Matrix Orbital MOP-TFT320240-35G-BLM-TPC User manual

MOP-TFT320240-35G-BLM-TPC
Hardware Manual
Revision 1.1

1 MOP-TFT320240-35G-BLM-TPC
Revision History
Revision
Date
Description
Author
1.1
March 29, 2018
Updated Naming Convention
Divino
1.0
May 26, 2017
Initial Release
Divino

MOP-TFT320240-35G-BLM-TPC 2
Contents
Revision History .............................................................................................................................................................................. 1
Contents ......................................................................................................................................................................................... 2
1 General Information .................................................................................................................................................................... 3
2 Absolute Maximum Ratings ......................................................................................................................................................... 3
3 Electrical Characteristics .............................................................................................................................................................. 3
4 Backlight Characteristics .............................................................................................................................................................. 3
5 Touch Panel Characteristics ......................................................................................................................................................... 4
6 External Dimensions .................................................................................................................................................................... 5
7 Electro-Optical Characteristics .................................................................................................................................................... 6
8 Interface Description ................................................................................................................................................................... 7
8.1 LCM Interface Description ................................................................................................................................................ 7
8.2 CTP Interface Description ................................................................................................................................................. 7
9 AC Characteristics ........................................................................................................................................................................ 8
9.1 Pixel Timing ....................................................................................................................................................................... 8
9.2 Data Timing....................................................................................................................................................................... 9
10 Power Sequence ...................................................................................................................................................................... 10
10.1 Power Up Sequence ..................................................................................................................................................... 10
10.2 Power Down Sequence ................................................................................................................................................. 11
11 Inspection Criterion ................................................................................................................................................................. 12
11.1 Description ................................................................................................................................................................... 12
11.2 Sample plan .................................................................................................................................................................. 12
11.3 Inspection condition ..................................................................................................................................................... 12
11.4 Definition of inspection zone in LCD............................................................................................................................. 12
11.5 Function Defect ............................................................................................................................................................ 12
11.6 LCD pixel defect ............................................................................................................................................................ 13
11.7 Dot and line defect ....................................................................................................................................................... 13
12 Handling Precautions ............................................................................................................................................................... 14
12.1 Mounting method ..................................................................................................................................................... 14
12.2 LCD Handling and Cleaning Precaution .................................................................................................................. 14
12.3 Static Charge Precaution .............................................................................................................................................. 14
12.4 Packing ........................................................................................................................................................................ 14
12.5 Precautions during Operation ................................................................................................................................. 14
12.6 Storage Recommendations ..................................................................................................................................... 15
12.7 Safety Precautions .................................................................................................................................................... 15
13 Ordering .................................................................................................................................................................................. 16
13.1 Part Numbering Scheme ............................................................................................................................................... 16
13.2 Options ......................................................................................................................................................................... 16
14 Contact .................................................................................................................................................................................... 16

3 MOP-TFT320240-35G-BLM-TPC
1General Information
No.
Item
Contents
Unit
1
LCD size
3.5 inch (Diagonal)
/
2
LCD type
TN/Normally white/Transmissive
/
3
Viewing direction(eye)
12 O’clock
/
4
Gray scale inversion direction
6 O’clock
/
5
Resolution(H*V)
320*240 Pixels
/
6
Module size (L*W*H)
76.9*63.9*5.1
mm
7
Active area (L*W)
70.08*52.56
mm
8
Pixel pitch (L*W)
0.219*0.219
mm
9
Interface type
RGB interface
/
10
Module power consumption
0.066(without backlight)
W
11
Back light type
LED
/
12
Driver IC
HX8238D or compatible
/
13
Weight
49
g
2Absolute Maximum Ratings
Item
Symbol
Min
Max
Unit
Power supply input voltage (LCM)
VDD
-0.3
3.6
V
Backlight current (normal temp.)
ILED
-
50
mA
Operation temperature
Top
-20
70
°C
Storage temperature
Tst
-30
80
°C
Humidity
RH
-
90%(Max60 °C)
RH
3Electrical Characteristics
DC Characteristics (at Ta=25°C)
Item
Symbol
Min
Typ
Max
Unit
Power supply input voltage (LCM)
VDD
2.5
3.3
-
V
I/O logic voltage
VDDIO
N/A
N/A
N/A
V
Input voltage 'H' level
VIH
0.7VDD
-
VDD
V
Input voltage 'L' level
VIL
VSS
-
0.3VDD
V
Power supply current
IVDD
-
20
-
mA
TFT gate on voltage
VGH
-
N/A
-
V
TFT gate off voltage
VGL
-
N/A
-
V
Analog power supply voltage
AVDD
-
N/A
-
V
Differential input common mode voltage
Vcom
-
N/A
-
V
4Backlight Characteristics
(at Ta=25°C,RH=60%)
Item
Symbol
Min.
Typ.
Max.
Unit
Note
LED forward voltage
VF
-
9.6
10.2
V
IF=20*2mA
LED forward current
IF
-
40
-
mA
LED power consumption
PLED
-
0.384
-
W
*Note
Number of LED
-
6
PCS
Connection mode
-
3 in series, 2 in parallel
/
LED life-time
-
20000
-
-
Hrs
**Note
*Note: Calculate Value for reference ILED×VLED×LED Quantity = PLED
**Note: The LED Life-time is defined as the estimated time to 50% degradation of initial brightness at Ta=25°C and IF =40mA.
The LED lifetime could be decreased if operating IF is larger than 40mA, and increased if IF is less than 40mA.

