|Software Type||Microcontroller and PCB Design Software|
|Academic Bundle||Available, Ask for Price|
|PRICES||Are Indicative ONLY. Depends on Modules/Configurations/No. Of Users. REQ for QUOTATION|
|Price Range||Ask for Price - Depends on modules and configuration|
|Modules||VSM Simulation, PCB Layout, Visual Designer|
Proteus VSM Simulation was the world''s first schematic based micro-controller simulation tool and quickly became a de-facto standard for teaching embedded systems within education. Today, we support more processor families along with more embedded peripherals and more technologies than any other tool on the market and we remain world leaders in the field.
The Proteus PCB Design and Layout tools have successfully served both commercial and educational needs for over twenty-five years. Students benefit from exposure to professional grade tools with an intuitive user interface and a quick learning curve.
From China and India, through South America and the USA, and across the UK and Europe, the Proteus Design Suite is trusted as the tool of choice for embedded engineering and electronics learning.
The Visual Designer for Arduino AVR product uses an integrated flowchart editor for software design and an extensive range of pre-designed shields and sensors for hardware design. These virtual hardware blocks contribute high level methods (e.g. drawBitmap(), spinMotor()) to the programming environment so that complex hardware can be controlled with a relatively simple flowchart.
The Proteus schematic capture program is an experimental canvas for students. Placing and wiring is very intuitive and with tens of thousands of components to simulate, curiosity and creativity can be encouraged in equal measure. Together with our world class mixed-mode SPICE simulation engine Proteus provides a safe, fast and immersive learning environment for students.
The ability to interact with a running simulation in Proteus by pressing buttons, ramping POTs or flicking switches makes it ideally suited for engaging students in learning electronic theory.
At introductory levels, simple animations for voltage levels on pins and current flow can be turned on to help students visualise what is happening. As students advance they can use basic meters to take measurements and then be introduced to instrumentation such as an oscilloscope or logic analyser for analysis. Advanced students can then work with more complex circuitry and use graphs to perform a host of more detailed analyses such as frequency, fourier or distortion.
Microcontroller simulation is where Proteus truly leads the way. The whole learning process takes place in software with the schematic capture module serving as the ''virtual hardware'' and the VSM Studio IDE module enabling firmware development and compilation.
Embedded Design Courses
Teaching embedded design requires not only microcontrollers but also embedded peripherals and support for interconnect protocols. Proteus VSM includes simulation models for thousands of complex embedded peripherals and fully supports simulation of modern communication protocols such as I2C, SPI, Ethernet and even USB.
PCB Layout Courses
The Layout module in Proteus integrates seamlessly with the rest of the system so students can move their simulated designs through to the board layout phase at the click of a button. A simple, uncluttered user interface then makes it easy for students to focus on learning the electronics rather than the tool itself.
|Academic Bundle||Available, Ask for Price|
|Type Of Industry||Electronics & PCB Design|
|Engineering Domain||Electronics CFD|
|Software category||Electronic Cooling Simulation|
Today’s electronic devices, including their IC packages and printed circuit boards (PCBs), have smaller footprints and unique power requirements. Inadequate designs could lead to overheating components that degrade product reliability and cause costly redesigns. Engineers rely on ANSYS Icepak to validate thermal designs and ensure adequate cooling before building hardware.
Icepak accurately predicts airflow, temperature and heat transfer in a wide variety of electronic and power electronic components and PCBs. It can also perform thermal analysis of system- level applications such as data centers, computers and telecommunications equipment.
Icepak enables you to test conceptual designs under operating conditions that might be impractical to duplicate with physical testing, and can give you access to data at locations that might be physically inaccessible on an actual component.
ANSYS Icepak uses the renowned ANSYS Fluent computational fluid dynamics (CFD) solver engine for accurate thermal and fluid flow calculations. Both multigrid and pressure-based solver formulations are available, providing quick and robust calculations.
The solution also provides meshing algorithms for complex geometries, including both multiblock and unstructured hex-dominant meshing. While the meshing process is fully automated, you can also customize it to refine the mesh and optimize the trade-off between computational cost and solution accuracy.
Modules : ANSYS Electronics Desktop , ANSYS HFSS , ANSYS Icepak , ANSYS Maxwell , ANSYS Q3D Extractor , ANSYS SIwave
Electronics cooling, Electronics CFD, Thermal Design of Electronics, Thermal Design of PCB, PCB Thermal Simulation, CFD Analysis Services, Computational Fluid Dynamics Consulting Services, CFD, Computational fluid dynamics, Fluid Flow, Fluid flow simulation, fluid flow analysis, thermo fluids, , motion of fluids, Mechanical Engineering Services, Mechanical Design Service, Mechanical Engineering Course
|Software Category||Software for Simulating high-frequency electromagnetic fields|
|Software Type||HFSS Simulations|
|Application||Software for simulating high-frequency electromagnetic fields|
|Engineering Domain||Electronics and Communiations|
|Academic Bundle||Available, PL ask for price|
|Usage/Application||Simulation of High Frequency Electro magnetic fields|
|Type Of Industry||Electronics and Communications|
ANSYS HFSS software is the industry standard for simulating high-frequency electromagnetic fields. Its gold-standard accuracy, advanced solvers and high-performance computing technologies make it an essential tool for engineers tasked with executing accurate and rapid design in high-frequency and high-speed electronic devices and platforms. HFSS offers state-of the-art solver technologies based on finite element, integral equation, asymptotic and advanced hybrid methods to solve a wide range of microwave, RF and high-speed digital applications.
HFSS delivers 3-D full-wave accuracy for components to enable RF and high-speed design. By leveraging advanced electromagnetic field simulators dynamically linked to powerful harmonic-balance and transient circuit simulation, HFSS breaks the cycle of repeated design iterations and lengthy physical prototyping. With HFSS, engineering teams consistently achieve best-in-class design in a broad range of applications including antennas, phased arrays, passive RF/mW components, high-speed interconnects, connectors, IC packaging and PCBs.
Design sign-off accuracy is provided by HFSS through its groundbreaking and industry-leading adaptive meshing technology. Its powerful meshing and solver technologies enable you to design with confidence, knowing the results provided by HFSS can be relied on. Other tools simply give answers without any feedback regarding the accuracy of the solution, leading to uncertainty. When combined with ANSYS HPC technologies, like domain decomposition or distributed frequencies, HFSS can simulate at a speed and scale never before thought possible, further allowing you to more fully explore and optimize your device’s performance. With HFSS you know your designs will deliver on their product promise.
Broad application areas for electromagnetics/electronics simulation are:
ANSYS electromagnetics solutions provide valuable design insight into:
|Application||Electromagnetic field simulation software|
|Software Category||Electromagnetic Field Simulation Software|
|Engineering Domain||Electrical and Electromagnetic|
ANSYS Maxwell is the industry-leading electromagnetic field simulation software for the design and analysis of electric motors, actuators, sensors, transformers and other electromagnetic and electromechanical devices. With Maxwell, you can precisely characterize the nonlinear, transient motion of electromechanical components and their effects on the drive circuit and control system design.
By leveraging Maxwell’s advanced electromagnetic field solvers and seamlessly linking them to the integrated circuit and systems simulation technology, you can understand the performance of electromechanical systems long before building a prototype in hardware.
This virtual electromagnetic lab gives you an important competitive advantage with faster time to market, reduced costs and improved system performance.
Maxwell includes the following solvers: