Use the Control VIs in FPGA VIs to create control applications for FPGA targets.

Note This palette is specific to FPGA targets.

PID
Implements a single-precision floating-point PID algorithm for PID applications with high-speed control and/or high channel count on an FPGA target. You can use this VI to create single-channel, multi-channel, and multi-rate control applications.
Matrix*Vector
Multiplies Matrix A by an input Vector b. This operation is useful for FPGA control applications, such as state-feedback control. You can use more than one multiplier to reduce the latency of this operation.
3-Phase PLL
Tracks the phase and frequency of a three-phase signal. This operation is useful for FPGA control applications of a three-phase system. The output phase of the 3-Phase Phase-Locked Loop is in pi radians.
Discrete Nonlinear Systems
Use the Discrete Nonlinear Systems VIs to model nonlinear systems on FPGA targets.
Discrete Linear Systems
Use the Discrete Linear Systems VIs to control or model discrete linear systems on FPGA targets.

Parent topic: FPGA Math & Analysis

LabVIEW FPGA Module Programming Reference Manual