TVL-55736GD032JR-LW-G-AAN ver.B - 1 - Issue Date: 2013/02/21
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APPROVAL SHEET
Customer
客戶名稱
Part No.
產品型號
TVL-55736GD032JR-LW-G-AAN
Product type
產品內容 Mode: Transmissive and Normally white type
3.2” TFT LCD module
RoHS
綠色產品
Non-compliance
Compliance
Remarks
備註欄
Preliminary Specification 暫行規格
Final Specification 正式規格
Signature by Customer:
客戶確認簽章:
Approved By Issued by
QA Checked by
QA Checked by
PM QA RD
TVL-55736GD032JR-LW-G-AAN ver.B - 2 - Issue Date: 2013/02/21
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Specification of LCD Module
Product No.: TVL-55736GD032JR-LW-G-AAN
Issue date: 2013/02/21
KYOCERA DISPLAY CORPORATION
5-7-18 Higashinippori Arakawa-ku Tokyo Japan
TEL: +81-03-5811-8772(Direct)
FAX: +81-03-5811-8787
TVL-55736GD032JR-LW-G-AAN ver.B - 3 - Issue Date: 2013/02/21
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TABLE OF CONTENTS
1.
GENERAL DESCRIPTION .................................................................5
2.
FEATURES.........................................................................................5
3.
MECHANICAL SPECIFICATION........................................................5
4.
MECHANICAL DIMENSION...............................................................6
5.
MAXIMUM RATINGS..........................................................................7
6.
ELECTRICAL CHARACTERISTIC.....................................................7
6.1.
DC Characteristics.......................................................................................... 7
6.2.
Backlight Characteristics ................................................................................ 8
7.
MODULE FUNCTION DESCRIPTION................................................9
7.1.
PIN DESCRIPTION........................................................................................ 9
7.2.
i80/16-bit System Bus Interface Timing Characteristics ............................... 10
7.3.
i80/16-bit System interface........................................................................... 11
7.4.
i80/16-bit System Bus Interface Timing(Register) ........................................ 11
7.5.
i80/16-bit System Bus Interface Timing(GRAM)........................................... 12
7.6.
Reset Timing Characteristics........................................................................ 12
8.
ELECTRO-OPTICAL CHARACTERISTICS......................................13
8.1.
Optical characteristics................................................................................... 13
8.2.
CIE(x, y) chromaticity.................................................................................... 13
9.
RELIABILITY....................................................................................15
9.1.
MTTF............................................................................................................ 15
9.2.
Tests............................................................................................................. 15
9.3.
Color performance........................................................................................ 15
10.
INSPECTION CRITERIA................................................................16
10.1.
Inspection Conditions................................................................................ 16
10.2.
Light Method ............................................................................................. 16
10.3.
Classification Of Defects........................................................................... 16
10.4.
Sampling & Acceptable Quality Level....................................................... 17
10.5.
Definition Of Inspection Area .................................................................... 1 7
TVL-55736GD032JR-LW-G-AAN ver.B - 4 - Issue Date: 2013/02/21
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10.6.
Items and Criteria...................................................................................... 18
11.
ILLUSTRATION OF LCD DATE CODE.........................................21
12.
ROHS COMPLIANT WARRANTY.................................................21
13.
PRECAUTIONS FOR USE ............................................................21
13.1.
Safety........................................................................................................ 21
13.2.
Storage Conditions.................................................................................... 21
13.3.
Installing LCD Module............................................................................... 21
13.4.
Precautions For Operation........................................................................ 22
13.5.
Handling Precautions................................................................................ 22
13.6.
Guarantee................................................................................................. 23
14.
REVISION HISTORY.....................................................................23
TVL-55736GD032JR-LW-G-AAN ver.B - 5 - Issue Date: 2013/02/21
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1. GENERAL DESCRIPTION
TVL-55736GD032JR-LW-G-AAN is a Transmissive type color active matrix liquid
crystal display (LCD), which uses amorphous thin film transistor (TFT) as switching
devices. This product is composed of a TFT LCD panel, driver ICs, FPC and a
backlight unit. The following table described the features of
TVL-55736GD032JR-LW-G-AAN.
