Alternatives to Allegro PSpice

OrCAD® X is a unified PCB design software platform. It offers significant improvements to ease of use, performance and automation. Our product suite includes applications for schematic, PCB layout, simulation and data management. OrCAD X Capture, a schematic design solution for electrical circuit creation and documentation, is one of OrCAD's most popular products. PSpice®, our virtual SPICE simulation engine integrated into Capture, allows you to prototype and verify your designs using industry-leading native analog, mixed signal, and advanced analysis engines. OrCAD X Presto and OrCAD X PCB editor are two PCB layout tools that allow designers to easily collaborate between ECAD/MCAD teams and build better PCBs faster. OrCAD X Presto is our new, simplified interface for novice designers, electrical engineers and PCB designers focused on quick turn PCB designs.

Multisim™, a software that integrates industry-standard spice simulation with an interactive schematic environment, allows you to instantly visualize and analyze electronic circuit behavior. Its intuitive interface allows teachers to reinforce circuit theory and improve theory retention throughout their engineering curriculum. Multisim™, which adds powerful circuit simulation and analysis into the design flow, helps researchers and designers decrease iterations and save development costs. Multisim™, for Education, is circuit teaching software for power electronics courses and labs. Multisim™, provides engineers with the SPICE simulation and analysis tools and PCB design tools to quickly iterate on designs, improve prototype performance, and speed up prototyping.

The MPLAB®, Mindi™, Analog Simulator reduces design time and design risks by simulating analog circuits before hardware prototyping. The simulation tool uses a SIMetrix/SIMPLIS simulation platform, which allows for the use of SPICE and piecewise linear modeling. This simulation environment can be used to simulate a wide range of simulation requirements. This simulation interface can be paired with Microchip's proprietary model files to model specific Microchip components as well as generic circuit devices. This simulation tool runs locally on your computer. The simulation tool is free to download and does not require an Internet connection. Also, the simulation run time does not depend on remote servers. The simulation results are fast and accurate. The simulation tool can be run directly on your PC.

Today's companies are faced with complex design challenges as well as tight budgets. eCADSTAR is much more than a PCB layout software. It includes simulation, 3D MCAD integration and wire harness support. All built on the most recent technology to provide enterprise-level performance at a reasonable cost. eCADSTAR's intuitive UI makes it a compelling choice for designers. eCADSTAR's design capabilities can be leveraged to simplify and accelerate your design process. The digitally connected library, intuitive schematic capture and tools to accelerate PCB Layout Engineering allow engineers to spend less time manipulating the tool, and more time doing what they love: innovating creative solutions for today’s technological challenges. The test plan is one of the most tedious parts of the design process. Without adequate upfront simulation, validation can be expensive in both time and money. eCADSTAR's capabilities for Spice simulation and SI/PI analysis deliver test cycle time reductions.

PathWave ADS provides integrated design guidance via templates to make it easier to get started. It is easy to find the part that you need with the extensive component libraries. Automatic sync allows you to visualize the physical layout and create schematic designs. Data allows teams to visualize whether their designs are meeting specifications. PathWave ADS's data display and analytics capabilities produce graphs, charts and diagrams that will give you design confidence. With wizards, templates, and design guides, you can quickly accelerate your design. The entire design flow includes schematic, layout and circuit. As frequency and speed increase on printed circuit boards (PCBs), signal and power integrity become more important. Electronic device failures can be caused by transmission line effects. To simulate the board accurately, it is necessary to model vias, traces, and interconnects.

Fusion 360 brings together design, engineering, electronics and manufacturing in one software platform. Get integrated CAD, CAM, CAE & PCB on a single development platform. EAGLE Premium, HSMWorks and Team Participant are also included. You also have access to consumptive services such as cloud simulation, generative design, and cloud rendering. A comprehensive range of modeling tools is available to help you design products. You can ensure the form, fit and function of your products using a variety of analysis methods. You can create and edit sketches using sketch constraints, dimensions, as well as a powerful suite if sketch tools. Edit and repair imported geometry from non native file formats. You can make design changes without worrying too much about time-based features. Edit complex parametric surfaces to repair, patch or design geometry. You can create history-based features such as extrude, revolve and loft that are updated with design changes.

