Circuit Simulation with TINA Design Suite & TINACloud

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Circuit Simulation with TINA Design Suite & TINACloud (2022), Elektor, Aachen, ISBN: 9783895764721

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Inhaltsverzeichnis

  • BEGINN
  • ● Preface
  • Chapter 1 ● Introduction
  • 1.1 ● Why simulation?
  • 1.2 ● Electronic simulation
  • 1.3 ● SPICE modelling of electronic circuits
  • 1.4 ● The TINA program
  • Chapter 2 ● TINA Versions
  • 2.1 ● Overview
  • 2.2 ● Version features
  • 2.3 ● Options
  • 2.4 ● Supplementary hardware
  • Chapter 3 ● TINA Installation Procedure
  • 3.1 ● Hardware and software requirements
  • 3.2 ● Installation
  • 3.3 ● Installing the hardware key (dongle) version of TINA
  • 3.4 ● Authorisation of the software protected version of TINA
  • Chapter 4 ● Getting Started – Simulating Simple Circuits
  • 4.1 ● The Schematic Editor
  • 4.2 ● Simulation 1 – Series and parallel resistors
  • 4.3 ● Simulation 2 – Resistor – capacitor circuit
  • 4.4 ● Simulation 3 – Resistor – inductor-capacitor circuit
  • 4.5 ● Simulation 4 – Power consumption – using a power meter
  • 4.6 ● Simulation 5 – Voltage across components – using voltmeters
  • 4.7 ● Simulation 6 – Current through components using Ampere Meters
  • 4.8 ● Simulation 7 – Impedance measurement using the Impedance Meter
  • 4.9 ● Simulation 8 – Resistance measurement using the Ohmmeter
  • 4.10 ● Simulation 9 – Plotting voltage across components using an Oscilloscope component
  • 4.11 ● Simulation 10 – Measuring frequency using a frequency meter
  • 4.12 ● Simulation 11 – AC circuit analysis I
  • 4.13 ● Simulation 12 – AC circuit analysis II
  • 4.14 ● Simulation 13 – AC circuit analysis III
  • 4.15 ● Simulation 14 – Thevenin†™s Theorem - AC circuit analysis
  • 4.16 ● Simulation 15 – Norton†™s Theorem - AC circuit analysis
  • 4.17 ● 3-Phase circuits
  • 4.18 ● Mutual inductance
  • Chapter 5 ● Diode Circuit Design and Simulation
  • 5.1 ● Simulation 1 – Simple diode circuit
  • 5.2 ● Simulation 2 – Half-wave rectifier circuit
  • 5.3 ● Simulation 3 – Half-wave rectifier circuit with transformer
  • 5.4 ● Simulation 4 – Full-wave rectifier circuit with center-tapped transformer
  • 5.5 ● Simulation 5 – Full-wave bridge rectifier circuit with transformer
  • 5.6 ● Simulation 6 – Diode clamper circuit
  • 5.7 ● Simulation 7 – Zener diode characteristics
  • 5.8 ● Simulation 8 – Zener diode voltage regulator
  • 5.9 ● Simulation 9 – Zener diode symmetrical voltage limiter
  • 5.10 ● Simulation 10 – Voltage tripler circuit
  • Chapter 6 ● Transistor Circuit Design and Simulation
  • 6.1 ● Simulation 1 – Bipolar transistor characteristics
  • 6.2 ● Simulation 2 – Common emitter transistor amplifier - Analysis
  • 6.3 ● Simulation 3 – Common emitter transistor amplifier - Design
  • 6.4 ● Simulation 4 – Multi-stage common emitter transistor amplifier – Using subcircuits in TINA
  • 6.5 ● The Netlist
  • 6.6 ● Simulation 5 – BJT transistor Colpitts oscillator
  • 6.7 ● Transistor as a two port network
  • 6.8 ● Simulation 6 – JFET transistor common source amplifier
  • 6.9 ● Simulation 7 – JFET transistor characteristic curves
  • 6.10 ● Simulation 8 – BJT Transistor switch
  • 6.11 ● Thyristors and triacs
  • 6.12 ● Audio power amplifiers
  • Chapter 7 ● Operational Amplifier Circuit Design and Simulation
  • 7.1 ● Key characteristics
  • 7.2 ● Operational amplifier circuits
  • 7.3 ● Simulation 1 – Inverting amplifier
  • 7.4 ● Simulation 2 – Summing amplifier
  • 7.5 ● Simulation 3 – Voltage integrating amplifier
  • 7.6 ● Simulation 4 – Half-wave rectifier circuit
  • 7.7 ● The Design Tool
  • 7.8 ● Optimisation
  • 7.9 ● Sinusoidal oscillators
  • 7.10 ● Square wave generators
  • Chapter 8 ● Filter Circuit Design and Simulation
  • 8.1 ● TINA filters
  • 8.2 ● Simulation 1 – Designing a 2nd order low-pass active filter
  • 8.3 ● Simulation 2 – Designing a higher-order low-pass active filter
  • 8.4 ● Simulation 3 – Designing a high-pass active filter
  • 8.5 ● Simulation 4 – Designing a band-pass active filter
  • 8.6 ● Simulation 5 – Designing a low-pass passive filter
  • Chapter 9 ● Digital Logic Circuit Design and Simulation
  • 9.1 ● Digital logic simulation using TINA
  • 9.2 ● Simulation 1 – Simple AND gate
  • 9.3 ● Simulation 2 – Half adder using gates
  • 9.4 ● Simulation 3 – 2-bit synchronous counter
  • 9.5 ● Simulation 4 – 7-segment LED display
  • 9.6 ● Simulation 5 – 4-bit binary counter with logic indicators
  • 9.7 ● Simulation 6 – 4-bit decade counter with 7-segment display
  • 9.8 ● Simulation 7 – 8-bit decade counter with two 7-segment displays
  • 9.9 ● Simulation 8 – 4-bit decade counter and 7-segment display – Using a 4-bit Data Generator
  • 9.10 ● Simulation 9 – Creating a full adder – using a MACRO
  • 9.11 ● Using Hardware Description Languages (HDLs)
  • 9.12 ● Using Verilog simulation in TINA to analyse digital circuits
  • Chapter 10 ● Logic Design Tool
  • Chapter 11 ● Simulating Microcontrollers
  • 11.1 ● Overview
  • 11.2 ● Using the Flowchart editor
  • 11.3 ● Using assembly programming
  • 11.4 ● Using C programming
  • 11.5 ● Memory devices
  • Chapter 12 ● Ladder Logic Circuits
  • 12.1 ● Overview
  • 12.2 ● Simulation 1 – Ladder logic with a light and motor
  • 12.3 ● Ladder logic components as digital logic components
  • 12.4 ● Latching circuit
  • Chapter 13 ● Switching-Mode Power Supply Circuits (SMPS)
  • 13.1 ● Overview
  • 13.2 ● Simulation 1 – TPS61031 SMPS circuit
  • Chapter 14 ● Printed Circuit Board (PCB) Design
  • 14.1 ● Overview
  • 14.2 ● Bipolar transistor multivibrator circuit project
  • 14.2.1 ● The design
  • Chapter 15 ● PCB Design Techniques
  • 15.1 ● Overview
  • 15.2 ● Creating Buses in the Schematic Editor and the PCB Designer of TINA
  • 15.3 ● Multiple units in the same package
  • 15.4 ● Power supply of logic components
  • 15.5 ● Repeating circuit blocks (using the Copy Macro function)
  • 15.6 ● Creating a Two-Layer, Double-Sided, Surface-Mount Technology Board
  • 15.7 ● Creating PCB components
  • Chapter 16 ● Making Schematic Symbols and Footprints
  • 16.1 ● Overview
  • 16.2 ● Example
  • 16.3 ● Using the IC wizard in Schematic Symbol editor
  • 16.4 ● Using the Footprint editor
  • 16.5 ● IC Wizard in the Footprint Editor
  • 16.6 ● Adding Public PCB Footprints to TINA
  • 16.7 ● Adding Public 3D Footprint models to TINA
  • Chapter 17 ● Using TINACloud
  • 17.1 ● Overview
  • 17.2 ● Starting to use TINACloud
  • 17.3 ● Example simulation
  • 17.4 ● Example PCB design
  • 17.5 ● Sharing your TINA schematic
  • Chapter 18 ● Other Useful Tools
  • 18.1 ● Overview
  • 18.2 ● 3D Breadboard
  • 18.3 ● Stress (Smoke) analysis
  • 18.4 ● Electric Rules Check (ERC)
  • 18.5 ● Serial monitor
  • 18.6 ● Component explorer
  • 18.7 ● Find component
  • 18.8 ● Protect circuit
  • 18.9 ● Export
  • 18.10 ● Import
  • 18.11 ● Fourier series
  • 18.12 ● Fourier spectrum
  • 18.13 ● Noise analysis
  • 18.14 ● Power dissipation analysis
  • 18.15 ● Interpreter
  • 18.16 ● DC Temperature analysis
  • 18.17 ● The parameter extractor
  • 18.18 ● Finite State Machine Editor
  • Chapter 19 ● The Library Manager
  • Chapter 20 ● Field-Programmable Gate Arrays (FPGA)
  • 20.1 ● Overview
  • 20.2 ● Programming FPGA Boards with Schematic Design Entry using TINA – Example 1
  • 20.3 ● Programming FPGA Boards with Schematic Design Entry using TINA – Example 2
  • 20.4 ● Programming FPGA Boards in VHDL with TINA
  • 20.5 ● Programming FPGA Boards in Verilog with TINACloud
  • 20.6 ● Storing the program in non-volatile memory of Basys 3 board
  • 20.7 ● Seconds counter on the 7-segment 4-digit Basys 3 FPGA board using TINA with VHDL
  • 20.8 ● Pushbutton counter on the 7-segment 4-digit Basys 3 FPGA board using TINA with VHDL
  • Chapter 21 ● Additional Information
  • 21.1 ● TINA website
  • 21.2 ● TINA-TI
  • 21.3 ● Other useful websites
  • 21.4 ● TINA Help files
  • ● Epilogue
  • ● Index

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