Difference between revisions of "RF.Spice A/D"
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=== [[image:RFSpice-ico.png | link=[[RF.Spice A/D]]]] [[RF.Spice A/D: Getting Started]] === | === [[image:RFSpice-ico.png | link=[[RF.Spice A/D]]]] [[RF.Spice A/D: Getting Started]] === | ||
| − | + | === Analyzing and Designing Circuits & Systems in RF.Spice A/D === | |
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* [[Navigating the Visual Interface: Workshop & Toolbox]] | * [[Navigating the Visual Interface: Workshop & Toolbox]] | ||
* [[Working with Schematic Editor]] | * [[Working with Schematic Editor]] | ||
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* [[Visualizing Simulation Data Using Graphs and Tables]] | * [[Visualizing Simulation Data Using Graphs and Tables]] | ||
* [[Running Parametric Sweeps and Monte Carlo Tests]] | * [[Running Parametric Sweeps and Monte Carlo Tests]] | ||
| + | * [[Working with Other Applications]] | ||
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| + | === Creating & Managing New Devices in RF.Spice A/D === | ||
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* [[Working with the Parts Database & Device Manager]] | * [[Working with the Parts Database & Device Manager]] | ||
* [[Creating New Devices and Models | Using Device Manager to Create New Devices and Models]] | * [[Creating New Devices and Models | Using Device Manager to Create New Devices and Models]] | ||
* [[Creating New Symbols Using Symbol Editor]] | * [[Creating New Symbols Using Symbol Editor]] | ||
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<!--* [[RF.Spice A/D Workshop: An Introduction ]]--> | <!--* [[RF.Spice A/D Workshop: An Introduction ]]--> | ||
<!--* [[Analyzing Circuits Using RF.Spice A/D Tests]]]]--> | <!--* [[Analyzing Circuits Using RF.Spice A/D Tests]]]]--> | ||
Revision as of 19:36, 1 December 2015
Visual Software Environment For Analog, Digital, RF & Mixed-Signal Circuit And System Simulation
Welcome to RF.Spice A/D Wiki!
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Notice to Our Valued B2.Spice A/D Users: EMAG Technologies Inc. proudly announces the completion of transition from our popular B2.Spice A/D product to RF.Spice A/D, our new comprehensive visual software environment for analog, digital, RF and mixed-signal circuit and system simulation. We highy encourage our B2.Spice A/D customers to upgrade to RF.Spice A/D R15 and enjoy a wealth of new exciting features and powerful simulation capabilities. However, we will continue to support and offer B2.Spice A/D to the public as a very affordable "Lite Edition" of RF.Spice A/D. Please note that the online documentation and tutorial lessons of the two products have now been consolidated. |
Click here to check out the Differences Between RF.Spice A/D and B2.Spice A/D.
Contents
RF.Spice A/D Manual
RF.Spice A/D: Getting Started
Analyzing and Designing Circuits & Systems in RF.Spice A/D
- Navigating the Visual Interface: Workshop & Toolbox
- Working with Schematic Editor
- An Overview of Analog and Mixed-Mode Circuit Simulation
- An Overview of Digital Circuit Simulation
- An Overview of RF Circuit Simulation
- An Overview of System-Level Macromodeling Using Virtual Blocks
- Running Live Simulations with Circuit Animation
- Analyzing Circuits Using Predefined Tests
- Using Virtual Instruments
- Visualizing Simulation Data Using Graphs and Tables
- Running Parametric Sweeps and Monte Carlo Tests
- Working with Other Applications
Creating & Managing New Devices in RF.Spice A/D
- Working with the Parts Database & Device Manager
- Using Device Manager to Create New Devices and Models
- Creating New Symbols Using Symbol Editor
RF.Spice A/D Lists
- List of RF.Spice A/D Toolbars, Windows & Menus
- List of RF.Spice A/D Keyboard Shortcuts
- List of Digital Device Parts
- List of Physical Transmission Line Types
- List of Standard Imported RF Devices
- List of Standard Device Symbols & Their Pins
- List of SPICE Simulation Parameters
RF.Spice A/D Parts Glossaries
- Glossary of Signal Sources and Waveform Generation Blocks
- Glossary of Markers and Meters
- Glossary of Generic Analog Devices
- Glossary of Generic Digital and Mixed-Mode Devices
- Glossary of Black-Box Analog Signal Processing Virtual Blocks
- Glossary of Black-Box Digital Signal Processing Virtual Blocks
- Glossary of Black-Box Spectral Processing Virtual Blocks
- Glossary of Black-Box Modulation Virtual Blocks
- Glossary of Generic RF Devices
- Glossary of Physical Transmission Lines and Components
RF.Spice A/D Tutorials
Each tutorial lesson listed below walks you through the basic features of RF.Spice A/D covering many different topics. We highly recommend that you start with the first few analog tutorial lessons and familiarize yourself with RF.Spice's visual interface before trying the other lessons.
Analog Tutorial Lessons
- Analog Tutorial Lesson 1: A Simple Voltage Divider Circuit
- Analog Tutorial Lesson 2: Time and Frequency Domain Analysis of an RLC Filter
- Analog Tutorial Lesson 3: Analyzing a Basic Bipolar Junction Transistor Circuit
- Analog Tutorial Lesson 4: Analyzing CMOS Logic Circuits
- Analog Tutorial Lesson 5: Creating a New Part from Your Analog Circuit
- Analog Tutorial Lesson 6: Designing Basic Op-Amp Circuits
- Analog Tutorial Lesson 7: Designing Active Sallen-Key Filters
- Analog Tutorial Lesson 8: Designing Active Higher-Order Cascaded Op-Amp Filters
- Analog Tutorial Lesson 9: Designing a Wien Bridge Oscillator
- Analog Tutorial Lesson 10: Designing High Frequency BJT Colpitts Oscillators
- Analog Tutorial Lesson 11: Creating a Reusable Parameterized Subcircuit Device
- Analog Tutorial Lesson 12: Exploring Rectifier Circuits Using Ideal Transformers
- Analog Tutorial Lesson 13: Analyzing the Frequency Response of Multistage BJT Amplifiers
- Analog Tutorial Lesson 14: Exploring an Integrated Circuit Voltage Comparator
- Analog Tutorial Lesson 15: Analyzing a Balanced BJT Mixer
- Analog Tutorial Lesson 16: Investigating Audio Power Amplifiers
Digital Tutorial Lessons
- Digital Tutorial Lesson 1: Examining Logic Gates
- Digital Tutorial Lesson 2: Analyzing a Sequential Logic Circuit - The SR Latch
- Digital Tutorial Lesson 3: Building a Shift Register Using D Flip-Flops
- Digital Tutorial Lesson 4: Building a Binary Counter Using JK Flip-Flops
- Digital Tutorial Lesson 5: Creating Reusable Digital Devices - Binary Half & Full Adders
- Digital Tutorial Lesson 6: Building a Ripple-Carry Adder Using Your Reusable Digital Parts
- Digital Tutorial Lesson 7: Designing 8-bit Hexadecimal Adders With Digital Data Buses
Mixed-Signal Tutorial Lessons
- Mixed-Signal Tutorial Lesson 1: Analyzing Basic Mixed-Mode Circuits with Logic Gates
- Mixed-Signal Tutorial Lesson 2: Designing D/A Converters
- Mixed-Signal Tutorial Lesson 3: Designing a Digital Ramp Generator
- Mixed-Signal Tutorial Lesson 4: Designing Sample-And-Hold Circuits
- Mixed-Signal Tutorial Lesson 5: Exploring a 3-Bit A/D Converter Circuit
RF Tutorial Lessons
- RF Tutorial Lesson 1: AC Analysis of a Simple Transmission Line Circuit
- RF Tutorial Lesson 2: Transient Analysis of a Simple Transmission Line Circuit
- RF Tutorial Lesson 3: Network Analysis of a Simple Transmission Line Circuit & the Smith Chart
- RF Tutorial Lesson 4: Analyzing Microstrip Lines & Discontinuities
- RF Tutorial Lesson 5: Designing Lumped and Distributed Microstrip Lowpass Filters
- RF Tutorial Lesson 6: Examining Coupled Transmission Lines
- RF Tutorial Lesson 7: Designing Distributed Bandpass Filters Using Coupled Transmission Line Segments
- RF Tutorial Lesson 8: Designing an RF Bipolar Junction Transistor Amplifier with Lumped Matching Networks
- RF Tutorial Lesson 9: Impedance Matching Using Tuning Stubs
- RF Tutorial Lesson 10: Analyzing a Distributed Amplifier Using an Imported RF BJT Model
- RF Tutorial Lesson 11: Designing a Microstrip MESFET Amplifier
- RF Tutorial Lesson 12: Time Domain Simulation of Generic RF Devices
System-Level Tutorial Lessons
- System-Level Tutorial Lesson 1: Investigating RF Transmission of Digital Data
- System-Level Tutorial Lesson 2: Realizing Analog Filters With Arbitrary Transfer Functions
- System-Level Tutorial Lesson 3: Analyzing a Communications System Using Virtual Blocks
- System-Level Tutorial Lesson 4: Exploring Phase-Locked Loops
- System-Level Tutorial Lesson 5: Building Frequency Conversion Mixers With Virtual Blocks
- System-Level Tutorial Lesson 6: Exploring Digital Filters
- System-Level Tutorial Lesson 7: Simulating a Frequency-Modulated Continuous-Wave (FMCW) Radar System
- System-Level Tutorial Lesson 8: Fourier Analysis of Discrete-Time Sampled Signals
Please note that RF Tutorial Lessons and System-Level Tutorial Lessons are not intended for B2.Spice A/D users, who run the "Lite Edition" of RF.Spice A/D.