2. FEATURES
Transmissive Type
Display Mode 3.2” TFT LCD, Normally white type
Display Format RGB vertical stripe
Driver IC. ILI 9325C
Interface 8080 - system 16 bit Interface
Viewing Direction Higher Contrast ratio: 9 o’clock
Less gray scale reversal: 3 o’clock
Backlight type / color LED / white *5
3. MECHANICAL SPECIFICATION
Item Specifications Unit
Dimensional outline 55.14(W)×78(H)×2.9(D)* mm
Resolution 240×3(R,G,B)×320 dot
Active area 48.6(W)×64.8(H) mm
Pixel pitch 0.2025(W)×0.2025(H) mm
Without FPC
TVL-55736GD032JR-LW-G-AAN ver.B - 6 - Issue Date: 2013/02/21
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4. MECHANICAL DIMENSION
140 1 40
GIANTPLUS TECHNOLOGY CO.,LTD
SINGLE SIDE AREA COMPONENT AREA (H=1.0 MAX.) MYLAR TAPE (Amber)
View Direction
240(R.G.B)X320 DOTS
PEELING TAPE
PRINTING LINE
DISPLAY
SCALE 40/1
R G B
STIFFENER
CONDUCTIVE
REFLECTOR
※ Silicone applied to cover trace ,and IC
TVL-55736GD032JR-LW-G-AAN ver.B - 7 - Issue Date: 2013/02/21
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5. MAXIMUM RATINGS
ITEM SYMBOL
MIN. MAX. UNIT Note
Power Supply Voltage VCC 2.5 3.3 V
Logic input voltage range V
CC
-GND
2.4 3.3 V
Operation Temperature T
op
-20 70
Storage Temperature T
stg
-30 80
Humidity - - 90 %RH Note1
Note 1: T
A
40 Without dewing
6. ELECTRICAL CHARACTERISTIC
6.1. DC Characteristics
(VCC = 2.4~3.3V,IOVCC=1.65~3.3V) Values
Item Symbol
Min. Typ. Max. Unit
IC Power Voltage V
CC
2.5 2.8 3.3 V
Consumption current of V
CC
I
CC
- 9.5 16 mA
Low Level Input Voltage V
IL
-0.3 - 0.2 x IOV
CC
V
High Level Input Voltage V
IH
0.8 x IOV
CC
- IOV
CC
V
Low Level Output Voltage V
OL
- - 0.2 x IOV
CC
V
High Level Output Voltage
V
OH
0.8 x IOV
CC
- - V
TVL-55736GD032JR-LW-G-AAN ver.B - 8 - Issue Date: 2013/02/21
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6.2. Backlight Characteristics
Item Symbol Condition Min Typ. Max. Unit
LED module
Forward voltage
V
LED
I
LED
=20mA --- 17.5 --- V
LED module
current I
LED
V
LED
=17.5V --- 20 --- mA
Surface
brightness
uniform
without LCD
L
D
I
LED
=20mA
V
LED
=17.5V --- 80 --- %
1 Backlight LED Circuit
2 Uniform measure condition
(a)Measure 9 point. Measure location is show below
(b)Uniform = (Min. brightness / Max. brightness)×100%
(c)Best Contrast, Main and sub panel All dots turn ON (White screen)
Active area
H/3
2H/3
W/3
2W/3
Active area (H)
1
2
4
3
5
7
6
9
8
LED- LED+
20mA
TVL-55736GD032JR-LW-G-AAN ver.B - 9 - Issue Date: 2013/02/21
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7. MODULE FUNCTION DESCRIPTION
7.1. PIN DESCRIPTION
Pin NO. Symbol Function
1 VCC A supply voltage to the internal logicVcc = 2.4~3.3V
2 VCI A supply voltage to the analog circuit.
Connect to an external power supply of 2.5~3.3V
3 CS
A chip select signal.
Lowthe ILI9325C is selected and accessible
Highthe ILI9325C is not selected and not accessible
Fix to the GND level when not in use
4 DNC_SCL/RS
A register select signal.
Lowselect an index or status register
Highselect a control register
5 WR A write strobe signal and enables
an operation to write data when the signal is low
6 RD A read strobe signal and enables
an operation to read data when the signal is low
7 /RESET A reset pin.
