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(Archived) eHSx64_PMSM_VDQ_IO_7868R

This Hardware Configuration has been archived and should not be used in new projects. Please contact OPAL-RT Support for more information.

Specifications

IO Capabilities

This configuration requires the following FPGA boards. Please refer to the linked product page for additional information.

Quantity

FPGA Board

Quantity

FPGA Board

1

PXIe-7868R

 

 

The PXIe-7868R supports the following features:

IO Type

Details

IO Type

Details

Analog Input

6 CH, 1MS\s, 16-bit, +/- 10V Input Signal Range, Differential

Tunable Gain, Offset, and Min/Max Saturation

Analog Output

18 CH, 1MS\s, 16-bit

User-defined mapping to Analog Outputs available with tunable Gain, Offset, and Min/Max Saturation.

  • Measurements

  • Sinewaves

  • CPU (VeriStand)

  • Resolvers

Digital Input

32 CH, 80MHz, 3.3V TTL (Connector 1)

Digital Output

16, 10MHz, 3.3V TTL (Connector 0)

User-defined mapping to Digital Outputs available with tunable Polarity.

  • CPU (VeriStand)

  • Encoders

  • Hall Effect

  • PWMs

  • Digital Inputs

 

Refer to 7868 IO Assignation [eHSx64_PMSM_VDQ_IO_7868R] to see the IO assignment.

Modeling Capabilities

This configuration includes a pre-compiled firmware/bitfile which contains the following features:

Features

Additional Information

Features

Additional Information

1x eHSx64 Solver

User-defined mapping to Circuit Sources available:

  • CPU (VeriStand)

  • Sinewaves

  • PMSM

  • Analog Inputs

User-defined mapping to Circuit Switches available:

  • CPU (VeriStand)

  • PWMs

  • SPWMs

  • Digital Inputs

1x PMSM Variable Parameter Solver

Refer to PMSM VDQ Section (Archived) for more information.

1x Resolver

The excitation signal for the resolver is directly connected to the AIO channel. This connection is not assignable. In addition, the excitation signal must be scaled appropriately such that it has an amplitude of -1V to 1V. 

1x Encoder

Assignable to any DO port

1x Hall Effect Sensor/motor

Assignable to any DO port

32x Sinewave Generators

 

16x PWM Generators

 

12x Sinusoidal PWM Generators

 

Analog Output Mapping and Rescaling

 

Analog Input Rescaling

 

32x Waveform Acquisition Channels

 

 



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