Guide to the TL494 PWM Chip

[@mahoneytechnologies657]

This is a great technique to explain how to use this IC, NOW CAN YOU DO THIS FOR ABOUT 100 million more ICs , or can we get all of the IC manufacturers to do this !

[@ElectricMonkeyBrain]

lol. well I thought I could do this for popular chips. Know any popular chips?

[@mahoneytechnologies657]

Will the Ubiquitous NE555, HC4046 PLL, the LTC699X Family of Timer Blox parts ( there is a great online design tool, and a ton of App circuits, I wrote many of them ), The LTC CURRENT SENSORS ( just look at LTC note AN105 to get Inspired), speaking of App notes, Jim William’s App notes’, any of them, are outstanding in every sense - AN65 and AN47 should be owned and studied every Engineer and Technician! They teach how to think like a good Engineer, I worked with Jim when he wrote AN65, that’s where I got my real electronics Education! This would be A good Start. You present your material very nicely, simple, in little Bites and very clearly explained, to be able to do this is a real Tallent, Keep it up! The reason I list the parts that I did is because each of these parts can be applied to so many different types of circuits. Like the NE555, when it hit the Market it was presented in a brocher showing it being used in 10 very different types of circuits, I bought ten of them when I was in the USAF AND BUILT all ten Circuits and more, what A time!

[@ElectricMonkeyBrain]

Actually yes I was thinking of the 555. HC4046 is also interesting. Not sure when I will get to them though. I seem to be slow at producing videos, I am still learning. @@mahoneytechnologies657

[@mahoneytechnologies657]

I was thinking of doing some PCBs for studying these three parts’ now I Will.

[@p3ruz]

Short and straight to the point, it just answered questions that has bothered me for a very long time ... (Over voltage/current protection) Thanks a bunch for sharing ✌️😇

[@ElectricMonkeyBrain]

thanks. short and to the point was my aim :D

[@michaelsintros292]

Perfect video. I was looking for info about TL594 but it looks like this chip uses basically the same principles, so this will prove immensely helpful.

[@tomsiri1960]

Clear, precise, comprehensive and complete. Perfect!

[@t1d100]

Wow! Super production. Super teaching. And, a powerful IC that I did not know about. Kudos!

[@ElectricMonkeyBrain]

thanks a lot

[@bhuiyanimam7657]

Excellent video, would love it if you made them on more ICs, like 555 and TL431, etc

[@peters9929]

Fantastic info , no BS just simple facts thanks for doing video , well deserved sub

[@evgeniytoropov9455]

Отличная информация, всё наглядно и понятно.

[@Paul_VK3HN]

Excellent explanations, what a neat little chip! Would like to see a video on how later TI chips improved on TL494, for example, TL598

[@Nāmarūpa1]

Thank you. Easy to follow, good pace.

[@Taylor_26GE93]

Great video, just stubbled across your channel and subscribed immediately. Keep it up!

[@SignorZukini]

Great, clear and concise video. Thanks!

[@aravindadas567]

very nice information in this video about all application of TL494 ic.

[@derekschwontz9072]

Great tutorial

[@ElectricMonkeyBrain]

thanks a lot

[@yasirshahzad3732]

Very well explained

[@murraymadness4674]

Thank you. I'm trying to increase the voltage and amps in this cheap dc boost board that keeps blowing up. So from what I understand, it should work just the same if I increase the ratings of the mosfet and diode.

[@tolgadabbagh1877]

very good video thanks

[@king_james_official]

i like your username a lot.. very fun. thanks for the video. it seems you forgot about the feedback pin though TwT

[@theinnovati0nlab782]

Very nice! I am currently working on a high power 5000W synchronous dc to dc boost converter system and I am planning to use TL494 as well. Great video. Success wishes! 👍👍 The Innovati0n Lab💥

[@ChrisHalden007]

Great video. Thanks

[@ElectricMonkeyBrain]

Glad you liked it

[@yahyanasiri7062]

excellent

[@ziadfawzi]

Thank you so much

[@pcbekri340]

thank you soooo much man you are great

[@stevenbliss989]

Bizarre that +ve input is the feedback on both error amps! I have a love hate relationship. It is VERY STABLE, but the lack of push/pull outputs like in the SG3525 REALLY SUCKS!!!!!!!!!!!!!

[@dalenassar9152]

At about timestamp 4:00 is the common connection of the resistors connected to the bottom of the capacitor? There is no connection dot there. THANKS FOR THIS VIDEO...my first look at the TL494... --daLE

[@unrealcrafter2671]

For it to work it would be connected

[@pinkkitty6553]

thanks a lot

[@coucouj2781]

Sir what about the feedback pin :/

[@hichamtassi1753]

Hi there, any clues on the PIN3 ? thanks

[@armandine2]

it seems not? perhaps next time

[@unrealcrafter2671]

What is pin 3 for?

[@innocent1.]

SG 3525 ic