ZETTLER DISPLAYSSPECIFICATIONS FORTOUCH PANELCUSTOMER APPROVAL※ PART NO. : ATM1010L21 (ZETTLER DISPLAYS) VER1.0
COMPANYCHOPAPPROVALCUSTOMERCOMMENTSZETTLER DISPLAYS ENGINEERING APPROVALDESIGNEDCXRBYCHECKED BYAPPROVEDBYATM1010L21 (ZETTLER DISPLAYS) TFT MODULE V1.0
DOCUMENT REVISION HISTORY
Change No.

Date

Subject And Reason

Version No.

1

2017.11.06

First issue

1.0

Responser

2
ZETTLER DISPLAYSATM1010L21 (ZETTLER DISPLAYS) TFT MODULE V1.0

CONTENTS--.
--.
--.
1.
2.
3.

COVER ............................................................................................. 1
DOCUMENT REVISION HISTORY ................................................ 2
CONTENTS ..................................................................................... 3
OVERVIEW ..................................................................................... 4
ABSOLUTE MAXIMUM RATINGS ................................................ 5
ELECTRICAL CHARACTERISTICS .............................................. 6
3.1. TFT LCD .................................................................................................. 6
3.2. TFT-LCD Current Consumption .............................................................. 7
3.3. Power、Signal sequence ........................................................................ 7
3.4. Backlight .................................................................................................. 84.

INTERFACE CONNECTION ................................................................... 94.1 CN1(Input Signal) .................................................................................... 94.2 CN2(LED backlight) ............................................................................. 11

5. INPUT SIGNAL(DE ONLY MODE) .............................................. 125.1 Timing Specification .............................................................................. 125.2 Timing sequence(Timing chart) ............................................................. 126. OPTICAL CHARACTERISTICS ................................................... 147. RELIABILITY TEST ...................................................................... 17
7.1 Temperature and humidity .................................................................... 17
7.2 Shock and Vibration .............................................................................. 17
7.3 Electrostatic Discharge .......................................................................... 177.4 Judgment standard ................................................................................ 17

8. MECHANICAL DIMENSION......................................................... 189. PACKING FORM .......................................................................... 1910. WARRANTY ................................................................................. 193
ZETTLER DISPLAYSATM1010L21 (ZETTLER DISPLAYS) TFT MODULE V1.0
1. OVERVIEW
ATM1010L21 is 10.1” 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 10.1” diagonal screen. Display 16.2M colors byR.G.B signal input.
General specification are summarized in the following table:
ITEM
Display Area (mm)Number of Pixels
Pixel Pitch (mm)Color Pixel Arrangement
Display Mode
Number of Colors
Brightness (cd/m^2)
Response Time (ms)Optimum Viewing Direction
Contrast Ratio
Viewing Angle ( CR≧10)
Power Consumption (W)Interface connection
Module Size (mm)Assembly size(mm)Module Weight (g)Backlight Unit
Surface Treatment

SPECIFICATION
222.72(W) x 125.28(H)1024(H) × 3 (RGB) × 600(V)0.2175(W) x 0.2088(H)RGB vertical stripe
Normally white
16.2M
410nit(typ)25ms(typ.)
6 O'clock(Max contrast ratio,Gray level inversion)
600:1
140degree (Horizontal.)
120degree (Vertical)
3.16(typ.)
LVDS
Min.
Typ.
Max.
Horizontal (H)
234.7
235
235.3
Vertical (V)
142.7
143
143.3
Depth (D) w/o FPC
4.4
4.7
5.0
235.00(H) X 143.00(V) X 4.7(D)
275(typ)LED
Anti-Glare4
ZETTLER DISPLAYSZETTLEER DISPPLAYS) TFT MO
ODULE
E V1.0
ATM10110L21 (Z2.
2 ABSOOLUTE MAXIMMUM RAATINGSS
The follow
wing are maaximun vallues whichh, if exceed
ded, may cause
cfaultyy operationn ordamaggeto the unit.
Item
Digital Sup
pply Voltage

Symbol
VDDS
VDD_LVDS

Min.

Maxx.

U
Unit-0.3

3.96
6V

Analog Supply Voltagee

AVDD-0.5

14.885V

Gate On V
Voltage

VGH-0.3400V

Gate Off V
Voltage

VGL-200.33V

VGH-VGL
L12400V-0.55V

Gate On-G
Gate Off Voltaage

Note

NIN0 ~ NIN
N3Signal Inpu
ut Voltage

PIN0 ~ PIN
N3NINC,PINC
C

Forward C
Current (per LED)L

If-400m
mA

Reverse V
Voltage (per LED)

VR-5V

Pulse forw
ward current (per(LED)

Ifp-1000mmA

NoteN
1、2Operation TemperatureeTop-20700℃

Note 3Storage Teemperature

Tstg

-30

800℃

Note 3

ons ： Duty≦1/10@Pulsse Width≦10msec
Note1：Ifp Conditioo LED operaation must bee follow diagrram of Ambie
ent Temperaature and AlloowableNote2：Each one ofForward Current.

e the productt out off the eenvironmemttal operation range（tem perature andd humidity）,,
Note3：If users use
it will have visual quality concerns.