Ansys Exalto, a post-LVS RLCk extractor software solution, allows IC designers to capture unknown crosstalk between different blocks in their design hierarchy. It extracts lumped-element parasitics from the design hierarchy and generates an accurate model for electrical and magnetic coupling. Exalto interfaces well with most LVS tools, and can be used in conjunction with the RC extraction tool you choose. Ansys Exalto post LVS RLCk extraction allows IC designers to accurately predict electromagnetic and substrate-coupling effects for signoff on circuits previously "too large to analyze." The extracted models can be back-annotated to any schematic or netlist and support all circuit simulators. Modern silicon systems have seen a rise in RF and high speed circuits. This has made electromagnetic coupling a first-order effect that must be accurately modelled to ensure silicon success.

The Electromagnetic simulation (EM) gives you insight before physical prototyping. You can customize EM simulations to increase speed and accuracy. Integrate EM analysis into your circuit simulations. EM simulations can take several hours to run. Integrating your EM simulation software and PathWave circuit design software can reduce import and export times. To maximize efficiency, integrate EM analysis and circuit simulations. 3D EM solid modeling environment to create arbitrary 3D objects or import existing 3D models from other CAD settings. Prerequisite to prepare a 3D geometry for 3DEM simulation. This includes defining ports, boundary conditions, and material properties. 3D EM solid modeling and Finite Difference Time Domain simulator. Compliance testing for Specific Absorption Rates (SAR) or Hearing Aid Compatibility.

This industry-first PCB design and verification process has achieved "Fit For Purpose – Tool Confidence Level 1" (TCL1) certification. This allows you to meet strict ISO 26262 automotive safety standards. This flow covers everything, from design authoring through simulation to physical realization and verification with the PSpice®, Allegro and OrCAD®. The integrated environment of high-performance layout editing, simulation, design entry tools, and design authoring provides an integrated environment for designers to validate safety specifications against individual circuit specifications. This allows them to design confidently. Download the functional safety documentation kits via cadence online support for more information about the safety manuals, tool confident analysis documents and compliance reports from TUV SUD. Allows users to control the content. Allows you to share designs with anyone who can read PDFs.

It offers advanced productivity features, such as the ability to reuse previous schematic designs as sheets or blocks--partially and completely. Allegro Design Authoring is a team-based development tool that allows layout engineers and schematic designers to work together. The Allegro Constraint Manager embedded allows users to capture and assign physical and electrical constraints. This industry-first PCB design and verification flow has achieved "Fit For Purpose – Tool Confidence Level 1" (TCL1) certification. This allows you to meet strict ISO 26262 automotive safety standards. This flow covers everything, from design authoring through simulation to physical realization and verification with the PSpice®, Allegro and OrCAD®. The integrated environment of high-performance simulation, layout editing, and design entry tools provides an integrated environment for designers to validate safety specifications against individual circuit specifications. This allows for design confidence.

Pharos combines Ansys’ unparalleled EM engine power with a proprietary circuit simulation engine to perform coupling analysis. It also provides a ranking of potential EM-crosstalk aggressors per victim. Designers can identify the most vulnerable nets to help them make design decisions that will manage EM crosstalk and reduce risk. Pharos combines an unparalleled extraction engine power with a built in simulation engine to perform EM analysis. It also ranks potential EM crosstalk aggressors per victim network. This allows designers to concentrate on the most important nets in the design. It is difficult, if not impossible to identify all EM crosstalk vulnerable victim/aggressor net pair due to increasing design complexity and the wide range of magnetic field interference.

Beyond traditional RF simulation, design, analyze, verify radio frequency integrated circuits. Design and verification can be done with confidence using both nonlinear and steady-state solvers. Complex RFICs can be validated faster using wireless standard libraries. Verification of IC specifications via RF simulation must be done before taping out an RFIC. Simulators can simulate the effects of layout parasitics, complex modulated signal, and digital control circuitry. PathWave RFIC Design allows you to simulate in both frequency and time domains and can bring your designs to Cadence Virtuoso. Simulate components on silicon chips accurately. Optimize designs using sweeps and load-pull analysis. Incorporate RF designs into the Cadence Virtuoso environment. Performance can be increased with Monte Carlo and yield analysis. Safe operating area warnings simplify debugging. Use the most recent foundry technology right away.

