Use the Sinewave Generators to generate up to 32 independent sinusoidal signals on the FPGA. These These signals can be mapped directly to Analog Output channels or to voltage and current Sources in the circuit model.
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In the System Explorer window configuration tree, expand the Power Electronics Add-On custom device, then Circuit Model >> Sinewave Generators to display the following subsections and custom device channels. Assign Assign values to the channels to configure the Sinewave Generators. The value of an input channel can be modified dynamically at execution time.
Frequency Engines | |||||
Channel Name | Type | Units | Default Value | Description | |
|---|---|---|---|---|---|
Frequency Engine X | Input | Hertz | 60Hz | Frequency of the engine. Up to 32 Frequency Engines are available in each hardware configuration. | |
Reset | |||||
Channel Name | Type | Units | Default Value | Description | |
Auto Synchronize | Input | 0 (False) |
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Reset | Input | 0 (False) |
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SWG X | |||||
Channel Name | Type | Units | Default Value | Description | |
Amplitude | Input | Volts | 0V | Amplitude of the generated sinewave. The peak-to-peak value will be twice the amplitude. | |
Frequency Engine | Input | 0 | Index of the Frequency Engine X used to generate the sinewave. Setting a value of 2 will connect Frequency Engine 2 to the sinewave generator. Assign the same Frequency Engine X index to multiple sinewave generators to ensure that they stay phase locked in time. | ||
Offset | Input | Volts | 0V | DC offset of the generated sinewave. | |
Phase | Input | Degrees | 0° | Phase offset of the generated sinewave relative to the other sinewaves using the same frequency engine. | |