Initializes the ILI9325C with a low input
Be sure to execute a power-on reset after supplying power
8 NC No Connect
9 ~16 DB1 ~ DB8 Data bus pin
17 NC No Connect
18~25 DB10~DB17 Data bus pin
26~38 GND Power groundGND=0V
39 LED + B/L power supply
40 LED - B/L power ground
TVL-55736GD032JR-LW-G-AAN ver.B - 10 - Issue Date: 2013/02/21
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7.2. i80/16-bit System Bus Interface Timing Characteristics
Normal write mode (IOVCC=1.65V~3.30V, VCC=2.4V~3.30V),
TVL-55736GD032JR-LW-G-AAN ver.B - 11 - Issue Date: 2013/02/21
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7.3. i80/16-bit System interface
7.4. i80/16-bit System Bus Interface Timing(Register)
(a) Write to Register
(b) Read to Register
TVL-55736GD032JR-LW-G-AAN ver.B - 12 - Issue Date: 2013/02/21
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7.5. i80/16-bit System Bus Interface Timing(GRAM)
(a) Write to Register
(b) Read to Register
7.6. Reset Timing Characteristics
TVL-55736GD032JR-LW-G-AAN ver.B - 13 - Issue Date: 2013/02/21
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8. ELECTRO-OPTICAL CHARACTERISTICS
8.1. Optical characteristics
Item Symbol
Temp.
Min. Typ. Max. Unit Conditions
Tr 25 - 11 12 ms
Response time Tf 25 - 14 18 ms NOTE 3
Luminance L 25 220 250 - cd/m
2
-
Contrast ratio CR 25 230 250 - - NOTE 1
θ+ 50 60 -
Vertical θ- 25 50 60 - Degree
NOTE 2
Ψ+ 30 50 -
Viewing
Angle
Horizontal
Ψ- 25 50 60 - Degree
NOTE 2
8.2. CIE(x, y) chromaticity
Transmissive
Item Symbol Min. Typ. Max. Conditions
X - 0.634 -
Red y - 0.348 - θ=0° , ψ=0°
X - 0.364 -
Green y - 0.559 - θ=0° , ψ=0°
X - 0.144 -
Blue y - 0.086 - θ=0° , ψ=0°
X - 0.292 -
White y - 0.299 - θ=0° , ψ=0°
TVL-55736GD032JR-LW-G-AAN ver.B - 14 - Issue Date: 2013/02/21
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NOTE 1: Definition of contrast ratio:
Measure contrast ratio on the below 5 points and take average value
Contrast ratio is calculated with the following formula:
Contrast RatioCRWhiteLuminance of ON÷BlackLuminance of OFF
NOTE 2: Definition of Viewing Angle(θ,Ψ)
NOTE 3: Definition of Response Time
The response time is defined as the time interval between the 10and 90
amplitudes
TVL-55736GD032JR-LW-G-AAN ver.B - 15 - Issue Date: 2013/02/21
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9. RELIABILITY
9.1. MTTF
The LCD module shall be designed to meet a minimum MTTF value of 50,000 hours
with normal condition. (25°C in the room without sunlight; not include life time of
backlight)
9.2. Tests
NO.
ITEM CONDITION CRITERION
1 High Temperature
Operating 70 240 hrs
2 Low Temperature
Operating -20 240 hrs
3 High Temperature
Non-Operating 80 240 hrs
4 Low Temperature
Non-Operating -30 240 hrs
5 High Temperature/
Humidity Non-Operating
50 ,90%RH 240 hrs
6 Temperature Shock
Non-Operating
-30 80
( 30min )
( 30min )
10 CYCLES
7 Electrostatic Discharge
Test Non-Operating HBM:±2KV
No Defect Of
Operational Function In
Room Temperature Are
Allowable(23±5°C).
Leakage current should
be below double of initial
value.
Note 1: Test after 24 hours in room temperature(23±5°C).
Note 2: The sampling above is individually for each reliability testing condition.
Note 3: The color fading of polarizing filter should not care.
Note 4: All of the reliability testing chamber above, is using D.I. water.(Min value:
1.0 MΩ-cm)
Note 5: In case of malfunction defect caused by ESD damage, if it would be recovered
to normal state after resetting, it would be judged as a good part.