TopSpice is a true analog/digital/behavioral mixed-mode circuit simulator for the PC. It is the most advanced SPICE simulation in its price range. It also offers compatibility, an integrated design environment that is easy to use, from schematic capture to graphic waveform analysis. TopSpice allows you to design using either text netlists (SPICE) or schematic drawings. All design and simulation features are available in either the schematic editor or netlist editor. TopSpice comes with a full-featured mixed mode mixed-signal simulator that can simulate circuits containing any combination of analog devices and digital functions, as well as high-level behavioral block. TopSpice allows you to verify and optimize the design of your system down to the transistor.

One animated circuit is equivalent to a thousand equations or diagrams. The schematic is accompanied by animations of voltages and currents. This gives a great insight into the operation of the circuit. The real-time simulation engine was custom-built to be fast and interactive. Simulate everything from simple logic gates and resistors to complex transistor-level designs and mixed-signal circuits with just one click. You can adjust potentiometers and LED current-limiting resistors while the simulation is running. Your changes will be reflected in real-time. The mini-waveforms that appear on top of the schematic wires are different for digital and analogue signals. Digital wires are color coded, while constant analog voltages are shown in numbers. In the XY mode, any pair of time domain signals can be plotted. The grid ticks and oscilloscope scale are automatically updated to convenient values when the data changes.

Since over 25 years, PSIM has been the leading simulation and design software in power electronics and motor drives. PSIM's intuitive, user-friendly GUI and robust simulation engine are the perfect solution for users to meet their simulation and design requirements. PSIM can perform quick power converter losses calculations, motor drive efficiency calculation, conducted EMI analysis and analog/digital controls. PSIM offers automatic embedded code for rapid control prototyping. With PSIM's Design Suites, users are able to design power supplies, electromagnetic (EMI) filters and motor drive systems quickly.

The schematic editor allows you to create unlimited designs. There are no paywalls for unlocking features. A built-in schematic editor and an official library of schematic symbols will help you quickly get started with your designs. Professional PCB layouts can be made with up to 32 copper layers. KiCad now includes a push-and-pull router that can route differential pairs and adjust trace lengths interactively. KiCad also includes a 3D viewer that you can use to view your design in an interactive canvas. To inspect details that are difficult or impossible to see in a 2D view, you can rotate and pan around. Multiple rendering options make it possible to change the board's aesthetic or hide and show certain features. The schematic capture in KiCad is fast and efficient. It also includes all the tools necessary to do so. The interface is focused on productivity. As large designs can be broken into hierarchical subsheets, there are no limits to their complexity.

EAGLE (electronic design automation) software allows printed circuit board (PCB), designers to seamlessly connect schematic diagrams and component placement. It also includes comprehensive library content. EAGLE offers a variety of PCB layout tools that will help you bring your design to life. Drag and drop reusable blocks between your projects. To ensure your schematic stays on track, validate your design using a complete set electronic rule checks. All changes are automatically synchronized between your layout and schematic, so you can concentrate on the creative process. You can control your design flow and avoid any unexpected surprises by using fully customizable PCB design rules. You can rest assured that your next design will be completed with worry-free libraries. Our growing catalog allows you to find and place parts dynamically.

It allows you to design and test circuits in a flexible way, allowing you to try all "what if" scenarios. You don't have to worry about faulty components or bad connections. CircuitLogix supports mixed-signal, analog, and digital circuits. Its proven SPICE simulation provides accurate results that you can trust. 3DLab, which is included in both versions of CircuitLogix, is a virtual reality lab environment that is designed to closely mimic the appearance and functionality actual devices and instruments. 3DLab includes approximately 30 different devices, including switches, meters and lamps, as well as resistors, capacitors, inductors and fuses.

