Experiment instructions Introduction to power electronics

We recommend this training system for training to become an:

• Electronics technician for industrial engineering Learning field 8,
• Electronics technician for devices and systems learning field 5,
• Electronics technician for automation technology learning field 8

Uncontrolled rectifier

• The uncontrolled single-pulse centre-point circuit M1U
• The uncontrolled two-pulse bridge circuit B2U
• The uncontrolled three-pulse centre-point circuit M3U
• The uncontrolled six-pulse bridge circuit B6U
• Arithmetic mean value and effective value for uncontrolled rectifiers
• Pulse number and ripple for uncontrolled rectifiers

Controlled rectifier

• The controlled single-pulse centre-point circuit M1C
• The controlled two-pulse bridge circuit B2C
• The phase-angle control circuit
• The half-controlled two-pulse bridge circuit B2H
• The controlled three-pulse centre-point circuit M3C
• Inverter operation of the controlled three-pulse centre-point circuit M3C
• The controlled six-pulse bridge circuit B6C
• Arithmetic mean value and effective value of the current for controlled rectifiers

Alternating current converter

• The controlled single-phase alternating circuit W1C
• Pulse group control

Direct current inverter

• Pulse width modulation
• Pulse-width modulated DC-DC converter with GTO
• DC/DC converter
• MOS-FET-H bridge with staggered pulse width modulation

Inverter

• The H-bridge as an inverter

Experiment instructions ‘Introduction to line electronics’ (incl. CD-ROM)