Documentation

The requested output voltage value for channel n (0 to 7V, settable with 14-bit resolution. Approximately 0.43mV per step)

The requested current sink value for channel n (settable in 16 steps). Possible current steps are (mA):

	Note
	The driver rounds the input current sink value to the next allowed step, according to the values specified above.

Controls the state of channel n (enabled / disabled). The enable ports are only shown when the Show enable ports option is enabled.

IO991: The voltage value currently set by the module for channel n. This corresponds to the value read back from the module. It is not a measured value.

IO992: The measured voltage at the outputs for channel n.

IO991: The current sink value at present set by the module for channel n. This corresponds to the value read back from the module. It is not a measured value. Refer to the Inputs section for the current values permitted.

IO992: The measured current at the outputs for channel n.

The actual state (enabled / disabled) of channel n.

The actual state of the global hardware enable.

If your target machine only contains one I/O module, leave the default value (1). If more than one I/O module of this type is present, select a unique number (1-255) for each of your modules.

Select the specific type of I/O module this driver block is being used with.

This parameter allows the enabling of individual channels in any order. The order inside the vector defines the port order of the block, e.g. "[2 5 1]" or simply "1:6".

Define the initial channel state after the model is downloaded. The state can be set individually for each channel by entering a vector. The value at a certain position in the Initial values vector is applied to the channel defined at the same position in the Active Channel vector. A scalar value applies to all channels. Examples: individual values: "[1 0 0 1]", all channels enabled: "1". "0" means channel disabled, "1" means channel enabled.

Define if the Initial values shall also be applied after the model is stopped. '1' means "use Initial Value" and '0' means "keep the latest value". Examples: "[1 0 0 1]" or "0"

Define the initial voltage levels (in Volt) present on the outputs after the model is downloaded. The voltages can be set individually for each channel by entering a vector. The value at a certain position in the Initial voltage values vector is applied to the channel defined at the same position in the Active Channels vector. A scalar value applies to all channels. Examples: individual values: "[1 1.5 0 2.5]", all channels to 0 V: "0"

Define if the Initial voltage values shall also be applied after the model is stopped. '1' means "use Initial Value" and '0' means "keep the latest value". Examples: "[1 0 0 1]" or "0"

Define the initial current sink levels (in milliampere) present on the outputs after the model is downloaded. The current can be set individually for each channel by entering a vector. The value at a certain position in the Initial current values vector is applied to the channel defined at the same position in the Active Channels vector. A scalar value applies to all channels. Examples: individual values: "[ 12.5 0 100 ]", all channels to 0 mA: "0"

Define if the Initial current values shall also be applied after the model is stopped. '1' means "use Initial Value" and '0' means "keep the latest value". Examples: "[1 0 0 1]" or "0"

Select the number of samples for averaging the measured values.

Select the conversion time for each sample for voltage measurements.

Select the conversion time for each sample for current measurements.

Enable or disable the enable ports.

Enable or disable the voltage/current output ports.

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.

There are two approaches for mapping this block to a specific I/O module installed in your target machine. All modules of the same type must be configured using the same method.