MODE	0			// Mord 0/1/2=Microwire/SPI/I2C
CLOCK	2.048MHz		// Clock frequency or cycle.
ACCWAIT	0			// The number of waits between access.

							// Define command.
OPCODE	READ	R	10		6	8	// READ  = R/W type.=Read  , Code=10       , Address bit width.=6 , Data bit width.=8
OPCODE	EWEN	W	00110000	0	0	// EWEN  = R/W type.=Write , Code=00110000 , Address bit width.=0 , Data bit width.=0
OPCODE	ERASE	W	11		6	0	// ERASE = R/W type.=Write , Code=11       , Address bit width.=6 , Data bit width.=0
OPCODE	WRITE	W	01		6	8	// WRITE = R/W type.=Write , Code=01       , Address bit width.=6 , Data bit width.=8
OPCODE	ERAL	W	00100000	0	0	// ERAL  = R/W type.=Write , Code=00100000 , Address bit width.=0 , Data bit width.=0
OPCODE	WRAL	W	00010000	0	0	// WRAL  = R/W type.=Write , Code=00010000 , Address bit width.=0 , Data bit width.=0
OPCODE	EWDS	W	00000000	0	0	// EWDS  = R/W type.=Write , Code=00000000 , Address bit width.=0 , Data bit width.=0

READ	010101	XXXXXXXX	// Address.=010101 , Data.=XXXXXXXX
READ	010101	11000011	// Address.=010101 , Data.=11000011
EWEN
WRITE	110011	01011010	// Address.=110011 , Data.=01011010
WRITE	110100	01011010	// Address.=110100 , Data.=01011010
READ	110100	0101XXXX	// Address.=110100 , Data.=0101XXXX
READ	010101	11000011	// Address.=010101 , Data.=11000011
READ	110100	01011010	// Address.=110100 , Data.=01011010
ERASE	101001			// Address.=101001
ERAL
WRAL
EWDS
