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        MAX1233/MAX1234觸摸屏控制器入門

        作者: 時間:2012-03-17 來源:網絡 收藏
        $ 2 AE 18
        Configure SPI for 16-bit auto-CS-bar00Automatic2 bytes
        $ 2 AE 19
        Configure SPI for 16-bit auto-CS-bar01Automatic2 bytes
        $ 2 AE 1A
        Configure SPI for 16-bit auto-CS-bar10Automatic2 bytes
        $ 2 AE 1B
        Configure SPI for 16-bit auto-CS-bar11Automatic2 bytes
        $ 2 AE 28
        Configure SPI for 24-bit auto-CS-bar00Automatic3 bytes
        $ 2 AE 29
        Configure SPI for 24-bit auto-CS-bar01Automatic3 bytes
        $ 2 AE 2A
        Configure SPI for 24-bit auto-CS-bar10Automatic3 bytes
        $ 2 AE 2B
        Configure SPI for 24-bit auto-CS-bar11Automatic3 bytes
        $ 2 AE 38
        Configure SPI for 32-bit auto-CS-bar00Automatic4 bytes
        $ 2 AE 39
        Configure SPI for 32-bit auto-CS-bar01Automatic4 bytes
        $ 2 AE 3A
        Configure SPI for 32-bit auto-CS-bar10Automatic4 bytes
        $ 2 AE 3B
        Configure SPI for 32-bit auto-CS-bar11Automatic4 bytes
        $ 2 AF xx
        Perform an 8-bit SPI transfer (CS-bar = GPIO or auto-CS-bar = 1-byte)———1 byte
        $ 3 AF xx xx
        Perform a 16-bit SPI transfer (requires auto-CS-bar = 2-byte mode)———2 bytes
        $ 4 AF xx xx xx
        Perform a 24-bit SPI transfer (requires auto-CS-bar = 3-byte mode)———3 bytes
        $ 5 AF xx xx xx xx
        Perform a 32-bit SPI transfer (requires auto-CS-bar = 4-byte mode)———4 bytes
        $ 2 F9 0
        Drive CS-bar pin low——GPIO-K9—
        $ 2 F9 1
        Drive CS-bar pin high——GPIO-K9—
        表25. 更新后MINIQUSB+固件01.05.41中的中斷脈沖累加器命令
        DEMO1234 Command
        ActionIntGPIO Input
        Firmware Command
        $ 2 C3 00
        Query which of the C3 commands are supported; the return value is a 2-byte bitmap of commands C300 to C30F, msb first
        C3 00
        I Q 0
        Query configuration of pulse accumulatorINT0GPIO-K5
        C3 01 00
        I Q 1
        Query configuration of pulse accumulatorINT1GPIO-K6
        C3 01 01
        I Q 2
        Query configuration of pulse accumulatorINT2GPIO-K7
        C3 01 02
        I Q 3
        Query configuration of pulse accumulatorINT3GPIO-K8
        C3 01 03
        I C 0 0
        Configure pulse accumulator: disable interruptINT0GPIO-K5
        C3 02 00 00
        I C 1 0
        Configure pulse accumulator: disable interruptINT1GPIO-K6
        C3 02 01 00
        I C 2 0
        Configure pulse accumulator: disable interruptINT2GPIO-K7
        C3 02 02 00
        I C 3 0
        Configure pulse accumulator: disable interruptINT3GPIO-K8
        C3 02 03 00
        I C 0 1
        Configure pulse accumulator: rising-edge triggerINT0GPIO-K5
        C3 02 00 01
        I C 1 1
        Configure pulse accumulator: rising-edge triggerINT1GPIO-K6
        C3 02 01 01
        I C 2 1
        Configure pulse accumulator: rising-edge triggerINT2GPIO-K7
        C3 02 02 01
        I C 3 1
        Configure pulse accumulator: rising-edge triggerINT3GPIO-K8
        C3 02 03 01
        I C 0 3
        Configure pulse accumulator: falling-edge triggerINT0GPIO-K5
        C3 02 00 03
        I C 1 3
        Configure pulse accumulator: falling-edge triggerINT1GPIO-K6
        C3 02 01 03
        I C 2 3
        Configure pulse accumulator: falling-edge triggerINT2GPIO-K7
        C3 02 02 03
        I C 3 3
        Configure pulse accumulator: falling-edge triggerINT3GPIO-K8
        C3 02 03 03
        I R 0
        Read pulse accumulatorINT0GPIO-K5
        C3 03 00
        I R 1
        Read pulse accumulatorINT1GPIO-K6
        C3 03 01
        I R 2
        Read pulse accumulatorINT2GPIO-K7
        C3 03 02
        I R 3
        Read pulse accumulatorINT3GPIO-K8
        C3 03 03
        I 0 0
        Clear pulse accumulatorINT0GPIO-K5
        C3 04 00
        I 0 1
        Clear pulse accumulatorINT1GPIO-K6
        C3 04 01
        I 0 2
        Clear pulse accumulatorINT2GPIO-K7
        C3 04 02
        I 0 3
        Clear pulse accumulatorINT3GPIO-K8
        C3 04 03
        I S 0 xx
        Set pulse accumulator count xx = 0 to 255INT0GPIO-K5
        C3 05 00 xx
        I S 1 xx
        Set pulse accumulator count xx = 0 to 255INT1GPIO-K6
        C3 05 01 xx
        I S 2 xx
        Set pulse accumulator count xx = 0 to 255INT2GPIO-K7
        C3 05 02 xx
        I S 3 xx
        Set pulse accumulator count xx = 0 to 255INT3GPIO-K8
        C3 05 03 xx

        7) 結論

        這些實例簡要介紹了怎樣使用/的主要功能模塊,利用簡化的控制臺C++程序來測量并控制硬件。如果需要深入了解詳細信息,請參考/數據資料。

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