MOP-TFT320240-35G-BLM-TPC 4
5Touch Panel Characteristics
(at Ta=25°C)
Item
Description
IC solution on TP Model
FT5416
Touch Count Max
5 point
Display Resolution*
320*240
Interface Type *
I2C
I2C Slave Address*
0x70
Origin of Coordinate*
top left corner
Parameter
Min
Typ
Max
Unit
Interface Signal Voltage
-
3.0
-
V
Power Voltage
2.8
3.0
3.3
V
Power ripple
-
-
50
mV

5 MOP-TFT320240-35G-BLM-TPC
6External Dimensions
Figure 1: MOP-TFT320240-35G-BLM-TPC Drawing

MOP-TFT320240-35G-BLM-TPC 6
7Electro-Optical Characteristics
*Note 1: Definition of contrast ratio
Contrast Ratio (CR) is defined mathematically by the following formula.
 ൌ  White" 
 
*Note 2: Definition of surface luminance
Surface luminance is the LCD luminance from the surface with all pixels displaying white.
 ൌ ሺͳǡ ʹǡ ͵ ǥ ሻ
*Note 3: Definition of luminance uniformity
The luminance uniformity in surface luminance (Yu) is determined by measuring luminance at each test position 1 through n,
and then dividing the maximum luminance of n point’s luminance by minimum luminance of n points luminance.
 ൌ  ሺͳǡ ʹǡ ͵ ǥ 
ሺͳǡ ʹǡ ͵ ǥ ሻ
*Note 4: Definition of Response time
The response time is defined as the LCD optical switching time interval between “White” state and “Black” state. Rise time
(TON) is the time between photo detector output intensity changed from 90% to 10%. And fall time (TOFF) is the time
between photo detector output intensity changed from 10% to 90%.
*Note 5: Definition of color chromaticity (CIE1931)
CIE (x, y) chromaticity, the x, y value is determined by screen active area center position P5.
*Note 6: Definition of Viewing angle.
Viewing angle is the angle at which the contrast ratio is greater than 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 Viewing angle and response time testing, the testing data is based on Autronic-Melchers’s ConoScope or DMS series
Instruments or compatible. For contrast ratio, Surface Luminance, Luminance uniformity and CIE, the testing data is based on
TOPCON’s BM-7 or BM-5 photo detector or compatible.
*Note 7: For TFT module, Gray scale reverse occurs in the direction of panel viewing angle.
Item
Symbol
Condition
Min
Typ
Max
Unit
Remark
Note
Response time
Tr + Tf
-
-
50
80
ms
FIG 1.
Note 4
Contrast ratio
Cr
200
300
-
---
FIG 2.
Note 1
Surface
luminance
Lv
θ=0
q 350
495 -
cd/m²
FIG 2. Note
2
Luminance
uniformity
Yu
θ=0
q 75 80 - % FIG 2.
Note
3
NTSC
-
θ=0q
-
60
-
%
FIG 2.
Note 5
Viewing angle
T
 = 90q
50
60
-
deg
FIG 3.
Note
6
 = 270q
40
50
-
deg
FIG 3.
 = 0q
50
60
-
deg
FIG 3.
 = 180q
50
60
-
deg
FIG 3.
CIE (x, y)
chromaticity
Red x
θ=0
q
=0q
Ta=25
°C
0.5706
0.6106
0.6506
-
FIG 2.
CIE1931
Note
5
Red y
0.3254
0.3654
0.4054
-
Green x
0.3000
0.3400
0.3800
-
Green y
0.5649
0.6049
0.6449
-
Blue x
0.1074
0.1474
0.1874
-
Blue y
0.0387
0.0787
0.1187
-
White x
0.2632
0.3032
0.3432
-
White y
0.2829
0.3229
0.3629
-