5
ZETTLER DIISPLAYSATM1010L21 (ZETTLER DISPLAYS) TFT MODULE V1.0
3. ELECTRICAL CHARACTERISTICS
3.1. TFT LCD
ItemDigital Power Supply
Voltage For LCD

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

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

Gamma Voltage

MINTYPMAXUNIT

33.3

3.6

V

VCM

▕VID▏
2-

▕VID▏
2V

Note 1

▕VID▏

200-

600mV

Note 1

VTH--100mVVTL-100--mV

AVDD

9.4

9.6

9.8

V

VGH

171819V

VGL-6.6-6-5.4

V

VCOM

3.8

4.0

4.2

V

V1-

9.02-

V

V2-

9.01

-

V

V3-

7.62-

V

V4-

7.15-VV5-

6.85-

V

V6-

6.52-

V

V7-

6.46-

V

V8-

3.58-

V

V9-

3.5-

V

V10-

3.1-

V

V11-

2.76-

V

V12-

2.23-

V

V13-

0.67-

V

V14-

0.63-

V

Symbol
DVDD
DVDD_LVDS

2.4 -

NOTE

VCM=1.2V
Note 1

Note 2

Note1：LVDS signal
LVDS VINPLVDS VINN

6ZETTLER DISPLAYSZETTLEER DISPPLAYS) TFT MO
ODULE
E V1.0
ATM10110L21 (ZNote2：PleNease
adjustaVCO
OMtot make theeflicker
flevel beminimum.
m

3.2
2.

TFTT-LCD Current
CConsum
mptionItemSymmbol

Coondition

Gate on power current

IVG
GH

VG
GH =18V-

0.5

Gate off power current

IVG
GL

VG
GL= -6V-Digital ppower curreent

IVDDD

VD D = 3.3V

Analog p
power currrent

IAVDD

AVD
DD = 9.6V

Total PowerPCCCon
nsumption
Note 1: T
Typical: Un
nder 256 gray patternnMaximum: UnderU
blackk pattern256
6 gray pattern

3.3
3.

Min. Ty
yp. Max.

Unit

Note1mA

Note 10.51mA

Note 1-40450mA

Note 1-35345mANote 1-48
80621mW

Note 1

Black patterrn

Powwer、Signal seequenceePoower On：DVDD→A
AVDD/VGL
L→VGH→V
Video &Log
gic Signal→→BacklightPoower Off：Backlight→→Video &L
Logic Signa
al→VGH→→AVDD/VG
GL→DVDDD7
ZETTLER DIISPLAYSZETTLEER DISPPLAYS) TFT MO
ODULE
E V1.0
ATM10110L21 (Z

3.4
4.

Bac
cklight
Ta==25℃

ITE
EM

SYMBOLLED currenntIL

LED voltag
ge

VL

Power consumption

WL

LED Lifetimme-

CONDIT IONS
Ta=25℃eries)(20mA/se
Ta=25℃
20mA/serries)
Ta=25℃eries)(20mA/se
Ta=25℃
A
IF=20mAMIINTYPPMAXUNIT---140--mA

7.5
1718.5
519.5

V---

2.590
0--

W000200----HrNOTERemarks:*1) LED Circuit Dia
agram

8ZETTLER DIISPLAYSATM1010L21 (ZETTLER DISPLAYS) TFT MODULE V1.0

A

K

LED电路图
（6S7P=42LED）*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%.

