@@EETechStuff I'm new to it and I thought this was a great start. I only watched the first video and my comment pertained to that one. Watched some other videos and they just were not working for me. I had a specific objective in mind and this one explained everything I needed to create a simple RC low pass filter and do AC analysis with frequency sweep and view the Bode plot. Thank you for posting this and I would like to watch 2 - 13 at some point in the future.
Thanks. The K/B shortcuts were useful. The SPACEBAR is something I learned less timeously than I would have liked as a keyboard shortcut to the "extents" of the circuit, instead of mouse clicking the symbol. Use it all the time now.
i really need help with this program, i am trying to create a RLC circuit in parallel and create a resonance curve, i have no idea how to do this, any help would be fantastic
I know this is 1 year old video but you don't have to delete each trace just to show one. double click on the one you only want to show and it does the same thing just faster. like when you wanted to only see the current of the resistor after showing other waveforms, just double click on the resistor and BAM you have just the one reading. hope this helps others.
Check out my other videos in this series on LTSpice. I show how to use many many features in LTSpice. In fact I'm releasing Part 13 in this series today.
First you need to plot the current thru the fuse, and then calculate RMS. Then square the RMS and multiply times the simulation time to get I2t, which describes total energy thru the fuse (see my video on Understanding Fuses). Each fuse time-current characteristic is defined by the I2t, so get the I2t from the manufacturer and in your simulation compare the actual I2t value vs. the fuse I2t rated value, and if the actual exceeds the fuse rated value at any time in the simulation the fuse should blow. Maybe make the I2t calculation as a voltage source and feed it to a voltage controlled switch (see my video on LTSpice switches), and make the switch operate if the realtime I2t volts exceeds the mfr. I2t. Haven't tried it, but something like that should work.
This series is a gem!!! I have been learning ltspice for a while, no one has taught it better.....amazing content❤
Great! I have been yearning for such an introductory to LTSpice and find this very useful.
Came for the LTSpice but now notice you have a lot of great stuff on your channel, so SUBSCRIBED!!! 😊
Eureka! This series is perfect for what I need. Thank you!
I think this is great for someone that knows nothing about LTSpice and wants to get started.
Let me guess, you're an expert and all of this is beneath you. Did you watch all 13 parts?
@@EETechStuff I'm new to it and I thought this was a great start. I only watched the first video and my comment pertained to that one. Watched some other videos and they just were not working for me. I had a specific objective in mind and this one explained everything I needed to create a simple RC low pass filter and do AC analysis with frequency sweep and view the Bode plot. Thank you for posting this and I would like to watch 2 - 13 at some point in the future.
Just found this. Perfect for me - thanks and keep 'em coming.
Good introduction! Looking forward to watching the rest of the videos.
Great tutorial! To the point and very informative! Thank you!
Love the lesson! This was short….not to much but detail enough enabling me to practice the commands. Looking forward to next lesson.
love it! both LTSpice and the instructor!
Really Good tutorial, everything explained clearly and after these 20 minutes, i can walk my way through this useful tool.
All the best
Thanks. The K/B shortcuts were useful. The SPACEBAR is something I learned less timeously than I would have liked as a keyboard shortcut to the "extents" of the circuit, instead of mouse clicking the symbol. Use it all the time now.
Very useful. Subscribed and turned on notifications. Looking forward to learning more about LTspice.
You are a great teacher. Thank you! Would be very helpful if you could add the time code content so it would be easy to navigate to different topics.
Great program. I use it daily.
First thing I always do, is to change all shortcuts to default shortcuts you're familiar with from other programs.
Excellent tutorial. Thank you.
Step by step. It seems that you are a good teacher
Nice teaching ! Thank you .
Ty this is exactly what I need
This was AMAZING!
Thank you for your detail lecture.
great job sir
Very good tutorial, learning a lot thanks!
Glad you like my videos !! Feel free to click on the "Thanks" button below the video if you'd like to contribute to the channel
Amazing!!!!!!!!!!!!!!!!!
very nice tutorial :)
Really helpful man.
Brilliant lecture
Thanks
thank you so much
Useful
thank you
Where I can set the current of my voltage source?
i really need help with this program, i am trying to create a RLC circuit in parallel and create a resonance curve, i have no idea how to do this, any help would be fantastic
I know this is 1 year old video but you don't have to delete each trace just to show one. double click on the one you only want to show and it does the same thing just faster. like when you wanted to only see the current of the resistor after showing other waveforms, just double click on the resistor and BAM you have just the one reading. hope this helps others.
Check out my other videos in this series on LTSpice. I show how to use many many features in LTSpice. In fact I'm releasing Part 13 in this series today.
14:00 But how can I measure voltage across capacitor?
Does LT-Spice show smoke coming from the circuit? 😁
😂 Should be included next to the sparks, explosion and flashing Game Over notification in next version
Hello Sir, Can you help me with basic thermal Modelling using LT spice??
Great intro video. Just a shame that the developers of the Mac version were smoking something too strong. :(
Good evening sir, How to save a LT Spice schematic and simulation as .asc file
Hi
I m trying to simulate fuse behavior want to add fusing current vs time characterstic can u help me with the same?
First you need to plot the current thru the fuse, and then calculate RMS. Then square the RMS and multiply times the simulation time to get I2t, which describes total energy thru the fuse (see my video on Understanding Fuses). Each fuse time-current characteristic is defined by the I2t, so get the I2t from the manufacturer and in your simulation compare the actual I2t value vs. the fuse I2t rated value, and if the actual exceeds the fuse rated value at any time in the simulation the fuse should blow. Maybe make the I2t calculation as a voltage source and feed it to a voltage controlled switch (see my video on LTSpice switches), and make the switch operate if the realtime I2t volts exceeds the mfr. I2t. Haven't tried it, but something like that should work.
Can you help me please
today i start to learn , i feel great teach for me, you thanks for beginner
Thanks: Zero to 100 in 10 minutes.