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Product Sound: Acoustically pleasant motor drives
Laszlo Mathe
AAU Energy
Research output
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Book/Report
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Ph.D. thesis
2793
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Dive into the research topics of 'Product Sound: Acoustically pleasant motor drives'. Together they form a unique fingerprint.
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Engineering
Motors
77%
Pulse Duration
55%
Acoustic Noise
55%
Drives
55%
Ventilation System
44%
Link Voltage
33%
Modulation Method
33%
Air Condition
33%
Acoustic Performance
33%
Power Electronics
33%
Heating
33%
Acoustics
33%
Effective Solution
22%
Switching Frequency
22%
Line-to-Line Voltage
22%
Frequency Response
22%
Modulation Technique
22%
Efficiency
22%
Applications
22%
Measurer
22%
Spectral Component
11%
Experimental Result
11%
Control Algorithm
11%
Retrofit
11%
Motor Drive
11%
Permanent Magnet
11%
Link Capacitor
11%
Synchronous Motor
11%
Human Ear
11%
Open Loop Control
11%
Closed Loop Control
11%
Fed Inverter
11%
Capacitance
11%
Voltage Fluctuation
11%
Frequency Component
11%
Cost Efficiency
11%
Main Frequency
11%
Electric Motors
11%
Mathematical Equation
11%
Impulse Force
11%
Excitation Method
11%
Performance
11%
Products
11%
Limitations
11%
Harmonics
11%
High Efficiency
11%
Physics
Motors
77%
Acoustics
44%
Modulation
33%
Heating
33%
Optical Spectrum
33%
Ripples
22%
Permanent Magnet
22%
Work
22%
Utilization
22%
Vibration
11%
Inductance
11%
Capacitance
11%
Sound Measurement
11%
Harmonics
11%
Foci
11%
Performance
11%
Frequencies
11%
Starting
11%
Motivation
11%
Injection
11%
Computer Science
Inverter
100%
Ventilation System
44%
Modulation Method
33%
Effective Solution
22%
Frequency Response
22%
Application
22%
High Efficiency
11%
Spectral Component
11%
Experimental Result
11%
Cost Efficiency
11%
Control Algorithm
11%
Frequency Component
11%
Closed-Loop Control
11%
Mathematical Equation
11%
Open-Loop Control
11%
Links
11%
Motivation
11%
Material Science
Solution
33%
Neuroscience
Magnet
11%
Motivation
11%