9ZETTLER DISPLAYSATM1010L21 (ZETTLER DISPLAYS) TFT MODULE V1.0
4. INTERFACE CONNECTION
4.1. CN1 (Input Signal)
FPC Connector is used for the module electronics interface. The recommended model is
HIROSE FH28-60S-0.5SH(05), MOLEX 1040606017 or compatible.
PIN NOSYMBOLDESCRIPTION
NOTE
1AGND
Analog ground
2
AVDD
Analog power
3
DVDD
Digital power
4
GND
Digital ground
5
VCOM
Common voltage
6DVDD
Digital power
7
GND
Digital ground
8V14Gamma correction voltage reference
9V13Gamma correction voltage reference
10V12Gamma correction voltage reference
11V11
Gamma correction voltage reference
12V10Gamma correction voltage reference
13V9Gamma correction voltage reference
14V8Gamma correction voltage reference
15
GND
Digital ground16
DVDD_LVDS LVDS power
17
GND
Digital ground18
PIND3
Positive LVDS differential data input
19
NIND3
Negative LVDS differential data input
20
GND
Digital ground
21
PINC
Positive LVDS differential clock input
22
NINC
Negative LVDS differential clock input
23
GND
Digital ground24
PIND2
Positive LVDS differential data input
25
NIND2
Negative LVDS differential data input
26
GND
Digital ground27
PIND1
Positive LVDS differential data input
28
NIND1
Negative LVDS differential data input
29
GND
Digital ground30
PIND0
Positive LVDS differential data input
31
NIND0
Negative LVDS differential data input
32
GND
Digital ground33
GND_LVDS LVDS ground
Global reset pin. Active low to enter reset state.
34
GRB
Suggest to connecting with an RC reset circuit for stability.
Normally pull high. (R=10KΩ，C=0.1μF)
Standby mode, normally pull highSTBYB=”1”, normal operation
35
STBYB
STBYB=”0”,timing control, source driver will turn off, alloutput are high-Z
10
ZETTLER DISPLAYSATM1010L21 (ZETTLER DISPLAYS) TFT MODULE V1.0
36
37
38
3940
41

SHLR
DVDD
UPDN
AGND
AVDD
VCOM

Left or right display control
Digital power
Up / down display control
Analog ground
Analog power
Common voltage
Dithering function enable control. Normally pull low
42
DITH
DITHER = “1”, Enable internal dithering function
DITHER = “0”, Disable internal dithering function
43
GND
Digital ground
44
DVDD
Digital Power45GNDDigital ground46
V7Gamma correction voltage reference
47
V6Gamma correction voltage reference
48
V5Gamma correction voltage reference49
V4Gamma correction voltage reference
50
V3Gamma correction voltage reference
51
V2Gamma correction voltage reference
52
V1Gamma correction voltage reference
53
GND
Digital ground
54
DVDD
Digital power
6bit/8bit mode select,55
SELB
SELB = “0”, LVDS input data is 8bits
SELB = “1”, LVDS input data is 6bits
56
VGH
Positive power for TFT
57
DVDD
Digital power for Gate IC
58
VGLNegative power for TFT
59
GND
Digital ground for Gate IC
60
NC
Not connect
Remarks: Mating connector：089K60-000100-G2-R (STARCONN)
Note 1:UPDN and SHLR control function
UD001LR
10110

Note 1
Note 1

Note 2

FUNCTION
Normal display
Inverse Left and Right
Inverse Up and Down
Inverse Left and Right
Inverse Up and Down

11
ZETTLER DISPLAYSATM1010L21 (ZETTLER DISPLAYS) TFT MODULE V1.0

Up

Right

Left

Down
Note 2: if LVDS input data is 6bits,SELB must must be set to Highif LVDS input data is 8bit , SELB must be set to Low
DITH and SELB control function
DITH
SELB
FUCTION
01Colors (262K)
00Colors (262K)
11Colors (262K)
10Colors (16.2M)

4.2.

CN2（backlight）
PIN NO
12SYMBOLAK

FUNCTION
Anode
CathodeNote：
Input connector : BHSR-02VS-1(JST)Outlet connector: SM02B-BHSS-1(JST)12ZETTLER DISPLAYSZETTLEER DISPPLAYS) TFT MO
ODULE
E V1.0
ATM10110L21 (Z5.
5 INPUT SIGNNAL(DE ONLY MODE))
5.1
1. Timming Speecificatioon
ITEM
LVDSL
input

CLK Frequency

signal sequennceHorizonta l totaleTimeHorizontal
LCD
L
input signal
sequence(Input(LVDSSTransmitter)T

Horizonntal
effective TTime
Horizontal Blank

DENAe
Time
Vertical tota
al TimeVertical efffective
VerticalTimee
Vertical B
Blank
Time
e

5.2
2.

SY
YMBOL

MIN
M

TY
YP

MAXX

UNIT

tclk

45

51 .2

57

MHz

tH

1324

13444

1364
4

tCLK

tHA

10224

tCLK

tHB

300
33220

340

tCLK

tV

625
66335

645

tH

tVA
tVB

tH

6000
25355

45tH

Tim
ming seq
quence((Timing chart)

5.2.1. Hoorizontal TimingTSeq
quence:5.2.2. Ve
ertical Timing Sequeence:

13
ZETTLER DIISPLAYSZETTLEER DISPPLAYS) TFT MO
ODULE
E V1.0
ATM10110L21 (Z5.2.3. LV
VDS Input Data mappping
6 Bit LVD
DS input

