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LCD
Description
LCD MCUs are built on 800 Core and have a LCD driver internally.

LCD(Liquid Crystal Display) is a display device which can easily found in various appliances like clock, cooker... etc. ABOV's LCD MCUs have good features with internal LCD driver such as a voltage control feature to adust britness and a 'Dynamic Display' feature for saving I/O pins.

Becasue of that this product group is based on 800 Core, it inherited veriety merits like field proven reliability for several years and easy to use development tools.
And it provides FALSH and OTP rom MCU and MASK version which has same functionality. MASK version means it has a mask rom whose contents are programmmed at manufacuraing time. It means you can not change the contents after manufactured. But it is more cheap for mass production. So normally FLASH version is used for development and MASK version is used to mass production after developing code becomes stable.
Related Links
Product Overview
Developmet Tools
Technical Infomation
Rom type description
COMBI FLASH OTP MASK
LCD MCU Selection Guide
1. Multiplies COM(common output) and SEG(segment output) equals number of DOTs which reffers maximum number of displayable dots( basic unit of lcd-display ).
ex) 4COM * 20SEG = 80 DOT( it can display 10 digits ), 8COM*16SEG=96 DOT( it can display 12 digits)
So, you should choose a MCU which has enough DOTs for your purpose. Note that number of COM is a one of LCD's characteristic( we say '4 COM LCD' or '8 COM LCD' to reffer those LCDs ). So you have to make sure that the MCU can support the COM number of the LCD, what you want to use.

2. A Driving voltage level determines contrast of a LCD. And it is different for each LCD. So you have to properly control the supplying voltage for a LCD. Therefor a MCU is suggested that has a 'Voltage Booster Circuit' or a 'Contrast Control Circuit'.

3. Operating Frequency determines LCD's display speed. So it is a good MCU that can choose display period.

4. Please check whether it has sub-clock mode or not and can display LCD with sub-clock or not. A MCU cunsumes less power, when it operates with 32765Hz sub-clock. So it is a usefull feature when your application operates with battery and has to display all the time.


Device List

  • FLASH rom, LCD

  • FLASH rom, LCD + Remote

  • OTP rom, LCD



    • FLASH rom, LCD
    Part No. Rom
    (Byte)    		 Ram
    (Byte)    		 Eeprom
    (Byte)    		 Package ADC Timer PWM I/O TWI Uart
    (SCI)    		 SIO
    (SPI)    		 POR Int.
    OSC    		 Remark Status
    MC80F7708A 8k 256 x

    44MQFP
    32SDIP
    32SOP

    		 8 bit
    * 6 ch    		 8bit * 4 ch
    (16bit * 2 ch)    		 1 41 x x x 1 1 20SEG
    4COM
    /10SEG
    4COM
    MC80F7708

    44MQFP
    42SDIP

    		 10 bit
    * 6 ch    		 1 41 x 1 x 1 1 20SEG
    4COM
    /16SEG
    8COM    		 NOW
    MC80F7108
    MC80C7108

    44MQFP
    44LQFP

    		 8 bit
    * 6 ch    		 1 31 x 1 x x x 20SEG
    4COM


    FLASH rom, LCD + Remote
    Part No. Rom
    (Byte)    		 Ram
    (Byte)    		 Eeprom
    (Byte)    		 Package ADC Timer PWM I/O TWI Uart
    (SCI)    		 SIO
    (SPI)    		 POR Int.
    OSC    		 Remark Status
    MC80F7632 32k 1k x

    64MQFP
    64LQFP

    		 10 bit
    * 5 ch    		 8bit * 4 ch
    (16bit * 2 ch)    		 2 47 x 2 1 1 1 24SEG
    4COM    		 NOW
    MC80F7532

    80MQFP
    80TQFP

    		 10 bit
    * 8 ch    		 2 61 x 2 1 x x 32SEG
    4COM
    MC80F7208
    MC80C7208    		 8k 256

    64MQFP
    64LQFP

    		 8 bit
    * 6 ch    		 1 39 x 1 x x x 24SEG
    4COM


    OTP rom, LCD
    Part No. Rom
    (Byte)    		 Ram
    (Byte)    		 Eeprom
    (Byte)    		 Package ADC Timer PWM I/O TWI Uart
    (SCI)    		 SIO
    (SPI)    		 POR Int.
    OSC    		 Remark Status
    HMS87C7332 32k 1k x

    80MQFP
    80TQFP

    		 8 bit
    * 8 ch    		 8bit * 4 ch
    (16bit * 2 ch)    		 2 58 x 2 x x x Fast ADC
    32Seg+4Com
    buzzer
    KeyScan    		 NOW
    HMS81C7332 2 58 x 2 x x x
    HMS81C7320 20k 2 58 x 2 x x x
    GMS87C7216 16k 448 x

    44SDIP
    44MQFP
    44LQFP

    		 8 bit
    * 3 ch    		 8bit * 4 ch
    (16bit * 2 ch)    		 2 29 x 1 2 x x 17seg
    4com
    BuzzerOutput    		 NOW
    GMS81C7216 2 29 x 1 2 x x
    GMS81C7208 8k 2 29 x 1 2 x x
    GMS87C7016
    GMS81C7016    		 16k

    64SDIP
    64MQFP
    64LQFP

    		 8 bit
    * 8 ch    		 2 49 x 1 2 x x 24seg
    4com
    BuzzerOutput
    DualClock
    GMS87C7008
    GMS81C7008    		 8k 2 49 x 1 2 x x