Power electronics with UniTrain 

Power electronics with UniTrain 

UniTrain multimedia courses in power electronics use numerous experiments and animations to explain the design and function of various types of converters. Students taking the courses are familiarised with the various types of power semiconductor devices and become familiar with the common circuits in which they are used. Different types of circuits are used in a large number of experiments that deal with triggering, modulation and instrumentation involving multimeters and oscilloscope as well as deriving the properties and capabilities of converters. 

UniTrain System

  • Computer-based training and experimentation system for vocational and further training and education
  • Multimedia combines cognitive and hands-on (haptic) training units into a comprehensive unified concept
  • Areas of basic and advanced electrical engineering, electronics and automotive technology
  • Enabling students to acquire skills in the handling of equipment
  • Wide range of multimedia courses available for study in school or in professional and advanced training
  • Self-contained and usable anywhere at any time
  • Multimedia learning environment with high degrees of motivation
  • Maximum learning effectiveness in laboratories, at work or at home
  • Guarantor for effective and efficient study
  • Instruments with virtual display together with experiment hardware
  • LabSoft, an open experiment delivery platform
  • Courses teach the theoretical building blocks and provide experiments
  • Intelligent measurement interface supplies analog and digital measuring and control I/O
  • High quality item of laboratory equipment with virtual instruments
  • Students' progress monitored and electronically documented on the basis of fault finding experiments
  • Faults simulated by the hardware as well as tests of knowledge

 

List of articles:

A host of multimedia courses are available for the UniTrain-I...   more

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Course Electronics 6.1: Power semiconductors for AC voltage applications
Course Electronics 6.1: Power semiconductors for AC voltage applications CO4204-5N
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Course Electronics 6.2: Power semiconductors for DC voltage applications
Course Electronics 6.2: Power semiconductors for DC voltage applications CO4204-5Q
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Course Power electronics 1: Line-commutated power converters
Course Power electronics 1: Line-commutated power converters CO4204-7N
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Course Power electronics 2: Self-commutated power converters
Course Power electronics 2: Self-commutated power converters CO4204-7M
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Course Power electronics 3: Frequency converter drives
Course Power electronics 3: Frequency converter drives CO4204-7P
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Course Power electronics 4: Active power factor correction PFC
Course Power electronics 4: Active power factor correction PFC CO4204-7Q
Additionally required:
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UniTrain Interface with virtual instruments (basic VI)
UniTrain Interface with virtual instruments (basic VI) CO4203-2A
2
UniTrain Experimenter
UniTrain Experimenter CO4203-2B
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UniTrain measurement accessories, shunts and connection cables
UniTrain measurement accessories, shunts and connection cables CO4203-2J
Additionally recommended:
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Multi13S digital multimeter
Multi13S digital multimeter LM2330
1
UniTrain storage case for one UniTrain system
UniTrain storage case for one UniTrain system CO4203-2Y