Synopsys HSPICE circuit sim is the industry's standard for circuit simulation. It features foundry-certified MOS model models with state of the art simulation and analysis algorithms. HSPICE, with over 25 years of success in design tape outs and a comprehensive circuit simulator, is the industry's most trusted. On-chip simulation: analog designs, RF, custom digital, standard cell design and character, memory design and characterisation, device model development. For off-chip signal integrity simulation, silicon-to-package-to-board-to-backplane analysis and simulation. HSPICE is a key component of Synopsys analog/mixed signal (AMS) verification suite. It addresses the most important issues in AMS verification. HSPICE is the industry's standard for circuit simulation accuracy and offers MOS device models that have been foundry-certified. It also includes state-of-the art simulation and analysis algorithms.

Cadence®, Allegro®, Design Entry Capture and Capture Component Information System (CIS), are simple-to-use and highly effective solutions for schematic design. They support both flat and hierarchical designs, from the simplest to most complex. Seamless bi-directional integration with Allegro PCB enables data synchronization and cross-probing/placing between the schematic and the board design. Allegro Design Entry Capture or Capture CIS allow designers to back-annotate layout modifications, make gate/pin switches, and change component names and values from schematic to board design using the feedback process. It can also export netlists in many formats and has a large library for schematic symbols. Allegro Design Entry Capture Capture CIS and Allegro Design Entry Capture CIS combine the schematic design application with the additional capabilities of a CIS.

You can quickly design advanced board layouts using interactive routing and the intelligent SitusTM Autorouting technology. With Native 3D™, PCB editing and STEP support, you can collaborate effortlessly with your mechanical design team. Advanced electronics can be accurately simulated and shipped using integrated XSPICE digital and analog simulations. With hierarchical schematic capture and constraint-driven PCB layout technology, you can quickly transform your ideas into reality. With an intuitive interface and customizable workflow, you can instantly get started on your next design project. Altium designer and EAGLE compatibility allow you to access your entire design history. With real-time availability and pricing data from hundreds of suppliers, you will never miss another deadline. With the Circuitstudio content library, you can quickly create custom parts.

It is a full-featured, accurate design environment that combines speed and accuracy. It can simulate power supply designs 10-50x faster than SPICE. SIMetrix Classic has all the features and uses the same GUI, including its hierarchical diagram editor and waveform view. Locates the steady-state operating point of a switch system without having the transient startup conditions simulated. Conversion of SPICE transistors and diodes to SIMPLIS format. Converts SPICE by running a SPICE Simulation to extract parameters. The advanced digital library includes a variety of digital functions, such as counters ADCs DACs.

Cadence®, Sigrity™, PowerSI®, technology is designed to help you address increasingly difficult issues such as simultaneous switching noise, signal co-coupling and target voltage levels. It provides fast, precise, and detailed electrical analysis for complete IC packages and PCBs. It can be used pre-layout for power- and signalintegrity guidelines. Post-layout it can also be used to verify performance and improve designs without the need for a prototype. Sigrity PowerSI electromagnetic field solver technology allows you to quickly perform a wide range of studies. You can identify trace and via coupling problems, power/ground fluctuations due to simultaneously switching outputs, as well as design regions that are below or above voltage targets. PowerSI technology allows you to extract frequency-dependent network parameter models, and visualize complex spatial relationships.

Cadence®, Sigrity™ PowerDC™, technology provides reliable DC analysis for signoffs of IC packages and PCB designs. This includes electrical/thermal cosimulation to maximize accuracy. PowerDC technology quickly detects areas of excessive IR drop and areas of high current density and thermal hotspots, minimizing your design's chance of failure. Automated setup of DC simulations using PowerTree™ data (source/sink définitions) captured at the schematic phase of the design process. Identifies highly resistive routing neck downs that are difficult to locate and determines which one of thousands will fail under stress. Determines whether it is possible to reduce the plane layers without increasing thermal reliability risk or DC. With a unique block-diagram results view and a variety of visualization options, this article considers what-if improvements.

