MODE	1		// Mord 0/1/2=Microwire/SPI/I2C
CLOCK	1MHz		// Clock frequency or cycle.
SPIMODE	0		// Mode of SPI clock. 0/1/2/3
ACCWAIT	4		// The number of waits between access.

							// Define command.
OPCODE	RCR	R	000		5	8	// RCR = R/W type.=Read  , Code=000      , Address bit width.=5 , Data bit width.=8
OPCODE	RBM	R	00111010	0	8	// RBM = R/W type.=Read  , Code=00111010 , Address bit width.=0 , Data bit width.=8
OPCODE	WCR	W	010		5	8	// WCR = R/W type.=Write , Code=010      , Address bit width.=5 , Data bit width.=8
OPCODE	WBM	W	01111010	0	8	// WBM = R/W type.=Write , Code=01111010 , Address bit width.=0 , Data bit width.=8
OPCODE	BFS	W	100		5	8	// BFS = R/W type.=Write , Code=100      , Address bit width.=5 , Data bit width.=8
OPCODE	BFC	W	101		5	8	// BFC = R/W type.=Write , Code=101      , Address bit width.=5 , Data bit width.=8
OPCODE	SC	W	11111111	0	0	// SC  = R/W type.=Write , Code=11111111 , Address bit width.=0 , Data bit width.=0

RCR	10011	01011010	// Address.=10011 , Data.=01011010
RBM	00111100		//                  Data.=00111100
RCR	10011	0101XXXX	// Address.=10011 , Data.=0101XXXX
RBM	X0111100		//                  Data.=X0111100
WCR	10101	01101001	// Address.=10101 , Data.=01101001
WBM	11110000		//                  Data.=11110000
BFS	01110	10100101	// Address.=01110 , Data.=10100101
BFC	10111	01011110	// Address.=10111 , Data.=01011110
SC
