal to 100G).
● Waveform:1/2 Sine wave,6msec.
● ±X,±Y,±Z,each axis 1 times● Frequency range:8~33.3Hz● Stoke：1.3 mm● Vibration: sinusoidal wave, perpendicularaxis(both x, z axis: 2Hrs,y axis 4Hrs).
● Sweep: 2.9G,33.3 Hz -400 Hz● Cycle: 15 min

Shock(Non-operation)

Vibration(Non-operation)

Electrostatic Discharge

7.3.

TEST ITEM
ESD

CONDITIONS

Note

150pF，330Ω，±8kV&±15kV air& contact test

1

200pF，0Ω，±200V contact test

2

Note： Measure
1: LCD glass and metal bezel
2: IF connector pins

7.4.

Judgment standard

The Judgment of the above test should be made as follow:
Pass: Normal display image and no line defect.
Partial transformation of the module parts should be ignored.
Fail: No display image, Function NG, or line defects.

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8. Touch Screen Related Parameters

8.1.

Application(应用范围)The specifications are applicable for projected capacitive touch module.
以此规格说明可应用在投射式电容控模组.

8.2.

Product Features(应用特征)Ltem(项目)Spec(规格)Size(尺寸)

7.0’’

Outline Dimension(外围尺寸)164.90*100.00mm(公差：±0.2mm)

View Aren(可视区)155.70 *86.80mm(公差：±0.2mm)

Number OF Channels(通道数)

17*10

Cover Lens（面板）0.188±0.05mm

ITO GLASS(双层 ITO 玻璃)

1.1mm

Total Thickness(总厚度)1.70mm±0.10mm

8.3.

Environmental Characteristic(环境特性)
Ltem(项目)Temperature(温度)

Humidity(湿度)Operating Temperatur(工作温度)-20～+70℃

20%RH～90%RH

Storage Temperatuer(储存温度)-25～+75℃

10%RH～90%RH

8.4.

Optical Characteristics(光学特性)
Ltem(项目)Spec(规格)Transparency(透光率)≥85%

Haze(雾度)≤3%

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8.5.

Appearance lnspection(外观检验规范)

Unveil product appearance inxpection standard and assurance product quality level
揭示产品外观检验标准,确保产品之品质水准.
8.5.1. lnspection Method(检验方式)
Lnspection Area(检验范围)Concerning about the appearance insoection area,which will be defined in the view area
(V.A).关于外观检验范围是定义在可视区范围.
Inspecion Conditions(检验条件)(a) The brightness in test site(检验场所亮度):800～1200Lux.
(b) Lnspection distance(检验距离):30cm(take panel under transmit light).
(c) Visible Angle(目视角度):60°rotate15°.
(d) Light Source(光源):30W natural color Light.
(e) Lnspection time(检验时间):12S,

8.5.2. Sampling Plan/Quality Level(抽样计划/品质水准)ISO 2859-1(Level ǁ)Rank(等级)

AQL

Major Defect(注意缺陷)

0.1%

Electric conductivity failed.

Minor Defect(次要缺陷)

0.65%

Poor finish defined form above appearance
inspection standard,

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Lnspection ltem(检验项目)

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8.5.3. lnspection Criteria(检验规范)
Ltem(项目)Spec(规格)Criteria(标准)Rank(级别)Black/white spot(黑白)D≤0.020mm
0.20mmD≤0.35mm
D＞0.35mm

Lgnored (忽略)＜ N≤3Distance≥10mm
NG

Mi

Air Bubble(气泡)D≤0.20MM
0.20mmD≤0.35mm
D＞0.35mm

Lgnored(忽略)＜ N≤2Distance≥10mm
NG

Mi

W≤0.05MM

Lgnored(忽略)LinerForeignMatter/Scratch
0.05MM<W≤0.1MM(毛屑/割伤)W>0.1mm,

L≤mm,N≤3,D≥10mm Mi
According to Spots

Copper spot(铜点)D≤0.020mm

N=1Mi

Printing pin hole
(印刷区漏光)D≤0.15mm

允许 1 个

Mi

NG
D>0.15mm
Remark():If the definition of appearance inspection is out off the description mentioned in thisspecification,we will base on the both parties agreed limit sample.
8.5.4. Glass Crack(玻璃破损)Ltem(项目
Spec(规格
Remark(备注)))Criteria(标准)