You can either choose an existing power solution, or you can create a new design. You will also find schematics and component lists. You can view or modify your selection and export the design files to MPLAB® Mindi™, Analog Simulator, for analysis and verification. Need help calculating your signal-chain noise budget? The signal chain signal to noise calculator tool allows you to perform a complete analysis of your signal chains. It is intuitive, flexible, and easy to use. The interface is simple and requires very little data inputs. Integrated design generators are used to create new power designs and refine existing designs. It is easy to switch from selecting the power solution to verifying the design. No software download is required to use the online signal chain signal-to noise calculator.

Over 1 million real-time updated parts have been created. This allows you to focus on the design and you can also create or import your common libraries. EasyEDA, China's largest distributor of electronic components, supports direct links to more that 200,000 in-stock components at LCSC. Designers have access to stock, prices, and orders at any stage of design. It offers the same features as the online version but has more design areas. We have made many improvements to the product, so we recommend it. It is easy to use. You can use it faster if you have previously used other PCB tools. You can design faster, lighter, and less resource-hungry. Register and log in to use the service, there is no activation required. Local backup automatically with document retrieval at any time. You will also have backups on the cloud server. This doubles your data security.

TINACloud is a cloud-based, multi-language version of TINA that runs in your browser. It can be accessed from anywhere in the world. TINACloud is available for a fraction the price of TINA. If you buy a license to download TINA, we offer a special bundle that includes TINACloud and all new private licenses. This page is dedicated exclusively to TINACloud. Click here for more information about the TINA offline software that you can download and install on your computer. TINACloud is a powerful online circuit simulator that can be used to analyze and design analog, digital, VHDL and mixed electronic circuits. It also allows you to test microcontroller applications and RF, communication and optoelectronic devices.

The graphical interface of the schematic capture tool allows you to explore schematics, produce simulation results and further explore them through the waveform viewer. The speed at which you can grasp the circuit, its correctness and its limitations is crucial to circuit design. LTspice is faster than many other simulation tools, and allows you to iterate designs in a short time. The keyboard shortcuts in LTspice are a quick and easy way to access commands that you would normally only be able to access by clicking on the menu or toolbar. Our vast collection of technical resources covers a wide range LTspice-related topics. Learn how to add third-party model, work with symbols and more.

Proteus was developed back in the days MS-DOS. After 30 years of continuous development, we are proud to present one of the most efficient and cost-effective PCB tools available. Our philosophy has been to continuously improve and innovate. This resulted in a modern software suite that is packed with powerful, time-saving features that will help you design PCBs more quickly. Proteus purchase is just the beginning of a long-lasting business relationship. A world-class technical support service is included in the price of the software. Each professional purchase will be assigned a member of our team as your technical support contact. This allows you to easily ask questions and get direct access to Labcenter support. Although we may not be able solve all your problems immediately, we will do our best. Our success is due to our customers.

Electronic designs are becoming more complex, making them harder to detect errors. These errors can result in high costs and hundreds or hours of work. It is important to detect these errors early on in order to prevent damage. In many cases, these mistakes are only discovered during the testing phase or on the customer's premises. BQR CircuitHawk, a unique and powerful (patent-based) tool for electrical circuit stress analysis and design error detection is available. CircuitHawk detects errors in the design phase before layout and production. So, during the final verification, no errors in schematics, connectivity, or stress are detected. CircuitHawk reduces design cycles and the time to market. This saves money and improves corporate reputation. CircuitHawk integrates design error detection, thermal, MTBF, and service life predictions at the schematic level before PCB layout and manufacturing.

Easy-wire mode allows you to connect elements with less clicks, and therefore less frustration. The unit-aware evaluation of expressions allows you to plot arbitrary signals, such as differential or power dissipation. You can design and analyze circuits faster with in-browser simulation. This allows you to test your circuit before you ever pick up a soldering tool. Advanced simulation capabilities include frequency domain (small signal simulation), stepping circuit parameters across a range, arbitrary Laplace function blocks, etc. With configurable plotting window, vertical and horizontal marker, and calculations for signals, you can work with multiple signals with ease. With just a few mouse clicks, you can create generic rectangular symbols to represent IC or system level wiring diagrams.