7 MOP-TFT320240-35G-BLM-TPC
Down
Φ=270
(6:00)
θ=0
Up
Φ=90
(12:00)
Left
Φ=180
(9:00)
θ
ΦRight
Φ=0
(3:00)
x
]
\
Figure 2: The definition of viewing angle
8Interface Description
8.1 LCM Interface Description
8.2 CTP Interface Description
Interface No.
Name
I/O Pin Connections
Description
1
LEDK
P
Power for LED backlight(Cathode)
2
LEDA
P
Power for LED backlight(Anode)
3
CS
I
Chip select pin
4
VDD
P
Power for LCD
5-12
Red(0-7)
I
Red data
13-20
Green(0-7)
I
Green data
21-28
Blue(0-7)
I
Blue data
29
GND
I
Ground
30
DCLK
I
Dot-clock signal
31
DISP
I
Display on/off
32
HSYNC
I
Horizontal sync input.
33
VSYNC
I
Vertical sync input
34
DE
I
Data enable
35
SCL
I
Clock pin of serial interface
36
SDA
I/O
Data input pin in serial mode
37
XR(NC)
-
No connection
38
YD(NC)
-
No connection
39
XL(NC)
-
No connection
40
YU(NC)
-
No connection
Interface No.
Name
I/O Pin Connection
Description
1
RESET
I
Reset low
2
VDD
P
Power Supply of CTP
3
GND
P
Ground
4
INT
O
State change interrupt
5
SCL
I
Serial interface clock
6
SDA
I/O
Serial interface data

MOP-TFT320240-35G-BLM-TPC 8
9AC Characteristics
9.1 Pixel Timing
Figure 3:Pixel Timing
Characteristics
Symbol
Min.
Typ.
Max.
Unit
24 bit
8 bit
24 bit
8 bit
24 bit
8 bit
DOTCLK Frequency
fDOTCLK
-
-
6.5
19.5
10
30
MHz
DOTCLK Period
tDOTCLK
100
33.3
154
51.3
-
-
ns
Vertical Sync Setup Time
tvsys
20
10
-
-
-
-
ns
Vertical Sync Hold Time
tvsyh
20
10
-
-
-
-
ns
Horizontal Sync Setup Time
thsys
20
10
-
-
-
-
ns
Horizontal Sync Hold Time
thsyh
20
10
-
-
-
-
ns
Phase Difference of Sync
Signal Falling Edge
thv 1 - 240 tDOTCLK
DOTCLK Low Period
tCKL
50
15
-
-
-
-
ns
DOTCLK High Period
tCKH
50
15
-
-
-
-
ns
Data Setup Time
tds
12
10
-
-
-
-
ns
Data Hold Time
tdh
12
10
-
-
-
-
ns
Reset pulse width
tRES
10
-
-
μS
*Note: External clock source must be provided to DOTCLK pin of HX8238-D. The driver will not operate if absent of the
clocking signal.

9 MOP-TFT320240-35G-BLM-TPC
9.2 Data Timing
Figure 4: Data Transaction Timing in Parallel RGB (24Bit) interface (SYNC Mode)
Characteristics Symbol
Min.
Typ.
Max.
Unit
24 bit
8 bit
24 bit
8 bit
24 bit
8 bit
DOTCLK Frequency
fDOTCLK
-
-
6.5
19.5
10
30
MHz
DOTCLK Period
tDOTCLK
100
33.3
154
51.3
-
-
ns
Horizontal Frequency (Line)
fH
-
14.9
22.35
KHz
Vertical Frequency (Refresh)
fV
-
60
90
Hz
Horizontal Back porch
tHBP
-
-
68
204
-
-
tDOTCLK
Horizontal Front porch
tHFP
-
-
20
60
-
-
tDOTCLK
Horizontal Data Start Point
tHBP
-
-
68
204
-
-
tDOTCLK
Horizontal Blanking Period
tHBP + tHFP
-
-
88
264
-
-
tDOTCLK
Horizontal Display Area
HDISP
-
-
320
960
-
-
tDOTCLK
Horizontal Cycle
Hcycle
-
-
408
1224
450
1350
tDOTCLK
Vertical Back Porch
tVBP
-
18
-
Lines
Vertical Front Porch
tVFP
-
4
-
Lines
Vertical Data Start Point
tVBP
-
18
-
Lines
Vertical Blanking Period
tVBP + tVFP
-
22
-
Lines
Vertical Display
Area
NTSC
VDISP -
240
- Lines
PAL
280(PALM=0)
PAL
288(PALM=1)
Vertical Cycle
NTSC
Vcycle
-
262
350 Lines
PAL
-
313

