Maxim Integrated 6612_OMU_S2_URT_V1_13 - Manual (Page 8)

6612_OMU_S2_URT_V1_13 Firmware Description Document FDD_6612_010
8 Rev. 1.1
4.3.3 Block Reads
The block read command can also be used to read consecutive registers: )saddr:eaddr? For decimal
format or )saddr:eaddr$ for hex format where saddr is the start address and eaddr is the final address.
The following block read command requests the Outlet 1 wideband information contained in
Table 4 in
decimal format:
>)20:3D?
4.3.4 Concatenated Reads
Multiple commands can also be added on a single line. Requesting information in decimal from two
locations and the block command from above are given below:
>)12?)15?)20:3D?
Note: The number of characters per line is limited to no more than 60.
4.3.5 MPU/XDATA Access Commands
) MPU Data Access
Description: Allows user to read from and write to MPU data space.
Usage: ) {Starting MPU Data Address} {option}…{option}
Command
Combinations: )saddr? Read the register in decimal.
)saddr?? Read two consecutive registers in decimal.
)saddr??? Read three consecutive registers in decimal.
)saddr:eaddr? Block read command in decimal format. Read
consecutive registers starting with starting
address saddr and ending with address eaddr.
Results given in decimal.
)saddr$ Read the register word in hex.
)saddr$$ Read two consecutive register words in hex.
)saddr$$$ Read three consecutive register words in hex.
)saddr:eaddr$ Block read command in hex format. Read
consecutive registers starting with starting
address saddr and ending with address eaddr.
Results given in hex.
)saddr=n Write the value n to address saddr in hex format.
)saddr=n=m Write the values n and m to two consecutive
addresses starting at saddr in hex format.
)saddr=+n Write the value n to address saddr in decimal
format.
)saddr=+n=+m Write the values n and m to two consecutive
addresses starting at saddr in decimal format.