![]() In practice, a “perfect” amplifier is not possible, because no circuit can perfectly and proportionately scale up all aspects of a signal past a certain point. ![]() The ideal signal amplifier creates an exact replica of the original signal that is larger but identical in every other way. Solutions by industry Aerospace Automotive Civil Engineering Education E-mobility Heavy Machinery Industrial Maritime Power and Energy RailwayĪll solutions ADAS Testing Brake Noise Testing Brake Testing Structural Health Monitoring of Bridges Combustion Measurement Machine Condition Monitoring Electric Motor and Inverter Testing Electric Vehicle Testing Fatigue Testing FFT Spectrum Analyzer Harsh Environment Testing Human Body Vibration - ISO 2631 Modal Testing and Modal Analysis Octave Band Analyzer Orbit Analysis Order Analysis Ground Station Telemetry Power Analyzer Power Quality Analyzer Power Transformer Testing Renewable Energy Testing RT60 Measurement Road Load Data Acquisition Torsional Vibration Analysis Rotor Balancing Shock Response Spectrum Sine Reduction Test Sound Level Measurement Sound Intensity Measurement Sound Power Measurement Sound Quality Measurement Structural Health Monitoring Temperature Recording Vehicle Dynamics Testing Voltage Data Loggers Wind Turbine Monitoring Wind Power QualityĪ signal amplifier is a circuit that uses electrical power to increase the amplitude of an incoming signal voltage or current signal, and output this higher amplitude version at its output terminals. Solution by area Acoustics Data Recording Flight/Space Testing Monitoring NVH Testing Electrical Power Testing Rotating Machinery Structural Dynamics Vehicle Testing Vibration Analysis
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