Documentation

The data read from the register map. The output port width is equal to the number of registers as configured with the Registers parameter.

The data valid indicates if the value on the data output port is new or was already read in a previous sample step. A new value from the I2C slave buffer is indicated with a 1 and an old value with a 0. The output port width is equal to the number of registers as configured with the Registers parameter.

The last register output port shows the last register that has been written by the I2C Master.

The last register valid indicates if the value on the Last Register output port is new or was already read in a previous sample step. A new value from the I2C slave buffer is indicated with a 1 and an old value with a 0.

This parameter associates a code module block with a configurable I/O module setup block. Set this value to match the Module ID defined in the setup block of the required configurable I/O module.

The number of the channel which this driver block entity will access. Only one channel per driver block can be addressed. You can specify channels in the range 1-N (N = the number of channels implemented in your specific configuration file defined in the Setup block).

A vector which defines the registers to read. Registers are numbered in the range 1 to 256.

Defines the base sample time at which this driver block gets its sample hit. This parameter can also be set to -1 for inherited sample time. The units are in seconds.

When this parameter is set, the data valid output is shown.

When this parameter is set, the last register Output is shown.

When this parameter is set, the last register valid output is shown.