Rank

X≤2mm
CornerFragment
角崩Y≤2mm

When the defect Is
more than spec.is NG
Mi缺陷超出规格 NG

Z≤Tmm
X≤3mm
Side
Fragment
边崩

Y≤3mm
Z<Tmm

Crack
(裂纹)

ZETTLER DISPLAYSNA

When the defect Is
more than spec.is NG
When the defect isless than spec,allow
Two objects.
当缺陷少于规格时,允
许两个

Mi

NG

Mi

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8.6.

Reliability(信赖性测试)
Ltem(项目)Condition(条件)High Temperature and High Humidity Test 80 ℃ ,90%RH,240hrs and normalized for
高温高湿测试
24hrs.
High Temperature Storage Test
(高温储存测试)85℃,72hrs and normalized for 24hrs

Low temperature Storage Test
(低湿储存测试)-40℃,72hrsand normalized for 24hrs

Thermal Shock Test热冲击测试

-30～+80℃,30mins/cycle,20cycles andNormalized for 24hrs.

Ball Drop Test(跌落测试)

1.1mm glass,64g,45cm.

8.7.

Cautions(注意事项)8.7.1. Cautions for Storage(储存注意事项)Store the products at the temperature and humidity mentioned im the cpecification in aState storage of package with care not to expose the products to the direct sunlight orStresses.
请依规格书所规范之温湿度下保存,避免阳光直射或施加外力于产品上.
8.7.2. Cautions for Operation(操作过程注意事项)(a)Do not put a heavy,hard or sharp object on the product.
请勿放置重物,硬物或锐利物品于产品上.
(b)Do not handle the product by holding the FPC in order to assure the reiliability.
请勿直接从 FPC 做拿取之动作,以确保产品信赖性.
(c)Please wear clean finger sacks,gloves and mask to avoid fingerpriprint or stain
attach,And also hold the portion outside the view area when handling the panel.
请在接触产品之前戴上清洁的指套,手套和口罩,以避免留下指纹或汗,并在可视区以外区域做拿
取(d)Do not put one product on the other ,Otherwise,it may cause the product to be
scrtched or changes on cosmetic occur.
请勿将产品堆叠放置,否则可能造成产品表面刮伤或外观变形.
(e)Avoid used and storage the product near orxposed to organic solvents,acid gases
请避免将产品靠近或暴露于有机溶剂,酸性气体的环境下使用及存放.
(f)Please use dry or soft clothes with neutral detergent or ethanol to clean the product.
请使用干性或柔质绵布沾中性清洁剂或酒精轻拭产品.

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8.7.3. Other(其他)(a)When this product was built into the set,if there is vulcanization material vulcanized rubber
which has a possibility of generating the salutation gas near the set,this phenomenon will becaused of functional degradation or abnormalities.
当产品组合上机时,若有如硫化橡胶的硫性材料在机壳附近可能会引起硫化反应,此现象发生会尊致产品的功能下降或异常.
(b)Although full care is take to ensure product quality,failure modes such as degradation,short circuits,or open circuits might be caused.therefore,to design a product set please,study
the effects of any single failure of the panel. in advance and consider the safety of productconfiguration。
虽然我公司很谨慎的保证产品和品质,但是组装有影响断路,短路现象出现的可能,因此,贵方在设计产品装置的同时,预先要研究引起产品功能不良的因素,并且要考虑产品的配置安全性.
(c)The product provide one year guarantee ounder operation described in this specification.
本产品在符合规格书所规范之正常操作条件下,提供一年保证期限.

ZETTLER DISPLAYS

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ZETTLER DISPLAYS

85.92(LCM A.A.)

