Electronics - CADD Centre Resource https://caddcentre.com/blog A Gold Mine of Information Thu, 02 Nov 2023 06:44:54 +0000 en-US hourly 1 https://wordpress.org/?v=4.9.24 Softwares that every electrical and electronics engineer should know how to use https://caddcentre.com/blog/softwares-that-every-electrical-and-electronics-engineer-should-know-how-to-use/?utm_source=rss&utm_medium=rss&utm_campaign=softwares-that-every-electrical-and-electronics-engineer-should-know-how-to-use Mon, 09 Oct 2017 10:27:28 +0000 http://blog.caddcentre.com/?p=248 The life of electronic and electrical engineers revolves around circuits, PCBs, connections, and complications. However, the development of software has made engineers’ life a bit simpler. Nowadays, we have in the market some excellent...

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The life of electronic and electrical engineers revolves around circuits, PCBs, connections, and complications. However, the development of software has made engineers’ life a bit simpler. Nowadays, we have in the market some excellent electrical and electronic software that performs all the functions such as circuit designing, simulation, and much more. Some of this software are discussed below.

Autodesk Product Design Suite

A popular 3D design software that helps engineers to design, simulate, collaborate, visualize, digitalize, and prototype their designs using its advanced tools. The tool is highly efficient in completing your engineering process by making accessible product design changes.

COMSOL Multiphysics

It is the original multi-physics simulation software. COSMOS is a platform for physics-based modeling that serves as an engineering design tool. It involves features such as choosing from 30 products and further expanding the simulation platform. Also, it is equipped with interfaces and tools for mechanical, fluid flow, electrical and chemical applications.

The Engineering Toolbox

An online tool for design engineers that easily provides resources, tools, and, necessary information. Its feature involves options for charts, conversion, and diagram templates as an engineering design tool. To provide design engineers with the optimized version, it is easily adaptable on tablets, smartphones, and desktops.

TinyCAD

It is an open-source program to draw electrical circuit diagrams or schematic drawings. TinyCAD is a handy engineering design tool that supports standard and custom symbolic libraries. The features involve hierarchical schematic entry along with the support for embedding graphical images in drawings.

XCircuit

For electrical engineers, it can be frustrating to find a program to produce a structure suitable for publication. This software helps them to draw electrical circuit schematic diagrams and figures of high quality. The features of XCircuit include saving editable components and retrieving them from libraries, making the job of electrical engineers easier.

Calculatoredge

The software Calculatoredge is tailored according to the needs of the electronic engineer. It features a few hundred calculators and can solve complex equations in the field of mechanical, electrical, and more. Calculatoredge involves separate categories for electrical and electronic engineering, making it a sure tool for both of them.

EE Engineer’s Handbook

A top-rated app for electrical engineers, and helps in bode plots, filter design, impedance calculations, or bandpass filters. It gets frequent updates by encouraging users to post features requested in the feedback.

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Simulation driven product development https://caddcentre.com/blog/simulation-driven-product-development/?utm_source=rss&utm_medium=rss&utm_campaign=simulation-driven-product-development Mon, 20 Mar 2017 11:30:01 +0000 http://blog.caddcentre.com/?p=69 ANSYS provides engineering analysis software that can create complete virtual prototypes for complex systems and products having electronics, mechanical, and embedded software components that are capable of incorporating every physical phenomenon existing in the...

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ANSYS provides engineering analysis software that can create complete virtual prototypes for complex systems and products having electronics, mechanical, and embedded software components that are capable of incorporating every physical phenomenon existing in the environments of the real world. ANSYS covers different types of engineering simulation ranging from structural analysis, finite element analysis, computational fluid dynamics, heat transfer, and implicit and explicit methods.

 

1. Structural analysis: ANSYS autodyn simulates materials’ response to severe short-duration loadings from impact, explosions, or high pressure. ANSYS Mechanical is a computer simulation product that provides finite element analysis. It also provides thermal analysis and has coupled physics capabilities of piezoelectric, acoustics, thermal electric, and thermal structural analysis. You can learn more about ANSYS certification courses to enhance your skills in this area.

2. Fluid dynamics: ANSYS fluent CFX, CFD, and other such Computational fluid dynamics software that can simulate the flow of fluid in a virtual environment. The fluid dynamics of gas combine engines, aircraft aerodynamics, ship hulls, hydro cyclones, fans, pumps, vacuum cleaners, mixing vessels, HVAC systems, etc. all can be simulated.

3. Electronics: ANSYS HFSS and ANSYS Maxwell are finite element analysis software for simulating electromagnetic fields. ANSYS HFSS simulates full-wave electromagnetic fields incorporating integral equations, finite elements, and hybrid methods for applications in microwave and RF. ANSYS Maxwell can be used by engineers for designing electromechanical and electromagnetic devices like transformers, motors, sensors, and actuators. ANSYS Siwave is for designing the analysis of Electromagnetic interference, power integrity, and signal integrity for PCBs and electronic packages.

4. Suits: ANSYS also has packages for multiple tools like ANSYS Workbench and ANSYS Multiphysics.

 

CADD Centre offers courses for ANSYS Workbench and ANSYS Civil. ANSYS Workbench is used by various industries for the analysis of thermal issues, electromagnetic interference, mechanical failure, and signal integrity. Students will get to learn to create environmentally conscious designs that save engineers time and money in ANSYS civil training.

 

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