Ansys PathFinder SC is a high-capacity software that helps you plan, verify, and sign-off IP designs and full-chip SoC designs to ensure integrity and robustness against Electrostatic discharge (ESD). Ansys PathFinder SC identifies and isolates design issues that could lead to chip failure due to ESD events such as charged-device model, human body model (HBM), and other ESD events. Its cloud-native, high-capacity architecture can host thousands of compute cores to provide fast turnaround on full-chip chips. Major foundries have certified PathFinder-SC for current density checks and ESD sign off. The integrated data modeling, extraction, and transient simulation engine of PathFinder-SC is a complete solution for ESD verification. The single-pass model can read industry-standard designs, set up ESD rules, extract the RCs for power networks, and perform ESD simulations to analyze root cause and provide feedback.

The speed at which your product goes to manufacturing will depend on how testable your design is. Unfortunately, testing at the physical stage can't catch common mistakes that can lead to costly delays. XJTAG®, DFT Assistant integrates directly into your Altium Designer unified designer environment, running Design For Tests (DFT) checks directly on the schematic diagram. You can easily confirm that the scan chains are connected to each JTAG enabled device in your design and that each signal has been correctly connected and terminated. XJTAG®, DFT Assistant checks your JTAG-enabled devices before you finalize your layout. XJTAG®, Chain Checker helps you identify common errors and alerts you early to avoid any potential problems that could affect JTAG testing.

The Cadence®, Allegro®, PCB Editor allows you to bring your cutting-edge designs to life. You can easily tackle even the most difficult projects with this powerful, easy-to-use suite. The constraint-driven environment provides visual feedback in real time and helps ensure the functionality and manufactureability of your PCBs. It also reduces design time. You can quickly analyze your layout at any point in your design cycle to identify and resolve potential SI or PI issues and reduce design spins. Routing algorithms allow you to tackle simple and complex routes, regardless of how dense your designs are. You can easily collaborate with multiple designers on the same design, and projects will be completed faster. Real-time manufacturing checks will help you reduce the number and speed up your design production.

TINA-TI offers all the traditional DC, transient, and frequency domain analyses of SPICE plus much more. TINA's extensive post-processing capabilities allow you to format the results in any way you like. Virtual instruments let you select input waveforms, and probe circuit nodes voltages and waveforms. TINA's Schematic Capture is a quick and easy way to get started. TINA-TI requires around 500MB. It is easy to install and can be uninstalled if desired. We bet you won't. TINA is a Texas Instruments-exclusive product from DesignSoft. This complimentary version is fully-functional but does not include some of the features that are available in the full version.

Real-time collaboration, a simple simulator and forkable community content make it easier to build hardware more efficiently. Modern sharing, permissions and an easy-to use version control system allow you to harness collective intelligence. We believe in open-source. Flux's ever-growing library of schematics and parts makes it easy to get started quickly. Finally, a programmable simulation that doesn't require a PHD. You can view your schematic online before you start building. Flux is the place to go for great hardware projects, no matter if you're designing hardware for the next Mars mission or a simple circuit board. Flux is a browser-based, end-to-end electronic design platform that breaks down all barriers. Flux is doing something new and we're doing it in a unique way. It's called building openly. Join our community of makers, engineers, and entrepreneurs who are passionately interested in improving hardware design tools.

Our DesignSpark PCB is free and can help you explore more design options for your company, which will lead to greater innovation. This software's core features include a powerful software engine that allows you to create schematics and design layouts for PCB boards. Our free design tools and resources will help you bring your best ideas to life, from initial conception through production. Our complete suite can seamlessly integrate into your existing design workflow, whether you need a single tool or a variety of technical information. There are no restrictions on the size of your schematic or the number of sheets you can use in your design. You can use as many layers as necessary for your next PCB design. There are no restrictions on the number or number of connections and no limit on the number of nodes or pads. Your maximum size PCB is 1m X1m.