9.30

87.92(polazier_Up)

8.30

89.10(Bezel Open)

7.33

RoHS

100.00±0.30(LCM Outline)(47.74)

MIN
0.273
0.289

TYP
0.313
0.329

MAX
0.353
0.369

(67.55)

1.60

01

20.50

40

Display Center

Resolution1024(RGB)X600

154.2144(LCM A.A.)

15.20

49.60

9. Mark mold cavity indentification in recess approximately
where indicated.
10. "*" For important dimension;( ) for reference dimention
11. RoHs must be complied.(Use Lead-free process)8.Genral Tolerance:±0.3

6. n Modification rev.number
7.draft angle 1.0°xy

5.The color coordinates:

3.All radii without dimension R0.2
4.Uniformity : 75%(Min)

1.Unit:mm
2.Do not scale drawing.

RGB(80.96)156.22(Polarizer_Up)

156.70(Bezel Open)164.90±0.30(LCM Outline)

A

32.00

Notes:(3.853)(2.85)(2.71)

w=0.35A
4:1

DETAIL
SCALE

20.50±0.07

P0.5*(40-1)=19.50±0.03

0.50±0.10

0,30±0.05*5.50

d=0.15A K

A K

ATM0700L47-CT5(ZETTLER DISPLAYS) TFT MODULE V1.1.

9. MECHANICAL DIMENSION
9.1.
LCD Module

4.00

20

3.21

ZETTLER DISPLAYS

86.80±0.2 PET AA

44.50±0.5

9.10

PIN1

1
2
3
4
5
6

3.50导电面

27.00

4.70

Shutdown
VCC
GND
INT
SDA
SCL

I2C Interface

P(0.3+0.2)*5=2.50
3.50

PIN6

4.50补强板

PIN1

3.50

0.50

0.30±0.02

钢片补强:0.1MM

单面带胶PET:0.188MM

PIN1

30.00

PIN6

0.50
P(0.3+0.2)*5=2.50

27.00

3.50

PIN6

IC元器件

单面带胶PET:0.188MM

4.72

3.20

7.83

10.10

IC

阴影部分黑色丝印面板

1.10 SENOSR TIO GLASSOCA单面带胶PET:0.188MM

152.48±0.2 AA

155.90±0.2VA

164.90±0.2 SENSOR OD

88.10±0.2 VA

84.32±0.2 AA

Notes:
1. Structure:PET+ITO Glass
2. Operating VoItage:2.8ÿ3.3V
3. Operation Temperature:-20ÿÿ70ÿ
Storage Temperature:-30ÿÿ80ÿ
4. Connect MateriaI:FPC By Golden Plated
5. Transmittance: ÿ80%
6. Surface Hardnessÿ3H(PenciI)
7.Unspecified Tolerance:±0.20

100.00±0.2 PET OD

20.00

0.188 PET

1.70±0.10

9.2.

1 2 3 4 5 6 17 14
7 8 9 10 11 12 16 15

34.00

155.70±0.2 PET AA

164.90±0.2 PET OD

ATM0700L47-CT5(ZETTLER DISPLAYS) TFT MODULE V1.1
.

Touch

100.00±0.2 SENSOR OD

65.00±0.5

29.11

4.50

29.11
65.00±0.5

21ATM0700L47-CT5(ZETTLER DISPLAYS) TFT MODULE V1.1.

Assembly

ZETTLER DISPLAYS

IC

1 2 3 4 5 6 17 14
7 8 9 10 11 12 16 15

0140(7.20)

A K

A K

9.3.

22

ATM0700L47-CT5(ZETTLER DISPLAYS) TFT MODULE V1.1.

10. Packing form②.7"模组 60PCS①.泡棉A 2PCS③.PE袋 60PCS④.内隔板A 16PCS⑤.内隔板B 3PCS⑥.泡棉B 1PCS⑦.纸箱 1PCS

11. WARRANTY
10.1 The period is within 12 months since the date of shipping out under normal using
and storage conditions.
10.2 The warranty will be avoided in case of defect induced by customer

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