9.3. Color performance
No. ITEM Criterion (initial)
1 Luminance >50%
2 NTSC >70%
3 Contrast Ratio >50%
TVL-55736GD032JR-LW-G-AAN ver.B - 16 - Issue Date: 2013/02/21
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10. INSPECTION CRITERIA
10.1. Inspection Conditions
10.1.1. Environmental conditions
The environmental conditions for inspection shall be as follows
Room temperature: 23±5°C
Humidity: 50±20%RH
10.1.2. The external visual inspection
With a single 1000±200lux fluorescent lamp as the light source, the
inspection was in the distance of 30cm or more from the LCD to the
inspector’s eyes.
10.2. Light Method
10.2.1. Environment lamp under 1000±200 lux, Viewing direction for inspection
over 30
10.2.2. The distance from eye to defect around 300mm, the distance from ND
Filter to defect around 25~30mm
10.3. Classification Of Defects
10.3.1. Major defect
A major defect refers to a defect that may substantially degrade usability
for product applications.
Eye
300mm
Defect place
ND Filter
TVL-55736GD032JR-LW-G-AAN ver.B - 17 - Issue Date: 2013/02/21
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10.3.2. Minor defect
A minor defect refers to a defect which is not considered to be able
substantially degrade the product application or a defect that deviates from
existing standards almost unrelated to the effective use of the product or
its operation.
Notes: If the LCD/LCM ’s cosmetic and display performance do not specify
in “inspection criterion”, it should be based on these delivered samples.
10.4. Sampling & Acceptable Quality Level
Level II, MIL-STD-105E
Major Minor
Cosmetic 1.0 % 1.5 %
Electrical-display 0.4% 0.65 %
10.5. Definition Of Inspection Area
V.A: Viewing Area
A.A: Active Area
Active Area
Viewing Area
Outside of
Viewing area
TVL-55736GD032JR-LW-G-AAN ver.B - 18 - Issue Date: 2013/02/21
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10.6. Items and Criteria
10.6.1. Visual inspection criterion in cosmetic
(1) Glass defect
No
Defect Criteria Remark
1
Dimension
(Minor)
By engineering diagram
X
Y
Z
2
Cracks
(Major)
Extensive crack Reject
(2) LCM appearance defect
No
Defect Criteria Remark
Spec. Permissible Qty
ψ 0.10mm Disregard
0.10mm<ψ 0.20mm 3
1
Round type
(Minor)
0.20mm<ψ 0
1.ψ=(L+W)/2,
L: Length, W: Width
2. Disregard if out of A.A.
Spec. Permissible Qty
W0.03mm Disregard
L3.0mm and
0.03mm<W0.05mm 2
L3.0mm and
0.05mm<W0.10mm 1
2
Line type
(Minor)
W>0.10mm or L>3.0mm
0
1. L: Length, W: Width
2. Disregard if out of A.A.
Spec. Permissible Qty
ψ 0.20mm Disregard
0.20mm<ψ 0.30mm 2
0.30mm<ψ 0.50mm 1
3
Polarizer dent
(Minor)
0.50mm<ψ 0
1.ψ=(L+W)/2 ,
L: Length, W: Width
2. Disregard if out ofA.A.
W
L
L
W
L
W
TVL-55736GD032JR-LW-G-AAN ver.B - 19 - Issue Date: 2013/02/21
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(3) FPC
No
Defect Criteria Remark
1
Copper peeling
(Minor)
Copper peeling Reject
(4) Black tape
No
Defect Criteria Remark
1
Shift (Minor)
IC exposed Reject
2
No black tape
(Minor)
No black tape Reject
(5) Silicon
No
Defect Criteria Remark
1
Amount of silicon
(Minor)
ITO exposed
Reject
10.6.2. Visual inspection criterion in electrical display
No
Defect Criteria Remark
1
No display (Major)
Not allowed
2
Missing line (Major)
Not allowed
3
Darker or lighter
line (Major)
Not allowed
TVL-55736GD032JR-LW-G-AAN ver.B - 20 - Issue Date: 2013/02/21
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4
Weak line (Minor)
By limited sample
No
Defect Criteria Remark
Spec. Permissible
Qty
Bright point
1
5
Bright / Dark point
(Minor)
Dark point 2
1:
1sub-pixel
: 1R or 1G or
1B
2:
Point defect area1/2
sub pixel.
