Bit 2 : = 1 (3
rd
button can be confirmed), = 0 ( CAN NOT)
Bit 3 : = 1 (4
th
button can be confirmed), = 0 ( CAN NOT)
Bit 4 : reserved
Bit 5 : reserved
Bit 6 : reserved
Bit 7 : reserved
Example :
Data 0 = 00H 4 buttons are valid.
Data 1 = 0FH 4 buttons are all can be confirmed.
3) Data [2]: Define the light mode of the button 1 & 2 when it is valid by Data 0’s
configuration.
Bit 0 : = Light status of button 1
Bit 1 : = Light status of button 1
Bit 2 : = Light status of button 1
Bit 3 : = reserved
Bit 4 : = Light status of button 2
Bit 5 : = Light status of button 2
Bit 6 : = Light status of button 2
Bit 7 : = reserved
Bit assignment:
0 0 0-------- Light is OFF(button 1)
0 0 1-------- Light is ON (button 1)
0 1 0-------- Light is blinking by 2 second interval(button 1)
0 1 1-------- Light is blinking by 1 second interval (button 1)
1 0 0-------- Light is blinking by 0.5 second interval (button 1)
1 0 1--------Light is blinking by 0.25 second interval (button 1)
0 0 0-------------------------- Light is OFF(button 2)
0 0 1-------------------------- Light is ON(button 2)
0 1 0-------------------------- Light is blinking by 2 second interval (button 2)
0 1 1-------------------------- Light is blinking by 1 second interval (button 2)
1 0 0-------------------------- Light is blinking by 0.5 second interval (button 2)
1 0 1--------------------------Light is blinking by 0.25 second interval (button 2)
Example :
Data 2 = 51H 1
st
button is solid and 2
nd
button is blinking quickly.
4) Data [3]: Configure the light mode of the button 3 & 4 when it is valid by Data 0’s
configuration..
Bit 0 : = Light status of button 3
Bit 1 : = Light status of button 3
Bit 2 : = Light status of button 3
Bit 3 : = reserved
Bit 4 : = Light status of button 4
Bit 5 : = Light status of button 4
Bit 6 : = Light status of button 4
Bit 7 : reserved
Bit assignment: