'Amplitude response' diaporamas de présentation

System Function of discrete-time systems

{ h ( n )} G ( z ). { y ( n )}. { x ( n )}. Y ( z ). X ( z ). System Function of discrete-time systems. System representation Where the input signal is { x ( n )} of z-transform X ( z ) The output is { y ( n )} of z-transform Y ( z ). System Function of discrete-time systems.

394 views • 36 slides

Simulation in Digital Communication

Simulation in Digital Communication. chapter # 6 Digital Transmission Through Bandlimited Channels. 6.2 - The power Spectrum of a Digital PAM Signal. A digtal PAM signal at the input to a communication channl. reciprocal of the symbol rate. pulse waveform.

473 views • 28 slides

Functional Brain Signal Processing: EEG & fMRI Lesson 3

M.Tech. (CS), Semester III, Course B50. Functional Brain Signal Processing: EEG & fMRI Lesson 3. Kaushik Majumdar Indian Statistical Institute Bangalore Center kmajumdar@isibang.ac.in. Impulse Response Filtering. (1). Original signal. Impulse response. Convolution. Filtered signal.

406 views • 26 slides

ME- 495 Mechanical and Thermal Systems Lab Fall 2011

ME- 495 Mechanical and Thermal Systems Lab Fall 2011. Chapter 5: MEASURING SYSTEM RESPONSE Professor: Sam Kassegne, PhD, PE. Signal. Response of Measurand?. RESPONSE.

363 views • 21 slides

ME- 495 Mechanical and Thermal Systems Lab Fall 2011

ME- 495 Mechanical and Thermal Systems Lab Fall 2011. Chapter 5: MEASURING SYSTEM RESPONSE Professor: Sam Kassegne, PhD, PE. Signal. Response of Measurand?. RESPONSE.

215 views • 21 slides

Multi Frequency Laser Driver for Near Infrared Optical Spectroscopy in Biomedical Application

Multi Frequency Laser Driver for Near Infrared Optical Spectroscopy in Biomedical Application. Chenpeng Mu Department of Electrical and Computer Engineering, Drexel Univ, Philadelphia,PA, 19104. Introduction. What is tissue spectroscopy? Near infrared spectroscopy system introduction.

343 views • 14 slides

Reference Block

255 views • 14 slides