Bind this block to an OpCtrl ML605EX1 block by entering the same 'Controller Name' as specified in the OpCtrl ML605EX1 block. The OpCtrl ML605EX1 block controls the initialization of the settings of one specific ML605 development board in the system.

Enter the index of the DataOut port to be controlled by this block, in the range [1:32].

This non-editable parameter displays the physical location of the analog input channels related to the selected DataOut port, as obtained from the parsing of the configuration file.

When this checkbox is selected, the mask parameters used in the Resolver In block are available as block inputs. This mode allows the tuning of parameters during execution.

This parameter specifies the filter's damping factor.

This parameter specifies the filter's natural frequency. The unit is Hertz (Hz).

When selected, the Resolver In block generates its own carrier for demodulation.

This parameter is the delay for the application of the internal carrier with the resolved signals (sine and cosine). It should be between 0 and 20e-6. This input is expressed in seconds.

This parameter specifies the carrier frequency. It should be between 0.01 and 90000 Hz.

This parameter specifies the amplitude of the carrier that will be outputted by the Resolver In block. It should be between 0 and 16 V. The resolution is 1 mV.

This parameter specifies the offset of the carrier that will be outputted by the Resolver In block. It should be between -16 V and 16 V. The resolution is 1 mV.

This parameter specifies the amplitude of the carrier expected by the Resolver In block. It should be between 0 and 16 V. The resolution is 1 mV.

This parameter specifies the offset of the carrier expected by the Resolver In block. It should be between -16 V and 16 V. The resolution is 1 mV.

This parameter specifies the amplitude of the resolved sine signal. It should be between 0 and 16 V. The resolution is 1 mV.

This parameter specifies the offset of the resolved sine signal. It should be between -16 V and 16 V. The resolution is 1 mV.

This parameter specifies the amplitude of the resolved cosine signal. It should be between 0 and 16 V. The resolution is 1 mV.

This parameter specifies the offset of the resolved cosine signal. It should be between -16 V and 16 V. The resolution is 1 mV.

This input specifies the filter's damping factor.

This input specifies the filter's natural frequency. The unit is Hertz (Hz).

This input specifies the amplitude of the resolved sine signal. It should be between 0 and 16 V. The resolution is 1 mV.

This input specifies the offset of the resolved sine signal. It should be between -16 V and 16 V. The resolution is 1 mV.

This input specifies the amplitude of the resolved cosine signal. It should be between 0 and 16 V. The resolution is 1 mV.

This input specifies the offset of the resolved cosine signal. It should be between -16 V and 16 V. The resolution is 1 mV.

This input specifies the amplitude of the carrier that will be outputted by the Resolver In block. It should be between 0 and 16 V. The resolution is 1 mV.

This input specifies the offset of the carrier that will be outputted by the Resolver In block. It should be between -16 V and 16 V. The resolution is 1 mV.

This input is displayed when the Resolver In block uses an internal carrier. It represents the carrier's frequency and it should be between 0.01 and 90000 Hz.

This input is displayed when the Resolver In block uses an internal carrier. It is the delay for the application of the internal carrier with the resolved signals (sine and cosine). It should be between 0 and 20e-6. This input is expressed in seconds.

Angle represented with a 16-bit precision. Range of values: [0, 360]

Speed in rotations per second (Hz).

When Calibration mode is selected, this output returns the scaled carrier wave (when Carrier Amplitude and Offset are well tuned)

This output returns the following values:

0

No error.

-1

Block could not be matched with an OpCtrl ML605EX1 block (check the 'Controller Name' value), or ML605 card initialization problem.

-2

Data reception timeout. This error can be caused by model synchronization errors.

-3

Data reception error: the block received less data from the ML605 card than the value specified in the 'Data outport width' parameter. Missing data were replaced by 0.

-4

Data reception error: the block received more data from the ML605 card than the value specified in the 'Data outport width' parameter. Extra data were discarded.

No

Inherited

Yes

No