8 Bit LVD
DS input

14
ZETTLER DIISPLAYSZETTLEER DISPPLAYS) TFT MO
ODULE
E V1.0
ATM10110L21 (Z6.
6 OPTICAL CH
HARAC
CTERISTTICS
Ta = 25℃, VC
CC=3.3VITEM
SYMBOL CONDDITIONS
Contraast RatioCR
Po
oint-5LW
Po
oint-5
Luminannce(CEN)
Luminancee Uniformitty
L
Responnse Time
Tr +T
Tf
Po
oint-5(White - Black)
NTTSC
Viewing
Angle

Color
Coordinate
C

HorizontaalVerticalLeft(ψψ)
Right(ψ)
Upper((θ)
Down(θ)Po
oint-5CR
R≧10Pooint-5MIN
500
350
70

TYP
T
600
6410
480

MA
AX-25
2

45
60
60
40
60

%

NOTE
E
1,2,3
1,3
1,3440mss

1,3,550
70
70
50
70

---------%°
°°
°

1,4
1,4
1,4
1,41,4White

Wx
Wy

0.273
00.28900.3130.329

0.33530.3369RedRx
Ry0.55000.30000.5900.340

0.66300.3380UNIIT-cd/mm2-Pooint-5
1,3Gx
0.301
00.
341
0.3381
Green0.554
00.594
0.6634Gy
Bx
0.117
00.1570.1197
Blue0.075
00.1150.1155By
Note1： M
Measure coondition: 25℃±2℃,
2660±10%RH
H, under100 Lux in thee dark roomm.BM-5A(TOPCONN), viewing angle2°, IL=140 mA
A （Backlig
ght currentt）, measuurement aftter lighting
on 10 mins.

Note2：Definition off contrast ratio：rConntrast Ratioo (CR)= (WWhite) Lum
minance of ON ÷ (Blacck) Luminaance of OF
FF15ZETTLER DIISPLAYSZETTLEER DISPPLAYS) TFT MO
ODULE
E V1.0
ATM10110L21 (ZNote3： D
Definition ofo luminanc
ce：Measu
ure white lu minancee on the pooint 5 as fig
gure.6-1
Definition of Luminnance Unifo
ormity: Meeasure whitte luminance on the point1~9 asa figure.6--1△L = [L(MIN)/L(MAX)]×1
100(H))
(H/2)
(H/3)

23

4

56

789(H/3)

1(H/3)(H)(H/2)(H//3)

Fig.6-1
1 Measurinng point
Note 4：D
Definition ofo Viewing Angle(θ,Aψ),refer too Fig.6-2 asa below：

Fig.6-2 Definnition of Viiewing Ang
gle
Note5：Definition off Responsee Time.(Whhite-Black))

Fig.6-3 Definition off Responsee Time(Whhite-Black)
16
ZETTLER DIISPLAYSATM1010L21 (ZETTLER DISPLAYS) TFT MODULE V1.0
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) ;200 Cycles
25℃ ; 4hrs

Thermal Shock
Image Sticking

NOTENo 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

7.2.

Shock and Vibration
ITEMS

CONDITIONS● Shock level: 980m/s2(equal to 100G).
● Waveform: half sinusoidal wave,6ms.
● Number of shocks: one shock input in each direction ofthree mutually perpendicular axes for a total of threeshock inputs.
● 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)

7.3.

Mid-Gray pattern

Electrostatic Discharge

TEST ITEM
ESD

CONDITIONS

Note

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

1200pF，0Ω，±200V contact test

2

Note： Measure1: 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.
17
ZETTLER DISPLAYS

5.76*125.28(A.A)

4.15*128.50(Bezel Openg)*143.00(Out Line)ZETTLER DISPLAYS(68.40)

MAX
0.353
0.369

9. Mark mold cavity indentification in recess approximately
where indicated.
10. "*" For important dimension;( ) for reference dimention11. RoHs must be complied.(Use Lead-free process)8.Genral Tolerance:±0.3

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

TYP
0.313
0.329

30.50

A

0.5±0.10

4±0.30

MIN
0.273
0.289

118.85±1PIN6070.30±1xy

5.The color coordinates:

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

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

Notes:

PIN1

Display Center

DETAIL A(2:1)

30.5±0.07

W0.3±0.03

S0.2
P0.5(60-1)=29.5±0.03

Resolution1024(RGB)X600

230±10

BHSR-02VS-1+ -RoHS

RGB*222.72(A.A)(116.65)5.29*235.00(Out Line)*226.00(Bezel Openg)

3.65*4.70±0.30

ATM1010L21 (ZETTLER DISPLAYS) TFT MODULE V1.0

8. MENSION+ -30.30

18

ATM1010L21 (ZETTLER DISPLAYS) TFT MODULE V1.0
9. Packing form
TBD

10. 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

19
ZETTLER DISPLAYS