This tool can be used to explore end-to-end signal or power topologies. It also allows you to perform signal-integrity and transient power-integrity analysis together. Also, you can include complex interconnect models and connect them to a single driver/receiver/discreet symbol that automatically replicates the circuit for each of the ports on the interconnect model. This solution targets source-synchronous parallel interfaces, such as DDRx memory designs. You can start with models that are quickly generated, connected, and pre-layout capabilities (including via wizard). As the design becomes more refined, you can swap in more detailed models to reflect actual hardware behavior. Concurrent simulation accounts the effects of conductor and dielectric losses, reflections and inter-symbol interferences (ISI), crosstalk and simultaneous switching noise.

With powerful optimization tools and fast simulation, analyze RF and microwave systems. Automatic circuit synthesis technology allows you to explore performance trade-offs. PathWaveRF Synthesis (Genesys), provides basic functionality that is suitable for all RF and microwave circuit board and subsystem designers. PathWave Circuit Design allows you to identify RF design mistakes that are not obvious from spreadsheet calculations. This entry-level environment includes circuit, system and electromagnetic simulators. It will give you confidence in your design reviews prior to hardware realization. You can see your matching network being synthesized and optimized in just a few mouse clicks. Transfer the design to PathWave Advanced Designer System (ADS), and it will be included in a more complicated design.

Design Force is a revolutionary innovation in electrical design. It allows you to break down the boundaries of your electrical design process. The process of designing a product is becoming more complex. This often involves technologies that are difficult or impossible to use ECAD tools to address. Design Force allows design teams to access system-level design information as early as the planning and conceptual phases. This allows them to layout each product board while simultaneously considering the entire system view. Design Force uses the most current industry hardware and software. Users can design in a native 3D environment. This allows them to achieve optimal performance by using native 64-bit, multithreading, multicore processors. Design Force is compatible with multiple client-server implementations. You can also work from your corporate cloud.

Ansys Path FX lets you calculate timing with variation on a full SoC without any shortcuts. Its unique cell modeling allows SPICE accuracy timing for any voltage and variation condition using a single library. Path FX is fully threaded, distributed and can scale up to thousands of CPUs. Ansys Path FX's path based timing analysis can account for all contributors to delay or constraints across multiple process, voltages, temperature corners, and scenarios. It can also simulate and identify every clock path in your design. Today's biggest challenges in chip design are to limit power consumption using lower supply voltages, and manage the complexity of advanced silicon processing at 7nm or below.

Ansys RaptorH electromagnetic modeling software can model power grids, full custom blocs, spiral inductors and clock trees. High-speed distributed processing allows for accurate, silicon-proven RLCk and S-parameter models. RaptorH is capable of analysing partial and unfinished layouts in the design phase. It makes it easy to use either RaptorX, the silicon-optimized RaptorX engines for silicon structures, or the general purpose HFSS engine. Ansys RaptorH extracts electromagnetic model at the pre-LVS stage to allow for arbitrary routing and layout. This includes planes (solid and perforated), spiral inductors and MiM/MoM capacitators - with automatic setting boundary conditions. The GUI allows for point-and-click net selection as well as what-if analyses. RaptorH can be used to create analyses using either the HFSS engine or the Raptor engine. It is supported by all major silicon findries.

Ansys PowerArtist, the comprehensive RTL design for power platform, is the choice of low-power semiconductor companies. It allows them to quickly analyze and reduce power. PowerArtist features interactive power debug, RTL power accuracy, RTL power accuracy and power analysis. It also includes unique metrics for power efficiency and vector coverage. PowerArtist allows for seamless RTL-to physical power grid integrity. PowerArtist's unique physically aware modeling ensures predictable RTL power accuracy and quick turnaround, allowing leading semiconductor companies to make reliable early decisions. It is too late to analyze power after synthesis. PowerArtist is used by design teams to quickly profile millions of cycles, identify power-inefficient RTL codes, and every wasted toggle.

