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Improving Sound Systems by Electrical Means
Henrik Schneider
Research output
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Book/Report
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Ph.D. thesis
2225
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Dive into the research topics of 'Improving Sound Systems by Electrical Means'. Together they form a unique fingerprint.
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Weight
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Physics
Transducer
100%
Sound System
43%
Distortion
37%
Amplifier
31%
Sound Quality
25%
Work
25%
Model
18%
Utilization
12%
Tracking
12%
Estimates
12%
Acoustics
12%
Electric Potential
6%
Production Engineering
6%
Inductance
6%
Toroid
6%
Audio Frequencies
6%
Technology
6%
Performance
6%
Information
6%
Shapes
6%
Quality
6%
Variations
6%
Alternatives
6%
World
6%
Flexibility
6%
Communications
6%
Finite Element Methods
6%
Displacement
6%
Openings
6%
Wear
6%
Protection
6%
Coil
6%
Engineering
Power Supply
37%
Efficiency
31%
Production
25%
Current Drive
25%
Power Requirement
18%
Models
18%
Moving Part
12%
Nonlinearity
12%
Inductor
12%
Power Level
12%
Applications
12%
Research
12%
Characteristics
12%
Reduction
12%
Starting Point
6%
Main Advantage
6%
Functionality
6%
Size Reduction
6%
Electric Potential
6%
Dynamic Behavior
6%
Environmental Concern
6%
Production Method
6%
Supplier
6%
Temperature Change
6%
Output Power
6%
Switching Loss
6%
Design Change
6%
System Efficiency
6%
Average Power
6%
Cost Reduction
6%
Copper Foil
6%
Applied Force
6%
Audio Frequency
6%
Docking Station
6%
Alternative Current
6%
Noise Floor
6%
Amplifier Output
6%
Hybrid
6%
Performance
6%
Design
6%
Energy Engineering
6%
High Efficiency
6%
Requirements
6%
Obtains
6%
Large Part
6%
Full Power
6%
Computer Science
Classes
25%
Simulation Mode
18%
Power Requirement
18%
Audio Amplifier
12%
Application
12%
Control
12%
Starting Point
6%
Availability
6%
High Efficiency
6%
Dynamic Behavior
6%
Energy Consumption
6%
System Complexity
6%
Environmental Concern
6%
Intelligent Control System
6%
Cost Complexity
6%
System Efficiency
6%
Scientific Information
6%
Docking Station
6%
Protection Purpose
6%
Amplifier Output
6%
Design
6%
Service
6%
Digital Platform
6%
Functionality
6%
Communication
6%
Protection
6%