Metrological verification of CPS is a fairly complicated procedure, given the fact that cyber-physical components combined into one system for pursuing a particular.
Lectures: Continuous-time signals and systems (the Continuous-Time Fourier Series and the Continuous-Time Fourier Transform, the Laplace Transform, continuous-time filters). Sampling of Continuous-time signals. Discrete-time signals and systems (the Discrete-time Fourier Series and the Discrete-Time Fourier Transform, the z Transform, discrete-time filters). Computation of the Discrete Fourier Transform. Analysis of signals using the Discrete Fourier Transform. Interpolated Discrete Fourier Transform. Wavelet transform.
Phasor measurements. Flicker measurements. Random signals. Parametric methods for frequency estimation.
Adaptive filters. Signal compression.
Freeing up potential. Two profiles. The latest generation technology from AERZEN brings a new principle to compression, namely the perfect synthesis of positive displacement blower and screw compressor in one packaged unit. The innovative Delta Hybrid rotary lobe compressor uses two different rotor profiles.
A 3+3 blower profile tailored for low pressure differentials of up to 800 mbar – and a 3+4 compressor profile designed for higher pressures of up to 1,500 mbar. This enables the Delta Hybrid to close the gap in the existing range of machines. It also offers a broad performance range to enable perfect tailoring to meet the most diverse process requirements – with energy savings of up to 15% compared to standard compressors.
Higher temperatures. Improved safety. The Delta Hybrid rotary lobe compressors can be used for an extremely wide range of key industrial applications.
Economic as a stand-alone and highly efficient in compound machines. The packaged units can be used anywhere, including areas with very high ambient temperatures, or for applications with extreme intake temperatures. Nowadays the Delta Hybrid makes final temperatures of 160 °C to 230 °C possible. A vital prerequisite for high levels of operational safety in all processes.