Buy only this SPICE eBook

Buy different eBooks
and/or CD with offers.

shopping
method

 password
5,5€

offer 3 for 2  10,0€
offer 5 for 3  14,5€
...

Content

 Introduction in SPICE

 Simulation
 Why simulation?
 SPICE
 Tools
 LTSpice
 Library
 The first example
 Start new project
 Parameters of the elements
 Resistance
 Start the simulation
 Measurement of voltage and current
 Measurement of P, U, I and R
 SPICE language
 Example_001 as netlist
 Capacitance
 Steady state process
 Voltage step
 Capacitor
 Everybody have a resistance!
 Different simulation methods
 AC Simulation
 DC Simulation
 End chapter 1

 Digital Input
 
 Introduction
 Pull-Down resistance
 Pull-Down and switcher
 Pull-Up and switcher
 Operational amplifier
 Comparator
 Noise on the signal
 Schmitt-Trigger
 Raising and falling time
 Debouncing

 Digital Output

 Introduction
 Digital output as source for LED
 LED
 Digital output as High-Side-Switcher
 Digital output as Low-Side-Switcher
 Switching 5V relay
 Relay as inductance
 Inductance
 Recovery diode
 12V relay on 5V digital output
 Opto-isolation
 Tri-State output
 Digital input and output on the same line

 A/D- and D/A-converter
 
 Analog and digital world
 A/D-converter
 Shannon sampling theorem
 Anti-Alias Filter
 Temperature measurement with NTC
 NTC SPICE model
 NTC SPICE model
 Load the netlist and start simulation
 Sensor on A/D-converter
 Sample and Hold
 Bridge circuit
 Current measurement
 Current measurement
 Non-inverted op-ams-amplifier
 Current measurement with the amplifier 
 D/A-converter
 PWM and low-pass as D/A-converter

 Voltage regulator
 
 Introduction
 DC/DC, AC/AC, DC/AC, AC/DC
 Voltage regulator
 DC/DC-converter vs. voltage converter
 Parameters
 12V/5V voltage regulator
 Data sheet in internet
 Voltage break on the input side
 Polarity reversal
 Diode
 Over-voltage on the input
 Transformer
 Transformer in_Spice 
 One way rectifier
 One way rectifier and voltage regulator
 Bridge rectifier
 Design a voltage regulator
 The entire model

 Electrical-mechanical analogy

 Introduction
 Two different analogies
 Motor and mechanic
 Motor and mechanic simulation
 Further models

 PCB and EAGLE
 
 Introduction
 The tool EAGLE
 How to work with EAGLE?
 Control Panel
 New project
 The circuit in EAGLE
 Draw a frame
 Battery
 Diode, capacitor and voltage regulator
 Wiring and ground
 Elements parameter
 Place the elements on the board
 Autorouter
 Layout
 UV-Light
 Etching, boring and soldering
 Analog-part, digital-part and power supply
 Ground
 
 THE ENDE