Transcription of IGBT reverse conduction characteristics Hard-switching …
{{id}} {{{paragraph}}}
Example: air traffic controller
IGBT reverse conduction characteristics Hard-switching …
COMPANY CONFIDENTIAL18 igbt reverse conduction characteristicsHard- switching and soft-switchingEnergy Saving Products BUJuly 2013 COMPANY CONFIDENTIAL19 The igbt in reverseThe igbt is a four-layer structure (P-N-P-N).It has a well-defined blocking capability in one direction and a weak and undefined blocking capability in the reverse in topologies with reverse conducting requirements (bridge) need an anti-parallel diode, normally co-packaged with the topologies (boost PFC) do not require an anti-parallel series blocking diode must be added to IGBTs (and FETs) if the topology requires reverse blocking capability (current-fed converters).The MOSFET is a three-layer structure (N-P-N) with good reverse conduction more details follow the link below to appnote AN-983, Section 1, AN-983 COMPANY CONFIDENTIAL20 Advantages and disadvantages compared to a MOSFETThe diode co-packaged with the igbt is targeted to the MOSFET integral rectifier has a low voltage drop but reverse recovery characteristics are inadequate for high frequency co-packages three different types of diodes targeted to the application:- Very low voltage dropfor resonant and ZVS converters to minimize diode conduction losses.
COMPANY CONFIDENTIAL 20 Advantages and disadvantages compared to a MOSFET The diode co-packaged with the IGBT is targeted to the application. The MOSFET integral rectifier has a low voltage drop but reverse recovery
Loading..
Tags:
Information
Domain:
Source:
Link to this page:
Please notify us if you found a problem with this document:
Related search queries
The High-Frequency Switching Noise in, THE HIGH FREQUENCY SWITCHING NOISE, High, Switching frequency, Power Supply Noise Reduction, Frequency, High Frequency, Noise, UNDERSTANDING AND CONTROLLING COMMON-MODE, Switching, Input Filter Design for Switching Power Supplies, 5234A Electronic Frequency Dividing Network, High Power Laser Diode Driver Based, High Power Laser Diode Driver Based on Power Converter Technology