TINA-TI Introduction & DC Simulations

This introductory tutorial gives an overview of the program and demonstrates how to build circuits in the simulator (i.e., schematic capture). Basic DC measurements, including voltage and current, are performed.

[billjones]

Thanks for the tip on TINA-TI. I find it intuitive to use and appears easier than LT SPICE.

[donaldsrump]

Thank you. I'm just a hobbyist playing with breadboard circuits and an Arduino. I'm loving using Tina TI. It removes so much of the frustration for me and avoids me wasting time wiring up circuits that don't work. EDIT: As a beginner/hobbyist I didn't expect to find limitations of this free version so quickly, but it seems that it doesn't support polarised capacitors, although if you select "Enable 3D shapes" in the options, it does depict all capacitors in the circuit as polarised electrolytic ones, with no way to select the direction of polarisation), which is even more confusing. I find the array of upgrades offered to be quite bewildering so I'm trying the version 14 trial which unfortunately doesn't make things any clearer.

[freeelectron]

Very useful tutorial. Thank you Prof Fiore!

[billtasker]

Excellent tutorial. Even I was able to use it.

[slowride]

Very helpful tutorial, great job. Thank you for leaving it up!

[mortenlund]

Nice introduction. Thanks for sharing.

[Eng.Cooper]

Nice tutorial. Would you do a simulation of how to isolate voltage using isolated transformer IC drivers e.g SN6507x?

[davidluther]

ALL I HAVE IS A TABLET FOR MY COMPUTOR AND, WAS NOT ABLE TO FIGURE OUT HOW TO DOWNLOAD THIS SOFTWARE PROGRAM.FOLLOWED INSTRUCTIONS AND, WAS NOT ABLE TO LOAD IT AND, THE HOME SCREEN IS THAT YOU SHOW IS NOT CLEAR TO READ ON MY TABLET.

[AcuteChronic]

Great that TI made their version available. Great tutorial.
I, also, couldn't find POLARIZED Capacitors.

Also, is there a setting or option to SEPARATE the component LABEL from the VALUE?
C101 100nF .... is too long and the numbers run together.

I'd prefer;
C101
100nF
It's very compact and right next to the actual component.

[Starlite]

Thanks for these very helpful tutorials ! I see there is a long playlist of them. Do any of them cover the use of the TINA "Signal Analyzer" and the "Function Generator" (not Transient analysis, O-scope, Spectrum Analyzer ...) ? Thank You !

[jjqformerlyjailbreak]

If not watching your videos, I wouldn’t know about TINA. Heck yea.

[anrb]

Prof. --since you are passionate about OER, should you not teaching and promoting the use of OSS like Kicad and Qucs-S? Kicad has SPICE (ngspice) and a simulator included. Qucs-S can use ngspice and Xyce.

[vevasam]

Thank you for the lecture. Apparently I am not able to build user defined excitation signal. The option 'Signal(t)' is greyed out. Perhaps its only available in paid version.

[Wil_Bloodworth]

What is the reason for choosing this software versus something like KiCAD? Is it just the simplicity and ease of use for the beginner?

[shubhamingle]

how to do line and load regulation of buck converter in tina ti

[rosshollinger]

I haven't downloaded this yet. I'm having trouble finding a program with simple things like fuses, bulbs, various switches (SPST, DPST, DPDT), vac tubes, etc. Does this have those? Very nice flow on the instruction.

[imk]

Hello Professor. Thank you so much for sharing your knowledge to the public.
I have a little question. I'm a junior year EE student and planning to go to graduate school for further study. I'm very interested in analog IC and electromagnetics(especially, computational EM using numerical methods like FDTD, FEM, MoM based on thorough Linear Algebra). My hope is to study both of them but the two things seem like a far away lands from each other. So if I choose one field(one research group in the graduate school) over the other I feel like I should abandon the other one. So I'm wondering if there is a research field that I can synthesize the two fields or if I choose analog IC over EM, whether my Linear Algebraic knowledge would give me an advantage studying analog IC or vice versa.
Sorry for this wordy comment, I hope I could get your reply. Thank you.

[satyeandrasharma]

thanks sir for making this type of video nice infomation

[suryatiwari]

Using the knowledge of electronic devices and circuits, design and simulate the circuit diagram of a 4.7 V DC power supply. Input voltage is 220 VAC at 50 Hz. can anyone pls answer thin in 10 minss

[ABCTechJoy]

Thanks
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