MOP-TFT320240-35G-BLM-TPC 10
10 Power Sequence
10.1 Power Up Sequence
Figure 5: Power Up Sequence
Characteristics Symbol
Spec.
Unit
Min.
Typ.
Max.
VDD/VDDIO on to falling edge of SHUT
tp-shut
1
-
-
μS
DOTCLK
tclk-shut
1
-
-
clk
Falling edger of SHUT to display start
-
1 line: 408 CLK
-
1 frame: 262 line
- DOTCLK = 6.5MHz
tshut-on
- - 14 frame
-
166
232.4
ms
*Note: it is necessary to input DOTCLK before the falling edge of SHUT. Display starts at 10th falling edge of VSYNC after the
falling edge of SHUT

11 MOP-TFT320240-35G-BLM-TPC
10.2 Power Down Sequence
Figure 6: Power Down Sequence
Characteristics Symbol
Spec.
Unit
Min.
Typ.
Max.
Rising edge of SHUT to display off
-
1 line: 408 CLK
-
1 frame: 262 line
- DOTCLK = 6.5MHz
tshut-off
2
-
-
frame
33.4 - - ms
*Note: DOTCLK must be maintained at least 2 frames after the rising edge of SHUT.
Display turns off at the 2nd falling edge of VSYNC after the falling edge of SHUT.
If RESET signal is necessary for power down, provide it after the 2- frames-cycle of the SHUT period.

MOP-TFT320240-35G-BLM-TPC 12
11 Inspection Criterion
11.1 Description
This specification is made to be used as the standard acceptance/rejection criteria for the
MOP-TFT320240-35G-BLM-TPC.
11.2 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
11.3 Inspection condition
xViewing distance for cosmetic inspection is about 30±5cm with bare eyes, and under a 600~1000lux
environment for visual inspection and 0~200lux for function test. All directions for inspecting the sample
should be within 45°against perpendicular line. (Normal temperature 18a28qC and normal humidity
60r15RH).
xDuring testing, the LCD is driven using the voltage level (Within r0.5V of the typical value at 25qC.) that
provides the most optical contrast
11.4 Definition of inspection zone in LCD
Figure 7: Inspection Zones in an 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)
*Note: As a general rule, visual defects in Zone C are permissible, if it does not affect display quality and assembly of
customer’s product.
11.5 Function Defect
Items to be inspected
Inspection criterion
Classification of defects
All functional defects
1) No display
2) Display abnormally
3) Missing vertical
, horizontal segment
4) Short circuit
5) Back
-light no lighting, flickering and abnormal lighting.
6) obvious striation
7) Current beyond specification value
MA
Missing
Missing component
Outline dimension
Overall outline dimension exceed the drawing is not allowed.
A
B
C

13 MOP-TFT320240-35G-BLM-TPC
11.6 LCD pixel defect
(bad dot) (defect type: MI)
Checking item
Judgment criterion
Color bad dot-bright dot(R,G,B)
1
Two adjacent bright point
0
Three or more adjacent point
0
Total points for bad dot-bright dot
1
Bad dot-dark dot
2
Two adjacent dark point
1
Three or more adjacent point
0
Total points for bad dot -dark dot
3
Patch bright dot
Invisible with ND5%, it is OK.
11.7 Dot and line defect
(defect type: MI)
Checking item
Judgment criterion
Figure
Diameter(mm)\LCD Size
S ≤5.0 Inch
Dot defect
D≤0.1
allowed
D=(a+b)/2
0.1<D≤0.2
4
0.2<D≤0.3
0
0.3<D≤0.5
0
D>0.5
0
the distance between the two defect dot:DS≥5mm
Line defect
Length(mm)
Width(mm)
Judgement
Criterion
disregard
W≤0.05
allowed
L≤5
0.05<W≤0.1
4
L>5
W>0.1
0
Concave point and air
bubble for
polarizer
Size(mm)
Judgement
Criterion
D=(a+b)/2
D≤0.3
allowed
0.3<D≤1.0
3
1.0<D≤1.5
1
D>1.5
0
Fold mark
,
linear scar for
polarizer
Length(mm)
Width(mm)
Judgement
Criterion
disregard
W≤0.05
allowed
1<L≤5
0.05<W≤0.2
3
L>5 W>0.2 0
*Notes:
1.
If the fold mark and linear scar for polarizer is visible with operating condition, the
defect is judged with line judge
2. If
the fold mark and linear scar for polarizer is visible with non-operating
condition,
the
defect is judged with the above judgment standard.

