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High Contrast LCD Display

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    China Mainland

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    email : orphilia@amotec-display.com

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    High contrast lcd display

    High contrast lcd display ADG16064A0 

    Model No.ADG16064A0 

    ? High contrast lcd display 160x64, Display LCD160x64

    ? Monochrome Graphic LCD

    ? Built-in controller ST7525i-G4.

    ? 1/65 Duty, 1/9 Bias


    Description of High contrast lcd display ADG16064A0               

    High contrast lcd display ADG16064A0 is a dot matrix graphic LCD module which is fabricated by low power COMS technology. It can display160Dots × 64 dots graphic LCD panel. The High contrast lcd display ADG16064A0 combines FSTN /GRAY, Positive, Transflective with RGB backlight.


    1. FEATURES

    The features of LCD are as follows

    * Display mode : FSTN /GRAY, Positive, Transflective

    * Color : Display dot :Blue-Black

    Background: GRAY

    * Display Format : 160Dots × 64Dots graphic

    * IC : ST7525i-G4.

    * Interface Input Data :I2C

    * Driving Method : 1/65 Duty, 1/9 Bias

    * Viewing Direction : 6 O’clock

    * Backlight : LED(Red-Green-Blue)


    2. MECHANICAL SPECIFICATIONS 

    Item

    Specification

    Unit

    Module Size

    44.54(W) X25.4(H) X5(T)

    mm

    Viewing Area

    41.54(W) X 17.6(H)

    mm

    Effective Display Area

    39.5(W) X15.98(H)

    mm

    Number of Dots

    160 X 64 Dots

    -

    Dot Size

    0.227(W) X 0.223(H)

    mm

    Dot Pitch

    0.247(W) X 0.25(H)

    mm


    3. ELECTRICAL SPECIFICATIONS
    3-1. Absolute Maximum Ratings (Vss=0V)

    Item

    Symbol

    Standard Value

    Unit

    Min.

    Typ.

    Max.

    Supply Voltage For Logic

    VDD

    -0.3

    -

    4.0

    V

    Supply Voltage For LCD Drive

    V0-XV0

    -0.3

    -

    +13.5

    V

    Operating Temp.

    TOP

    -20

    -

    +70

    °C

    Storage Temp.

    TST

    -30

    -

    +80

    °C

    Static Electricity

    Be sue that you are ground when handing LCM


    3. ELECTRICAL SPECIFICATIONS
    3-2-1.Electrical Characteristics

    Item

    Symbol

    Test
     Condition

    Min.

    Typ.

    Max.

    Unit

    Supply Voltage For Logic

    VDD – VSS

    Ta=25?

    2.7

    3.1

    3.3

    V

    Supply Voltage For LCD

    V0 – XV0

    Ta=25?

    9.3

    9.5

    9.7

    V

    Input Voltage

    “H” Level

    V IH

    Ta=25?

    0.8VDD

    -

    VDD

    V

    “L” Level

    V IL

    VSS

    -

    0.2VDD

    V

    Output Voltage

    “H” Level

    V OH

    IOUT= -0.5mA

    0.8VDD

    -

    VDD

    V

    “L” Level

    V OL

    IOUT= 0.5mA

    VSS

    -

    0.2VDD

    V

    Current Consumption

    IDD

    VIN = VDD

    -

    1.6

    2.0

    mA

    NOTE: 1) Duty ratio=1/65, Bias=1/9
    2) Measured in Dots ON-state
     

    3-3. BACKLIGHT
    3-3-1. Absolute Maximum Ratings

    Item

    Symbol

    Condition

    Min.

    Typ.

    Max

    Unit

    Forward Current

    IF

    Ta= 25?

    -

    -

    30

    mA

    Reverse Voltage

    VR

    -

    -

    5

    V

    Power Dissipation

    PD

    Ta= 25?

    -

    -

    -

    mW

     

    3-3-2. Opto-electronic Characteristics

    Item

    Symbol

    Condition

    Min.

    Typ.

    Max

    Unit

    Forward Voltage(Ta= 25?)

    VF(RED)

    IF=30mA

    1.9

    -

    2.2

    V

    VF(GREEN)

    IF=45mA

    2.8

    -

    3.2


    VF(BLUE)

    IF=45mA

    2.8

    -

    3.2


    Luminous

    -

    -

    -

    -

    -

    cd/m²

        

    4. Interface Pin Function

    Pin NO.

    Symbol

    I / O

    Functions

    1

    VG

    p

    LCD driving voltage for segments.
    Be aware that: 1.8 = VG < VDD2-0.4V.

    2

    XVO

    p

    LCD driving voltage for commons at positive frame.
    XV0O is the output of XV0 regulator. XV0S is the feedback of XV0 regulator.
    XV0I is the XV0 input of common circuits.
    XV0O, XV0I & XV0S should be connected together by ITO.

    3

    VO

    p

    LCD driving voltage for commons at negative frame.
    V0O is the output of V0 regulator. V0S is the feedback of V0 Regulator.
    V0I is the V0 input of common circuits.
    Be aware that: V0 = VG > VM > VSS = XV0 (under operation).
    V0O, V0I & V0S should be connected together by ITO.

    4

    VDDA

    p

    Digital power. If VDD1=VDD2, connect to VDD2 by ITO.
    For select pins that are set to be “H”, connect them to this power (use VDD1 for “H”).

    5

    VDDI

    p

    Analog power. If VDD1=VDD2, connect to VDD1 by ITO.

    6

    VSS

    p

    POWER GROUND

    7

    VSS

    p

    POWER GROUND

    8

    RST

    I

    Reset input pin.
    When RST is “L”, internal initialization is executed.

    9

    SCL

    I/O

    When using I2C interface
    D[0] : SCL, serial clock input.
    D[1] : SDA_IN, serial input data.
    D[3:2] : SDA_ OUT, serial data acknowledge for the I2C interface.
    D[4] : SCL, serial clock input.
    D[7:5] : fix to “H” by VDD1.
    D0 and D4 must be connected together for SCL.
    D1 to D3 must be connected together for SDA.
    Note : SA[1:0] = CS[1:0], I2C slave address bits of ST7525. Must connect to VDD1 or VSS1.

    10

    SDA

    I/O

    11

    A+

    p

    POWER FOR  BACKLIHT(ANODE)

    12

    K-(R)

    p

    POWER FOR  BACKLIHT(CATHODE) Red

    13

    K-(R)

    p

    POWER FOR  BACKLIHT(CATHODE) greed

    14

    K-(R)

    p

    POWER FOR  BACKLIHT(CATHODE) blue



    FAQ

    1.What is RAM Interface

    Answer :The external RAM is used to store display data( text, graphic and external CG data ). It can be freely allocated to the memory area( 8 K byte max ).

    2.Can graphic LCD module display characters?

    A graphic LCD display module is typically required when the display of more than just text is required. Many of the LCD controllers on board also include a CGROM (character generator ROM) to be able to easily use character as well as graphics. 

    3.What can graphic LCD display ?

    This Graphic LCD display module is 160x64 graphic mode --or-- Character Generator mode (Character font) optional.

    4.What are the precautions in use of LCD Modules?

    (1)Avoid applying excessive shocks to the module or making any alterations or modifications to it.

    (2)Don’t make extra holes on the printed circuit board, modify its shape or change the components of LCD module.

    (3)Don’t disassemble the LCM.

    (4)Don’t operate it above the absolute maximum rating.

    (5)Don’t drop, bend or twist LCM.

    (6)Soldering: only to the I/O terminals.

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