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OPC UA: the communication protocol for industrial automation applications

OPC UA: the communication protocol for industrial automation applications

ByBenoît Steinmann March 24, 2022April 21, 2022 PN177

Imperix relies on the increasingly popular OPC UA industrial protocol to remotely control and monitor its power electronic controllers over Ethernet. To do so, the…

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TN104
SOGI PLL
TN105
PI controller implementation for current control
PN133
Installation guide for imperix ACG SDK
PN134
Getting started with ACG SDK on Simulink
TN106
Vector current control
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Cascaded voltage control
TN110
Proportional resonant controller
TN111
Field oriented control (FOC) of permanent magnet synchronous machine (PMSM)
PN135
Simulation essentials with Simulink
PN136
Getting started with ACG SDK on PLECS
PN137
Simulation essentials with PLECS
PN139
Getting started with BB Control
TN114
Motor speed control
TN116
Dual Active Bridge converter modulation techniques
PN151
Basic examples for ACG SDK on PLECS
PN130
Graphical User Interface with MATLAB App Designer
TN117
Maximum Power Point Tracking (MPPT) algorithms
TN123
Active damping of LCL filters
PN158
Multi-master feature for distributed networked control systems
PN131
Speeding up Simulink simulation
PN143
Starting from a blank Simulink model
PN144
Simulink External Mode with ACG SDK
TN124
Fictive axis emulation (FAE) for single-phase inverter
PN145
Multi-rate control on Simulink with ACG SDK
TN131
DC bus pre-charging techniques
PN153
Integrating C or MATLAB code into ACG SDK
PN155
Multi-rate control on PLECS with ACG SDK
PN146
Installation and utilisation of CPP SDK
PN147
CPP SDK troubleshooting
PN120
Setting up the FPGA development toolchain
PN116
Imperix firmware IP product guide
PN104
Using the angle decoder modules
PN105
Analog front-end configuration on B-Box RCP
PN115
Dead time selection for imperix power modules
PN121
Variable frequency operation with the B-Box/B-Board
PN142
Discrete control delay identification
PN152
Applying pre-recorded profiles as setpoints
PN154
Oversampling configuration and utilization
PN156
Timing info tab in BB Control
PN201
B-Board PRO carrier board design
PN202
Expanding an open-frame rack with PEB modules
AN002
Three-phase Voltage Source Inverter (VSI)
AN003
Single-phase PV inverter with Fictive-Axis Emulation
AN004
Direct Torque Control of a Permanent Magnet Synchronous Motor
AN005
Back-to-back three-phase converter with grid-tied LCL filter
AN006
Three-phase PV inverter for grid-tied applications
AN007
Fast electric vehicle charger with intermediate energy storage
AN011
Electric Car Motor Control
AN012
Wind turbine generator control using a sensorless algorithm
AN008
Multi-converter system for micro-grid
AN009
Three-phase MMC converter
AN014
MMC-based audio amplifier
TN139
Rotor Field-Oriented Control (RFOC) of an induction machine
TN138
V/f control of an induction machine
TN137
I-f startup method for sensorless PMSM control
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Sensorless motor control using a back-EMF Sliding-Mode Observer
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Neutral Point Clamped Inverter (NPC)
TN129
DC bus balancing of NPC converters
TN134
Buck-boost DC/DC converter
TN120
FPGA-based hysteresis current controller for three-phase inverter
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FPGA-based hysteresis controller for three-phase inverter using HDL Coder
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FPGA-based SPI communication IP for ADC
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FPGA-based Direct Torque Control using Vivado HLS
SD001
CONFIG – Control task configuration
SD002
CLK – Clock generators
SD003
ADC – Analog data acquisition
SD004
DAC – Analog outputs
SD005
GPI – General purpose inputs
SD006
GPO – General purpose outputs
SD007
DEC – Angle decoder
SD008
FLT – Fault inputs
SD009
PWM – Pulse Width Modulators
SD010
CB-PWM – Carrier-based PWM
SD011
DO-PWM – Direct output PWM
SD012
SB-PWM – Sandbox PWM
SD013
SV-PWM – Space vector PWM
SD018
ETH in – Ethernet input mailbox
SD019
ETH out – Ethernet output mailbox
SD016
CAN in – CAN input mailbox
SD017
CAN out – CAN output mailbox
SD022
SBI – Sandbox input from FPGA
SD023
SBO – Sandbox output towards FPGA
SD024
Enable PWM outputs
SD025
External reset
SD026
Core state
SD027
Probe variable
SD028
Tunable parameter
PN157
LCD display information of closed converter racks
TN135
NPC inverter for three-phase applications
PN159
Getting started with FPGA control development
PN163
Xilinx Model Composer introduction
PN161
Xilinx System Generator introduction
PN164
Xilinx Vitis HLS introduction
PN162
MATLAB HDL Coder introduction
TN147
FPGA-based control of a grid-tied inverter
PN166
Installing the Xilinx Blockset for Simulink
TN141
Custom PWM modulator implementation in FPGA
TN140
AXI4-Stream IPs from Xilinx
PN169
FPGA development on imperix controllers
TN142
High-Level Synthesis for FPGA developments
SD029
abc to dq0
TN143
FPGA implementation of a PLL for grid synchronization
SD030
dq0 to abc
SD031
abc to Alpha-Beta-Zero
SD032
Alpha-Beta-Zero to abc
SD033
Alpha-Beta-Zero to dq0
SD034
dq0 to Alpha-Beta-Zero
TN144
DQ current control using FPGA-based PI controllers
SD020
SFP in – SFP input mailbox
SD021
SFP out – SFP output mailbox
PN170
How to build a 3 phase inverter
TN145
Space Vector Modulation (SVM)
PN168
Xilinx Vivado Design Suite installation
TN148
Fixed point vs floating point arithmetic in FPGA
PN119
How to build a buck converter
TN146
SVPWM vs SPWM modulation techniques
TN100
Step-down buck converter
TN101
Step-up boost converter
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Buck-boost converter
TN160
Implementation of the imperix SS-PWM for MMC
SD014
SS-PWM – Multilevel PWM with Sort-&-Select balancing
TN155
Coordinated control of a back-to-back inverter
SD100
INC – Incremental encoder
SD101
RES – Resolver
SD102
HAL – Hall sensor
SD103
S/C – Sin/cos encoder
SD104
TMP – Temperature sensor
SD105
TRQ – Torque sensor
SD106
BRK – Brake
PN180
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PN171
How to build a 3 phase solar inverter
TN115
DAB converter control using phase-shift modulation
SD015
PP-PWM – Programmed Patterns PWM
PN177
OPC UA: the communication protocol for industrial automation applications
SD035
LOG – Write a log message
SD036
User fault – Generates a user fault
PN178
Making an OPC UA client with MATLAB using the Industrial Communication Toolbox
TN158
Selective Harmonic Elimination for medium voltage drives
TN159
Computation of optimized switching angles for SHE-PWM
PN116
Imperix firmware IP product guide
PN901
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