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FREE DOWNLOAD eBook size 11
MB
FREE DOWNLOAD examples size 100
kB
Ver. 3.2 / 2009
eBooks
only for WINDOWS!
Nr.02
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In
this eBook with more than 100 sides the basics of analog
and digital filters will be described. The filter
design and analysis will be done with the FREE program Filter
Free 3.0 and Spectra from www.nuhertz.com.

This eBook is a practical training that is we
will start with the design and implementation of simply analog filter
and after that with digital filter.
The handling of the tool Filter
Free 3.0 will be explained during the filter design. Sometimes there
some films that explain the handling of the tool.
No theory only so much
mathematics as necessary for the understanding.

This
software is something special. Not only because there is a powerful
free version but you get one of the best tool with that you can design
analog and digital filter. The free version is limited for the order of
the filter and you can not generate the implementation like C-code.
With the 20-day test version you also try this features.
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Content
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Analog Filter
What is a filter?
Spectrum
Properties of spectrum
The tool Spectra
Bode-diagram
Logarithm and decibel
Types of filter
Filter properties and
design
Filter design with
the tool Filter Free
Filter analysis
Amplitude
characteristic over frequencies for LP filter
Phase characteristic
for low pass filter order 1
Phase delay for
filter higher order
Transfer function
Step-, Ramp and Impulse
response
Pole-Zeros
Design a signal
Design analog passive
low pass filter order 1
How to adjust the
cut-off-frequency?
Low pass filter order
1 in time domain
Implementation of
passive filter
Analog passive low
pass filter order 2
Analog passive low
pass filter order 3
Filter Type
Filter type
Analog passive
high-pass-filter
Analog passive
band-pass filter
Analog passive
band-stop filter
Stability and
robustness
Analog active filter
Analog active low
pass 1st, 2nd and 3rd order
Analog active
high-pass order 1, order 2 and order 3 filter
Analog active
band-pass-filter of order 1, 2 and 3
Analog active
band-stop filter of order 1, 2 and 3
Analog passive
filters with the tool Filter Solution (20 day version)
Analog passive filter
order 3 and robustness
Analog active filter
with the tool Filter Solution
Tx line filter
Analog passive or
active filter?
Digital Filter
Digital and analog filters
Sampling
A/D-converter and
crystal oscillator
Discrete Fourier
Transformation (DFT) and FFT
Periodic signals I
Periodic signals II
Windows methods
Why to show only the
half of the spectrum?
Sampling theorem
Antialiasing filter
Example antialiasing
filter
Further signal
distortions
A/D-converter
Current and old values
Simple mathematical
operations
Mean value (low pass)
Mean value (high pass)
D/A-converter
reconstruction
Attributes of digital
filters
FIR and IIR filter
On-line and off-Line
signal processing
FIR-Filter
Introduction
FIR-filter
FIR Low-Pass-Filter
adjustment
FIR LP-Filter 2 Taps
frequency response and transfer function
FIR TP-Filter 2 Taps
=> time response and pole-zero plot
FIR LP-Filter 2 until
10 taps => frequency response and transfer function
FIR LP-Filter 2 until
10 taps => time plot and pole-zero plot
Digital FIR-high-pass
filter 2 to 10 taps
Digital FIR-BP filter
3 to 10 taps
Digital
FIR-band-eliminating filter 3 to 10 taps
Group delay time
FIR-Filter design
Window functions
FIR-Filter
coefficients
Floating and integer
Integer scaling
FIR-Filter
coefficients scaling on integer
FIR-Filter structure
FIR-Filter
implementation with Filter Solution
LP1 FIR-Filter and Filter Solution
FIR-filter C-function
Starting values
IIR-Filter
Basics
of IIR-filters
IIR-Filter
characteristics
Low-pass IIR-filter
adjustment
LP1 IIR-Filter
frequency response and time response
LP1 IIR-Filter
transfer function and pole-zero plot
LP2 and LP3
IIR-Filter frequency and time response
LP2 and LP3
IIR-Filter pole-zero plot and transfer function
HP of order 1, 2, 3
IIR-Filter
BP of order 1, 2, 3
IIR-Filter
BS of order 1, 2, 3
IIR-Filter
Phase response and
group delay
Stability and
robustness
Noise and random
signals
IIR-Filter design
Pole-zero plots
Implementation
Direct structure 1
Direct structure 2
Cascade structure
Parallel structure
LP1 IIR-Filter and
Filter Solution
IIR-Filter C-function
implementation
LP1 filter with
on-line adjustable cut off frequency
LP1 filter with
on-line adjustable cut off frequency example
VHDL-implementation
Analog and digital filter
Analog or
digital
Analog passive or
active
FIR- and IIR-Filter
Oversampling
Adaptive digital
filter
FPAA
(Field Programmable Analogue Arrays)
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Last
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