Videos

In this document, all videos related to the simulators are provided, along with a brief description of each video.

Simulation
   ├── [aKaReZa 17 - Simulation, Introduction]
   │    ├─ Overview — Pros/cons, safety, time/cost, accuracy.
   │    └─ Software — Comparison: MATLAB, Proteus, LTSpice, MultiSim, TINA, Altium, PSIM, Plecs, Ansys Maxwell.
   │
   ├── [aKaReZa 19 - Simulation, Proteus, DC Analysis]
   │    ├─ Setup — New project, component selection.
   │    ├─ Design — Placement, wiring, value settings.
   │    ├─ Analysis — DC simulation steps.
   │    └─ Debugging — Common design mistakes.
   │
   ├── [aKaReZa 32 - Simulation, Proteus, Transient & AC Analysis]
   │    ├─ Transient — Time-domain circuit response.
   │    ├─ AC Analysis — Frequency response evaluation.
   │    └─ Visualization — Proteus graph window usage.
   │
   ├── [aKaReZa 39 - Simulation, LTspice, Fast and Easy]
   │    ├─ Build — Adding components and circuit setup.
   │    ├─ DC Analysis — Steady-state check.
   │    ├─ Transient — Time-based signal response.
   │    └─ AC Analysis — Frequency domain evaluation.
   │
   ├── [aKaReZa 48 - Simulation, TINA, Fast and Easy]
   │    ├─ Build — Circuit creation and component usage.
   │    ├─ DC Analysis — Base response check.
   │    ├─ Transient — Dynamic signal behavior.
   │    └─ AC Analysis — Multi-frequency evaluation.
   │
   ├── [aKaReZa 62 - Simulation, MultiSim, Fast and Easy]
   │    ├─ Build — Component selection and circuit prep.
   │    ├─ DC/Transient/AC — All core analyses.
   │    └─ Features — Instruments and unique capabilities.
   │
   └── [aKaReZa 99 - Simulation, Altium Designer, Fast and Easy]
        ├─ Tool Setup — Installing simulation environment.
        ├─ Components — Selecting simulatable elements.
        └─ Analyses — DC, Transient, Sweep, AC.

aKaReZa 17 – Simulation, Introduction In this video, we explore the definition, advantages, and disadvantages of simulation. We then introduce and compare several popular and widely used simulation software tools for electrical engineering.
aKaReZa 19 – Simulation, Proteus, DC Analysis In this video, we learn how to create a new project in Proteus, find and use key components like resistors, capacitors, inductors, transistors, MOSFETs, diodes, and transformers, and perform DC analysis in Proteus.
aKaReZa 32 – Simulation, Proteus, Transient & AC Analysis In this video, we learn how to perform transient and frequency response analysis in Proteus.
aKaReZa 39 – Simulation, LTspice, Fast and Easy In this video, we learn how to quickly bring all desired components into the LTSpice simulator and then perform DC analysis, transient analysis, and frequency response analysis.
aKaReZa 48 – Simulation, TINA, Fast and Easy In this video, we learn how to quickly bring all desired components into the TINA simulator and then perform DC analysis, transient analysis, and frequency response analysis.
aKaReZa 62 – Simulation, MultiSim, Fast and Easy In this video, we learn how to quickly select desired components in the MultiSim simulator, perform DC analysis, transient analysis, and frequency response analysis. We also explore the unique features of this simulator and its advantages over other general simulators.
aKaReZa 99 – Simulation, Altium Designer, Fast and Easy In this video, learn how to simulate electronic circuits in Altium Designer. From installing simulation tools to performing various analyses like DC, Transient, DC Sweep, and AC Analysis, everything is covered to help you test your designs accurately and effortlessly before building.