Common Software for Electronics Engineers

Electronics engineering software is a type of application software that is used for designing, simulation, calculation, etc. Here, we have listed all the common software for electronics engineers.

Common Software For Electronics Engineers

Programming Languages
Circuit (PCB) Designing Software
Schematic Drawing Software
Matlab
LabVIEW
MS-Excel

Other Useful Software For Electronics Engineers

TransistorAmp
RFSim99
Gensys
Project Management Software

Programming Languages

Programming languages are used to define a set of instructions for the systems and machines. Common programming languages used in electronics:
C/C++ (For hardware programming)
Python (For the general purpose)
LaTex (For documentation)

Circuit (PCB) Designing Software

KiCAD (Electronics hardware design, simulation)
Eagle (PCB layout, design, automation, auto-router, etc.)
Cadence (PCB design, analysis, simulation, etc.)
DesignSpark (PCB design, schematics, simulation, etc.)
EasyEDA (PCB design, simulation)

Schematic Drawing Software

CircuitLab (Analog and digital circuit simulation, schematics)
CircuitDiagram (Electronics circuit schematics, simulation)
Schematics (Schematics diagrams)
Visual Paradigm (Draw, share, export schematic diagram)

Matlab

On-premises
Programming, numerical computation
Function plotting, analyzing data
Create mathematical models, graphics, etc.

LabVIEW

On-premises
System designing, development
Automated research, validation, production tests
Graphical programming for test and measurement

MS-Excel

On-premises
Spreadsheet, data visualization, and analysis
Graphing tool, pivot tables, calculations and computation capabilities
For both experts and novices

TransistorAmp

On-premises
Design bipolar transistor amplifier
Common-base circuit, common-emitter circuit, common-collector circuit
Thousands of transistor types, etc.

RFSim99

On-premises
Basic radio frequency simulation
Basic filters, impedance match, resistive attenuator
Lightweight, fast, reliable

Gensys

On-premises
Radio Frequency/microwave circuit synthesis, simulation
Build RF systems with real parts, create high-performance circuits
Analyze, tune, optimize design, simulation, etc.