
ps-peps
Power and protect pannel
This protective power supply module is suitable for the three-phase power supply of power converters and electrical machines. This module ensures the protection of the systems which supply it.
Features
Input voltage 3x230/400V eff AC.
Output voltage 3x230/400V rms AC.
Continuous voltage ±15V 3A.
Current 10A AC.
6-16A adjustable overload, short circuit and differential protection.
4mm secure terminal outputs.
4x16A three-phase socket outlets.
Emergency stop
DIN A4 box

EM-PETR
Separation transformer unit
The three-phase isolation transformer trainer serves as a mains supply for all power electronics experiments. Multiple output voltages may be available.
Features
Input voltage: 3x 400V, 50Hz
Output voltage 3: 3x 96 V with 48 V center tap
Power: 400VA/1300VA
Double protection: fuses and differential interpreters

PE-RECD
AC/DC converter (Rectifier) not ordered
The Diode Uncontrolled Rectifier Trainer helps students understand the concept of single-phase/three-phase rectifiers on various load configurations.
Features
Input voltage 400V.
Output currents 10A.
Protection by fuses

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AC/DC Converter (Rectifier) controlled by thyristor
The Controlled Rectifier Training Module helps students understand the concept of different techniques for controlling the firing angle of thyristors either linearly or cos α for single-phase/three-phase rectifiers. It is also useful for students to make understandings of controlled rectifiers on various load configurations.
Features
-10V/10V analog control compatible with DSP control unit (MC-TMS, MC-FPGA) and dspace.
Internal control by potentiometer
Input voltage 400V.
Output currents 10A.
Linear progressive control of the firing angle up to 180 or linear control of the average value of the output voltage
Fuse protection

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DC/DC Buck converter (Serial chopper) with Thyristor
The Thyristors (Step-Down) Series Chopper Training Module is very helpful for students to understand the concept of Thyristor (DC Circuit) Forced Pickup and Shutdown method and how DC/DC conversion works on various load configurations.
Features
Analog control -10V/10V compatible with DSP control unit (MC-TMS, MC-FPGA) and dSPACE.
Internal control by potentiometer
Input voltage 400V.
Output currents 10A.
Switching frequency: 0.5Khz.
Protection against short circuit, overvoltage, overheating
BNC Output of Thyristor Gate Signals.

pe-buck
DC/DC Buck converter (Serial chopper) with IGBT
The IGBT (Step-Down) Serial Chopper Training Module is very helpful for students to understand the concept of the IGBT/MOSFET drive method and how DC/DC conversion works on various load configurations.
Features
Analog control -10V/10V compatible with DSP control unit (MC-TMS, MC-FPGA) and dSPACE.
Internal control by potentiometer
Input voltage 400V.
Output currents 10A.
Switching frequency: 10Khz.
Protection against short circuit, overvoltage, overheating
BNC output of IGBT gate signals.

pe-boost
DC/DC BOOST Converter (parallel chopper)
The parallel chopper (voltage step-up) training module is very useful for students to understand the concept of the method of controlling IGBTs/MOSFETs and how DC/DC conversion works on various load configurations.
Features
Analog control -10V/10V compatible with DSP control unit (MC-TMS, MC-FPGA) and dSPACE.
Internal control by potentiometer
Input voltage 400V.
Output currents 10A.
Switching frequency: 10Khz.
Protection against short circuit, overvoltage, overheating
BNC Output of IGBT/MOSFET Gate Signals.

pe-bbi
Inverted BUCK/ BOOST DC/DC Converter (series parallel chopper)
The Inverter Serial Parallel Chopper (Step-Down/Boost) Training Module is very useful for students to understand the concept of how to drive closer IGBTs/MOSFETs and how DC/DC conversion works on various load configurations.
Features
Analog control -10V/10V compatible with DSP control unit (CU-TMS, CU-FPGA) and dSPACE.
Internal control by potentiometer
Input voltage 400V.
Output current 10A.
Switching frequency: 10Khz.
Protection against short circuit, overvoltage, overheating
BNC Output of IGBT/MOSFET Gate Signals.

pe-bbi
Non Inverted BUCK/ BOOST DC/DC Converter (series parallel chopper)
The Non-Inverting Serial Parallel Chopper (Step-Down/Boost) Training Module is very helpful for students to understand the concept of how IGBTs/MOSFETs are brought together and how DC/DC conversion works on various load configurations.
Features
Analog control -10V/10V compatible with DSP control unit (CU-TMS, CU-FPGA) and dSPACE.
Internal control by potentiometer
Input voltage 400V.
Output current 10A.
Switching frequency: 10Khz.
Protection against short circuit, overvoltage, overheating
BNC Output of IGBT/MOSFET Gate Signals.

pe-Hb
Bidirectional DC/DC Converter (H Bridge) with IGBT/MOSFET
The IGBT current and voltage bi-directional chopper (four-quadrant operation) training module is very useful for students to understand the concept of the method of controlling IGBT/MOSFETs and the operation of DC/DC conversion on various load configurations
Features
Analog control -10V/10V compatible with DSP control unit (CU-TMS, CU-FPGA) and dSPACE.
Internal control by potentiometer
Input voltage 400V.
Output current 10A.
Switching frequency: 10Khz.
Protection against short circuit, overvoltage, overheating
BNC Output of IGBT/MOSFET Gate Signals.

