480MHz Dual-Core ARM Controller Module with 5” Touch Display
PEController
Applications
✓ Power Electronics Applications & Control Systems
✓ Automatic Testing Systems (ATS)
✓ High-Performance Data Acquisition
✓ Customized Product Development
Features
✓ Dual-Core ARM Cortex M7/M4 STM32H745BI Controller
✓ Up to 68 I/Os Including 24 PWM Outputs & 18 Analog Inputs
✓ 250KSps @ 16-Bit Simultaneous Sampling Dedicated ADC
✓ Isolated Sync, CAN, RS-485, LAN, Fiber Optics & USB 2.0 HS
✓ Quadrature Encoder, SPI, UART & I2C Interfaces
✓ USB In Circuit Programming & Debugging
✓ High Reliability & High Temperature Operation
✓ Optional intelliSENS Data Acquisition Software Integration
✓ Open-Source Embedded C Libraries & Application Examples
Programming Language
High-Performance Architecture
Power Electronics
Applications
The PEController is ideal for power electronics inverters and converters control system implementation due to its high-performance architecture. It is considered a complete control, communication, and user interface solution without the need for any additional controllers. In addition, the open-source embedded C libraries will greatly accelerate the development cycle of power electronics converters due to the available application examples. Due to its integration in the PELab systems, complete R&D development is possible prior to its integration into the final industrial products.
Automatic Testing System (ATS)
Applications
The PEController is also particularly suitable for ATS application due to the availability of large number of I/Os, high accuracy measurements, wide range of communications and 5” touch display for user interface. The available communication protocols can directly command programmable power supplies and loads to perform automatic complex testing sequences, while the high accuracy measurements and digital I/Os interface with the Device under Test (DUT). In addition, the user can enter testing information on the touch screen while the USB PC interface can send the testing data and measurements to make automatic reports or integrate with manufacturing systems.
intelliSENS DAQ Software Integration
The PEController can be purchased with an additional intelliSENS software integration license which enables data acquisition on all 16 simultaneous sampling Channels at 100 KSps. The intelliSENS software is a ready-to-use application software designed to assist students, researchers, and engineers in the field of power electronics to develop, monitor & test power electronics systems by replacing multiple lab equipment, such as oscilloscopes, spectrum analyzers, power analyzers, and recorders. It can perform the following:
✓ 16CH Data Acquisition at 100KSps, 16-Bit, Simultaneous Sampling
✓ Oscilloscope with Measurements, Math Functions & FFT
✓ Harmonic Analysis such as THD & THD+N
✓ Power Quality Analysis such as PF, Real & Reactive Power
✓ Recorder Functionality while Retaining Complete Analysis Capabilities
Resources & Support
The PEController is supported by embedded C libraries, multiple application examples and a getting started guide. The following application examples have been implemented:
✓ V/f Control of AC Induction Motor
✓ Three-Phase Grid-Tie Inverter with Boost Converter
In addition, more resources will be added including video tutorials and demos. Please check the technical resources page for the latest material.
Accessories & HIL Interfaces
- PEWorks Interface Card
Interfaces To:
> Up to 2 SPM-VFDs/VFDHP
> Up to 4 SPM-FB/MMC/TNPC/NPC
> Up to 3 USM-3IVs
Specifications:
> Configurable Protections
> OCP, OVP & OTP Protections
> 12V Fan Supply & Relays Control
- OPAL-RT HIL Interface Card
Interfaces To:
> All OPAL-RT HIL Real-Time Simulators
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Specifications:
> 16 Digital Outputs
> 16 Digital Inputs
> 16 Analog Inputs
- dSPACE MLBX Interface Card
Interfaces To:
> dSPACE MLBX
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Specifications:
> 16 Digital Outputs
> 16 Digital Inputs
> 16 Analog Inputs
- Typhoon HIL Interface Module
Interfaces To:
> Up to 2 PE-RCPs/PEControllers
> PELab Systems
> OPAL-RT HIL/RCP Simulators
Specifications:
> 32 Digital Outputs
> 32 Digital Inputs
> 32 Analog Inputs
