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AIM-Spice Student is a CAD software application designed specifically for helping students and technicians simulate the behavior of multiple types of electronic circuits. The utility is able to display the results of the analysis and plot data via a graphical representation. It is based on the well-known electronic circuit simulator, SPICE, and uses the Berkeley SPICE version 3.E1 as its kernel. The utility comprises the AIM-Spice program and a graphic post-processor, called AIM-Postprocessor. User interface The GUI is not the most modern one that we’ve seen so far but it is actually practical. It integrates several smart buttons in the main panel that help you trigger different types of analysis actions, such as operating point, pole-zero, transfer function, noise, and AC. All of them are abbreviated so you can quickly identify them. Plus, they do not eat much space in the working environment. Working with circuit files AIM-Spice Student lets you upload data from CIR file format. It also comes with several preset files that you can use in order to test the program’s simulation modes. Circuit data is defined with the aid of three main parts: the circuit description, which is embedded in a text editor in a document window, analysis parameters and options, as well as information about the last run on the circuit. Circuit analysis modes The program gives you the possibility to calculate the DC operating point for no control parameters, each value of the source(s) and every temperature value. In addition, the utility is able to calculate the frequency response of the circuit by linearizing the circuit equations around the operating point and time domain response of the circuit. You may locate poles and zeros in the small signal AC transfer function, compute the DC small signal value of the transfer function, input and output resistance, as well as get the device-generated noise for the given circuit. Configuration settings A set of configuration settings enable you to alter general simulation options (e.g. enter the relative error tolerance, nominal temperature and charge tolerance), analysis-related parameters (e.g. specify the transient error tolerance and DC iteration limit), device-specific functions (e.g. provide the default MOS channel length and width), as well as numerical options (e.g. give the minimum value for an element to be accepted as a pivot, pick the integration method). Interactive simulation AIM-Spice Student lets you execute different commands during a simulation (they depend on the type of the performed analysis). The simulation results are displayed in progress by plotting the output during the run, while leaving you the freedom to cancel the simulation at any time. AIM-Postprocessor’s capabilities AIM-Postprocessor comes with several powerful tools designed to help you process data obtained from various analyses in AIM-Spice Student. It integrates an engine that helps you plot sums and differences, derivatives, integrals, and mathematical functions of circuit variables. An overall efficient CAD tool All in all, AIM-Spice Student comes with a comprehensive suite of features for helping you analyze electronic circuits, and is suitable especially for advanced users. Although it embeds a help manual that offers details about the program’s features, you still need to have some background information about electronic circuits and plotting parameters in order to understand how it works.


 

 

 

 

 

 

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Wavesim is capable of simulating the behavior of electrical components for finding and verifying results. It is a high-performance, high-level application for simulating electronic circuits. An added major feature of the simulation software includes “ProFET”, which is a library of transistor-level device models for over 50 families of devices. It contains static and dynamic models for devices such as MOSFETs, JFETs, bipolar junction transistors, and LDMOS. This simulation software works with various existing simulation software packages, including SPICE. You can perform analysis for various types of circuits, such as linear circuits, circuits with two sources, circuits with two components, and circuits with an integrator. An example is shown in the figure below. You can perform different types of simulation and analysis for linear circuits, circuits with two sources, circuits with two components, circuits with an integrator, etc. You can also input the specifications for each component of the circuit you are modeling. You can perform analysis with respect to node voltages, currents and voltages, and node temperatures. This application includes two major functions. The first one is called “Simulation Model”. It allows you to perform the simulation of a circuit in a cycle-by-cycle manner. A graph can be created to view the waveshape during the simulation. The second function of this application is “Analyser”. Here, a circuit diagram can be created. Then, a graph can be created to view the waveshape while performing analysis for the circuit. The main advantage of Wavesim is that it is very fast and has a user-friendly interface. AIM-Spice Student Activation Code Analysis Features: This software has a graphical user interface (GUI), and it is based on SPICE. Although the interface is simple and easy to use, you still need to be familiar with the description language of SPICE in order to understand the analysis results. Features of the simulation software: Verifies the results of SPICE and lets you evaluate analysis Offers a great number of circuits Offers a very user-friendly interface Detects differences between waveshapes The software uses the RCSL-SPICE, version 3.5SP1 Visual module helps you see the circuit components and the waveshapes when you create a file Creates a SIM simulator object when you open a simulation model Automatically creates a circuit name and copies



