EEE 201-202 Circuit Analysis I-II

EEE 403 Digital Filters EEE406 Analog Filters

EEE 500, EEE 501, EEE 581, EEE 507

EEE 403 Digital Filters

Course Book: Digital Filters (Andreas Antoniou)

Subjects:

• Types of discrete time signals
• The digital filter as a system
• Characterization of digital filters
• Digital filter networks
• Introduction to time domain analysis
• Convolution summation
• Stability
• State space analysis
• Discrete time transfer function and stability
• Frequency domain analysis
• Direct realization
• Direct canonic realization
• State space realization
• Cascade realization
• Parallel realization
• Topological properties
• Implementation
• Realizability constraints
• Invariant impulse response method
• Modified invariant impulse response method
• Matched z-transformation method
• Bilinear transformation method
• Delay equalization
• Zero phase filters
• Amplitude equalization
• Constant delay filters
• Frequency response
• Location of zeros
• Design using the Fourier series
• Number representation
• Number quantization
• Coefficient quantization
• Low sensitivity structures
• Product quantization
• Introduction to DSP Applications
• Sampling-frequency conversion
• Adaptive Digital Filters
• Two dimensional digital filters

EEE 406 Analog Filter Design

Course Book: Active and Passive Analog Filter Design (L. P. Huelsman)

Subjects

• Network functions
• Properties of network functions
• Types of filters
• Frequency and Impedance denormalization
• Magnitude approximation – The maximally flat characteristics
• Magnitude approximation – The equal-ripple characteristics
• Magnitude approximation – Inverse Chebyshev characteristics
• Magnitude approximation – The elliptic characteristics
• Transformation of the complex frequency
• Phase approximation
• Relative sensitivity
• Function sensitivity
• Q and wn sensitivities
• Synthesis of LC driving point functions
• Poles of transfer functions
• Other properties of transfer functions
• Synthesis of transfer functions using lossless ladders
• Zero shifting in transfer function synthesis
• Single amplifier filters
• Low pass single amplifier filters
• Band pass and high pass single amplifier filters
• Infinite gain single amplifier filters
• Possitive and negative feedback
• Higher order filters
• The state variable (KHN) Filters
• Other multiple amplifier filters
• Operational transconductance amplifiers
• Switched capacitor filters
• FDNR and negative impedances, impedance convertors.