Spec. Permissible
Qty
ψ 0.10mm Disregard
0.10mm<ψ 0.20mm 3
6
Round type
(Minor)
0.20mm<ψ 0
1.ψ=(L+W)/2,
L: Length, W: Width
2. Disregard if out of A.A.
Spec. Permissible
Qty
W0.03mm Disregard
L3.0mm and
0.03mm<W0.05mm 2
L3.0mm and
0.05mm<W0.10mm 1
7
Line type
(Minor)
W>0.10mm or L>3.0mm
0
1. L: Length, W: Width
2. Disregard if out of A.A.
8
Mura (Minor)
By 5% ND filter invisible
10.6.3. Others
1. Issues that are not defined in this document shall be discussed and
agreed with both parties. (Customer and supplier)
2. Unless otherwise agreed upon in writing, the criteria shall be applied to
both parties. (Customer and supplier)
3. Polarizer, more than 0.5mm in size reduction rejected.
W
L
L
W
TVL-55736GD032JR-LW-G-AAN ver.B - 21 - Issue Date: 2013/02/21
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11. ILLUSTRATION OF LCD DATE CODE
TBD
12. RoHS COMPLIANT WARRANTY
RoHs Hazardous substances including:
Cd< 100 ppm
Pb< 1000 ppm
Hg< 1000 ppm
Cr +6 < 1000 ppm
PBDE < 1000 ppm
PBB < 1000 ppm
13. PRECAUTIONS FOR USE
13.1. Safety
(1) Do not swallow any liquid crystal, even if there is no proof that liquid crystal is
poisonous.
(2) If the LCD panel breaks, be careful not to get liquid crystal to touch your skin.
(3) If skin is exposed to liquid crystal, wash the area thoroughly with alcohol or soap.
13.2. Storage Conditions
(1) Store the panel or module in a dark place where the temperature is 23±5°C and
the humidity is below 50±20%RH.
(2) Store in anti-static electricity container.
(3) Store in clean environment, free from dust, active gas, and solvent.
(4) Do not place the module near organics solvents or corrosive gases.
(5) Do not crush, shake, or jolt the module.
(6) Do not exposed to direct sun light of fluorescent lamps.
13.3. Installing LCD Module
Attend to the following items when installing the LCM.
(1) Cover the surface with a transparent protective plate or touch panel to protect the
polarizer and LC cell.
TVL-55736GD032JR-LW-G-AAN ver.B - 22 - Issue Date: 2013/02/21
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13.4. Precautions For Operation
(1) Viewing angle varies with the change of liquid crystal driving voltage (Vo). Adjust
Vo to show the best contrast.
(2) Driving the LCD in the voltage above the limit will shorten its lifetime.
(3) Response time is greatly delayed at temperature below the operating temperature
range. However, this does not mean the LCD will be out of the order. It will recover
when it returns to the specified temperature range.
(4) When turning the power on, input each signal after the positive/negative voltage
becomes stable.
(5) Do not apply mater or any liquid on product, which composed of T/P.
13.5. Handling Precautions
(1) Avoid static electricity that can damage the CMOS LSI; please wear the wrist strap
when handling.
(2) The polarizing plate of the display is very fragile. So, please handle it very carefully.
(3) Do not give external shock.
(4) Do not apply excessive force on the surface; it may cause display abnormal.
(5) Do not wipe the polarizing plate with a dry cloth, as it may easily scratch the
surface of plate.
(6) Do not use ketonics solvent & Aromatic solvent, use with a soft cloth soaked with a
cleaning naphtha solvent.
(7) Do not operate it above the absolute maximum rating.
(8) Do not remove the panel or frame from the module.
(9) Do not apply mater or any liquid on product, which composed of T/P.
TVL-55736GD032JR-LW-G-AAN ver.B - 23 - Issue Date: 2013/02/21
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13.6. Guarantee
13.6.1. The period is within 12 months since the date of shipping out under
normal using and storage conditions.
13.6.2. Any defect not caused by KYOCERA DISPLAY is not guaranteed to the
customer. The defect phenomenon should be agreed by both parties.
14. REVISION HISTORY
Version
Revise record Date
A New version 2012/03/05
B Viewing Direction remark 2012/04/24