MOP-TFT320240-35G-BLM-TPC 14
12 Handling Precautions
12.1 Mounting method
Do not make extra holes in the display or modify its shape. When mounting the display, ensure that the display
does not flex, bend or twist. Extreme care should be used when handling the LCD modules.
12.2 LCD Handling and Cleaning Precaution
To clean the display surface, it is recommended to wipe lightly using a soft cloth with either Isopropyl alcohol or
Ethyl alcohol.
Do not wipe the display surface with dry or hard materials as it may damage the polarizer surface.
Do not use Water or Aromatics to clean the display.
Do not wipe ITO pad area with dry or hard materials that will damage the ITO patterns
Do not use Soldering flux, Chlorine(Cl), and Sulfur(S) on the pad or prevent it from being contaminated.
If the display is sent without applying a silicon coat on the pad, the ITO patterns could be damaged due to
corrosion as time goes on.
If ITO corrosion occurs due to customer miss-handling, or if the customer applies materials such as Chlorine (CI),
Sulfur (S) to the display, the responsibility is placed the customer.
12.3 Static Charge Precaution
The LCD module uses CMOS LSI drivers, so we recommend that you:
xConnect any unused input terminal to VDD or VSS
xDo not input any signals before power is turned on
xGround your body, work/assembly areas, and assembly equipment to protect against static electricity.
12.4 Packing
The module employs LCD elements and must be treated as such.
xAvoid intense shock and falls from a height.
x To prevent modules from degradation, do not operate or store them exposed direct to sunshine or high
temperature/humidity
12.5 Precautions during Operation
xIt is an indispensable condition to drive the LCD module within the specified voltage limits. Applying
voltage higher than the limit will reduce the life span of the LCD.
xUsing direct drive current should be avoided, as it will induce an electrochemical reaction causing
undesirable deterioration.
xThe LCD’s response time will be delayed when operating at a temperature lower than the suggested
operating range. When operating at a temperature higher than the suggested range, the LCD will be
noticeably darker. The display will return to normal when it is brought back to the specified operation
temperature.
xIf the display area is pushed hard during operation, some font may be abnormally drawn but the LCD will
return to normal after it is reset.
xSlight dew depositing on terminals can cause an electro-chemical reaction, damaging traces and resulting
in an open circuit.
Usage under the maximum operating temperature, 50%Rh or less is required

15 MOP-TFT320240-35G-BLM-TPC
12.6 Storage Recommendations
When storing the LCD for a prolonged period of time, the following recommendations will help prevent damage or
deterioration
xStore the display in an ambient temperature range between 10°C to 30°C, and in a relative humidity of
45% to 75%.
xDo not leave the display exposed to sunlight or fluorescent light.
xPlace the display in a polyethylene bag with the opening sealed.
xEnsure that nothing is making contact with the polarizer surface.
xIt is recommended to store them in the same packaging that was provided upon purchase
12.7 Safety Precautions
In the case that the LCD glass has shattered, it is recommended to remove any glass pieces, wash off the liquid
crystal using either acetone or ethanol, and proceed to burn any remaining display pieces.
If any liquid leaked out of a damaged glass cell, and comes in contact with your hands, please wash it off well with
soap and water

MOP-TFT320240-35G-BLM-TPC 16
13 Ordering
13.1 Part Numbering Scheme
Table 1: Parallel TFT Part Numbering Scheme
MOP
-
TFT
320
240
-
35
-
G
-
BLM
-
TPC
1
2
3
4
5
6
7
8
13.2 Options
Table 2: Parallel Part Options
#
Designator
Options
1
Product Line
MOP: Matrix Orbital Parallel Display
2
Screen Type
TFT: Graphic TFT
3
Display Columns
320: Three Hundred Twenty Pixel Columns
4
Display Rows
240: Two Hundred Forty Pixel Rows
5
Display Size
35: 3.5”
6
Display Form Factor
G: G Form Factor
7
Brightness Level
-BLS: Brightness < 300 Nit
-BLM: 300 Nit < Brightness < 600 Nit
-BLH: 600 Nit < Brightness < 1000 Nit
-BLD: Brightness > 1000 Nit
8
Touch Panel Type
TPN: None
TPR: Resistive
TPC: Capacitive
14 Contact
Sales
Phone: [phone]
Email: [e-mail]
Support
Phone: [phone]
Email: [e-mail]
Online
Purchasing: www.matrixorbital.com
Support:
www.matrixorbital.ca

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Largest Supplier of Electrical and Electronic Components
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