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- What is VHDL? VHDL stands for Verilog Hardware Description Language. It is usually learned for use in electronics engineering, and is the de facto standard to define your electronic circuits and design them. But, VHDL isn’t the only way to design. Most of the time, VHDL is not sufficient to solve any of the problems that come up. Along with VHDL, there are other High Level Languages like Verilog, SpecC, ARM assembly, etc. Each one has it’s own set of objectives and top reasons to learn. Most of us have heard of Verilog. It’s one of the less-known ones, but it can’t be overlooked. It is the most popular language for electronic system design, and is, for some of us, the most important language to learn for the industry. The core of this course is to learn VHDL with a focus on Verilog. VHDL is a hardware description language. If you need to design a computer system, the information you need most is how to make it, not how to make a program. VHDL is used to define the hardware a CPU or a memory would be build out of. Think of it as defining the hardware of something, like a computer, an oscilloscope, or a calculator. An example of a VHDL description of a CPU is: ``` LIBRARY IEEE; USE IEEE.STD_LOGIC_1164.ALL; ENTITY cpu IS PORT( clk : IN STD_LOGIC; rst : OUT STD_LOGIC; io_out : INOUT STD_LOGIC_VECTOR(7 DOWNTO 0); io_in : IN STD_LOGIC_VECTOR(7 DOWNTO 0); i_out : OUT STD_LOGIC_VECTOR(7 DOWNTO 0); i_in : IN STD_LOGIC_VECTOR(7 DOWNTO 0) ); END ENTITY; ARCHITECTURE behavior OF cpu IS TYPE state_type IS (start, ready, run, sleep, reset); SIGNAL state : state_type; BEGIN 2f7fe94e24



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This software utility has been designed for supporting students and technicians. The application is able to analyze different circuit models and perform different analyses over the circuit data. It is built on the well-known SPICE circuit simulator. The program supports the CIR format, and runs on Windows XP, Vista and Windows 7. AIM-Spice Student highlights: * Design analysis * Digital communication * Block diagram analysis * Linearization * Frequency response * Small signal transfer function * AC transfer function * Low pass filter * High pass filter * Vector circuit * Analog circuit * Slew rates * Pole-zero search * Set and search functions * Noise * DC operating point * Device voltage * Device current * Power consumption * Benchmark time * MOS transistor delay * AC voltage * AC current * AC current * AC voltage * Grounding effects * Timing analysis * Impulse response * Impulse function * Impulse response * Impulse output * Transients * Sinusoidal sine wave * Sinusoidal cosine wave * Sinusoidal * Complex * Sine square wave * Sawtooth wave * Triangular wave * Square wave * Sinusoidal white noise * Cosine square wave * Bipolar transistor * MOSFET * PMOS * NMOS * GaN * Bipolar junction transistor * AC load * Amplifier * Power stage * Differential stage * Differential amplifier * Single-ended stage * Microprocessor * Digital processor * CPU * DSP * Programmable logic * Analog processor * Analog device * Camera * Image processor * Software * Automation * Misc. AIM-Spice Student review: The software application runs on Windows XP, Vista or Windows 7. You can analyze circuit models and perform different analyses over the circuit data, such as digital communication, block diagram analysis, linearization, frequency response, small signal transfer function, AC transfer function, low pass filter, high pass filter, vector circuit, analog circuit, slew rates, pole-zero search, set and search functions, noise, DC operating point, device voltage, device current, power consumption, benchmark time, MOS transistor delay, AC voltage, AC current, AC current, AC voltage, grounding effects, timing analysis, impulse



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AIM-Spice Student is a CAD software application designed specifically for helping students and technicians simulate the behavior of multiple types of electronic circuits. The utility is able to display the results of the analysis and plot data via a graphical representation. It is based on the well-known electronic circuit simulator, SPICE, and uses the Berkeley SPICE version 3.E1 as its kernel. The utility comprises the AIM-Spice program and a graphic post-processor, called AIM-Postprocessor. User interface The GUI is not the most modern one that we’ve seen so far but it is actually practical. It integrates several smart buttons in the main panel that help you trigger different types of analysis actions, such as operating point, pole-zero, transfer function, noise, and AC. All of them are abbreviated so you can quickly identify them. Plus, they do not eat much space in the working environment. Working with circuit files AIM-Spice Student lets you upload data from CIR file format. It also comes with several preset files that you can use in order to test the program’s simulation modes. Circuit data is defined with the aid of three main parts: the circuit description, which is embedded in a text editor in a document window, analysis parameters and options, as well as information about the last run on the circuit. Circuit analysis modes The program gives you the possibility to calculate the DC operating point for no control parameters, each value of the source(s) and every temperature value. In addition, the utility is able to calculate the frequency response of the circuit by linearizing the circuit equations around the operating point and time domain response of the circuit. You may locate poles and zeros in the small signal AC transfer function, compute the DC small signal value of the transfer function, input and output resistance, as well as get the device-generated noise for the given circuit. Configuration settings A set of configuration settings enable you to alter general simulation options (e.g. enter the relative error tolerance, nominal temperature and charge tolerance), analysis-related parameters (e.g. specify the transient error tolerance and DC iteration limit), device-specific functions (e.g. provide the default MOS channel length and width), as well as numerical options (e.g. give the minimum value for an element to be accepted as a pivot, pick the integration method). Interactive simulation AIM-Spice Student lets you execute


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1.7.3 Windows 7 or later 1.6.0 Windows Vista 1.5.0 Windows XP SP3, 32 bit 1.4.2 Windows XP SP3, 64 bit 1.3.0 Windows 2000 or higher 1.2.0 Windows 95 or higher 1.1.0 Windows 98 or higher 1.0.0 Windows 3.11 or higher 0.



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