JTAG Maps™, an intuitive Altium extension, allows engineers to quickly assess test possibilities provided by the JTAG devices in their design. Engineers used to spend hours manually highlighting boundary-scan nets in a design to determine coverage. Boundary scan device model files (BSDLs), which indicate exactly which pins can or cannot be controlled by JTAG/boundary scanning, are crucial to any JTAG/boundary scanner process. JTAG Maps is compatible with BSDL models, and has an 'assume scanner covered' option. Although most users will prefer to use the JTAG Maps Altium coverage report, it is possible import a more detailed picture. The data can be exported to JTAG ProVision for further analysis. A simple message file containing full fault-coverage information can then be read back into JTAG Maps for display/highlighting.

Ansys RedHawk SC is the industry's most trusted standard for voltage drop and electromigration multiphysics sign off solutions for digital designs. Its powerful analytics quickly detect weaknesses and allow for what-if explorations to optimize power efficiency and performance. Redhawk-SC's cloud-based architecture allows it to perform full-chip analysis. All major foundries have certified signoff accuracy for all finFET Nodes down to 3nm. Ansys RedHawk SC enables robust digital designs that are low-power and perform well. This is possible thanks to advanced power analytics which give designers detailed techniques to detect and correct dynamic voltage drops. Ansys RedHawk SC's trusted multiphysics signingoff analysis is a powerful tool to reduce technology and project risk. RedHawk's algorithms have been proven to be accurate by all major finFET process foundries and are certified by all major findries.

You can learn electronics by using the examples in PROTO application and trying out many components. You can use transistors, diodes and resistors. You can easily analyze signals using a channel oscilloscope. During simulation you can check voltages and currents as well as many other variables. Check signals using the multichannel oscilloscope, and tune your circuits in real-time. Our app will help you with your Raspberry Pi or Arduino project. You can use PROTO to simulate logic circuits and perform digital electronics analysis.

Multiphysics software from COMSOL allows you to simulate real-world designs, processes, and devices. Multipurpose simulation software that uses advanced numerical methods. Fully coupled multiphysics and single physics modeling capabilities. The entire modeling process, from geometry to postprocessing. Easy-to-use tools for creating and deploying simulation applications. The COMSOL Multiphysics® software provides a consistent user interface regardless of engineering application or physics phenomena. Add-on modules offer specialized functionality for electromagnetics and structural mechanics. You can choose from a variety of LiveLink™, products to interface with CAD or other third-party software. COMSOL Server™ and COMSOL Compiler™, allow you to deploy simulation applications. This software platform allows you to create simulation applications and physics-based models.

Allegro Pulse provides instant analysis of your work-in progress designs so that all project team members have the information they need to ensure a successful project. Track milestones and goals easily to ensure that everything is moving smoothly. Dashboards allow you to view metrics per-project or per-user. You'll be notified of any problems before they become a major problem. Allegro Pulse can help you identify and track these issues so that you can make sure they are addressed. Pre-defining your preferred parts list for projects will help you control costs and ensure that the project requirements are met.

Simulink allows you to simulate your system before you move on to hardware. You can explore and implement designs you wouldn't normally consider without having to code C, C++, or HDL code. You can explore a wide range of design options by modeling the system under testing and the physical plant. To simulate the behavior of all components of the system, your entire team can use a multi-domain environment. Your simulations can be packaged and shared with clients, suppliers, or collaborators. You can reduce the cost of prototypes by testing your system in conditions that are too risky or too time-consuming. Rapid prototyping and hardware-in-the loop testing can validate your design. You can trace your design from requirements to code. Instead of writing thousands upon lines of code manually, generate high-quality C or HDL code automatically. This code behaves in the same way that Simulink's model. You can then deploy it directly to your embedded processor or FPGA/ASIC.

Our online circuit simulation bridges the gap between theory, and practice through an intuitive interface. It allows you design, simulate and share electronic circuits, while observing the interaction of components in real time. Directly manipulating the behavior of circuits makes learning more engaging. DCACLab is a powerful tool for educators. It enhances their lessons with interactive diagrams, live demonstrations, and video. Students can experiment and learn in a safe environment, which will lead to a better understanding of electronics. DCACLab turns frustration into hands-on understanding and learning. Discover the power of an interactive multimeter. It provides a realistic and enriching learning experience with its functions to measure ohms, voltages, and resistances. With ease and understanding, dive into the world of electronic.