Position Generator

Generate position ramp of fixed frequency

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  • Library:

  • Motor Control Blockset / Controls / Control Reference

Description

The Position Generator block generates a position ramp signal (with a frequency that is identical to that of the reference voltage signal) using the position increment value of the reference signal.

Ports

Input

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Position increment value of a fixed frequency reference voltage signal (in either per unit, radians, or degrees). These equations describe how the block computes the position increment:

  • Δθ (per unit) = Frequency × Sample Time

  • Δθ (radians) = 2π × Frequency × Sample Time

  • Δθ (degrees) = 360 × Frequency × Sample Time

Data Types: single | double | fixed point

External pulse that resets the position ramp output based on the value of the External reset parameter.

Dependencies

To enable this port, set External reset to either active high resets to zero or active high resets to initial condition.

Data Types: single | double | fixed point

Output

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Position or phase value of the reference voltage signal (in either per unit, radians, or degrees).

Data Types: single | double | fixed point

Parameters

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Unit of the input position increment value and the output reference voltage position.

Output position ramp value (in either per unit, radians, or degrees) at initial time (0 seconds).

Output position ramp value (in either per unit, radians, or degrees) at the time when the block receives an active high external reset pulse. You can reset the output to either zero or to equal the value of the Initial theta output parameter.

Extended Capabilities

C/C++ Code Generation
Generate C and C++ code using Simulink® Coder™.

Fixed-Point Conversion
Design and simulate fixed-point systems using Fixed-Point Designer™.

Introduced in R2020a

Motor Control Blockset Documentation

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