pe-vsi
Three-phase DC/AC converter (voltage inverter) with external control
The IGBT/MOSFET Bi-Level Voltage Inverter Training Module helps students understand the concept of DC/AC conversion. This variant with external control can be combined with a control unit by µC, µP, DSP, FPGA… allowing the user to design the appropriate control technique for their application either in open or closed loop.
Features
PWM control compatible with DSP control unit (CU-DSP, CU-FPGA, CU-SLRT) and dSPACE.
Input voltage 400V.
Output currents 1A.
BNC measurement output isolated from DC bus currents and voltage.
Switching frequency: 0<fsw<10Khz.
Protection against short circuit, overvoltage, overheating
BNC Output of IGBT/MOSFET Gate Signals.

pe-vsic
DC/AC Converter (voltage inverter) with integrated control
The voltage inverter training system allows you to assemble and study power electronic circuits with IGBTs/MOSFETs and the different control techniques for multilevel inverters. The integrated control system is completely digital and allows the generation of the control signals for the different techniques, and also ensures the management of the system and the safeties (short-circuit, overvoltage, overheating, etc.).
Features
Multiple approach technical control : 180 control, 120 control, natural PWM, natural PWM with injection of the third harmonic, Vector modulation

pe-3li
Three Load Inverter DC/AC Converter with external control
The IGBT/MOSFET Three-Level Voltage Inverter Training Module helps students understand the concept of multi-level DC/AC conversion. This variant with external control can be combined with a DSP control unit (MC-DSP) allowing the user to design the appropriate control technique for their application either in open or closed loop.
Features
PWM control compatible with DSP control unit (CU-TMS, CU-FPGA) and dSPACE.
Input voltage 400V.
Output currents 10A.
BNC measurement output isolated from DC bus currents and voltage.
Switching frequency: 0<fsw<10Khz.
Protection against short circuit, overvoltage, overheating
BNC Output of IGBT/MOSFET Gate Signals.

pe-3lic
Three Load Inverter DC/AC Converter with integrated control
The three-level voltage inverter training system allows you to assemble and study power electronic circuits with IGBTs/MOSFETs and the different control techniques for multilevel inverters. The integrated control system is completely digital and allows the generation of the control signals for the different techniques, and also ensures the management of the system and the safeties (short-circuit, overvoltage, overheating, etc.).
Features
Output voltage frequency control
Output voltage amplitude control
Multiple approach technical control: 180 control, 120 control, natural PWM, natural PWM with injection of the third harmonic, Vector modulation
Max input voltage 400V.
Max output currents 10A.
Switching frequency: 10Khz.
Protection against short circuit, overvoltage, overheating
BNC Output of IGBT/MOSFET Gate Signals.

pe-dmp
AC/AC Converter (Dimmer)
The Complete Single/Three Phase Voltage Dimmer Training Module is very useful for students to understand the application of Thyristor/Triac in current control.
Features
Analog control -10V/10V compatible with DSP control unit (CU-TMS, CU-FPGA) and dSPACE.
Internal control by potentiometer
Input voltage 400V.
Output currents 10A.
Linear progressive control of the starting angle up to 180 Or lainier control of the effective value of the output voltage
Fuse protection

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AC/AC Converter (Cyclo converter)
The Cyclo converter training module is very useful for students to understand the concept of Thyristor ignition method and the operation of single-phase to three-phase Cyclo converter on various load configurations.
Features
Output voltage frequency control
Output voltage amplitude control
Maximum input voltage 400V.
Output currents max 10A.
Fuse protection

pe-dmc
AC/AC Converter (Direct Matrix Converter)
The matrix converter is a direct AC/AC power converter. It allows to ensure a bidirectional flow of power between the network and the load, as well as it allows to control the output voltage in amplitude and frequency.
The Direct Matrix Converter Tutorial Module enables students to understand the concept of Direct Matrix Converter and their most commonly used control techniques.
Features
Output voltage frequency control
Output voltage amplitude control
Multiple closer control technique: Venturini, Vector modulation
Maximum input voltage 400V.
Output currents max 5A.
Switching frequency: 10Khz.
Protection against short circuit, overvoltage, overheating

pe-imc
AC/AC Converter (Indirect Matrix Converter)
Indirect matrix converter is a variant of matrix converters. It allows to ensure a bidirectional flow of power between the network and the load, as well as it allows to control the output voltage in amplitude and frequency.
The Indirect Matrix Converter training module enables students to understand the concept of indirect matrix conversion and their most commonly used control techniques.
Features
Output voltage frequency control
Output voltage amplitude control
Close control by Vector Modulation
Max input voltage 400V rms.
Output currents max 5A.
Switching frequency: 10Khz.
protection against short circuit, overvoltage, overheating