I was about to jump into this thinking, how hard could it be, chat GPT got me way to hiped 😂. Thank you for this video, and I got to 8:46 before I snapped out of that learning haze that's just magic, thank you for that. You really saved me a lot of head ache amd heart ache, knowledge is crazy in how it can be passed on so easily, yet not.
Yes I learned what I needed to know, thanks. It really helped that you didn't edit out your failure, instead you showed how you diagnosed it then solved it. I have found that my failures are often my best teachers.better yet you're failure was a exalent teacher.
Thats cool how the back the board solered all the joins together. Neat and tindy didnt know could do that. Also that is can be a light dimmer, now im going to see if i can find a kit to dim my lights as well as slow my dc gear oil pump motor.
I have a brushless motor and I wanted to make a controller like yours but the motor I have works with sensors. You have a Tutorial where you can make a 48v 40A controller
Excellent!!! You are a professional, but I am wondering why you didn't use a IC base on GP pcb so that you can easily replace the IC, whenever required.
Whoo I am glad I found your video. I am trying to make one too to control a power mosfet irlb3034 for a vape device and 100nf ceramic cap to produce a lower frequency. The problem is, it doesn't change the power. It always is on 100% power. Do you have any idea as to why?
I construct this schematic, it works and It is very simple. But i have an idea - i want to replaces the potentiometer with thermo resistor / 10k omh / and the speed will be based on temperature. But is it possible to make the motor to run aprox. 40% / idle,not depending on temperature/ and the thermo resistor to control the speed of motor in range 40-100%…. Is it possible to change the schematic to work like this?
It's posible than using 4n25 or 4n35 optocouple and fga25n120 igbt to control high voltage rating motor Optocouple use for isolation between power and control circuit Also use for switching
I have a transformer of 12 volts which only outputs max 500 milliamps may be due to it's high internal resistance. But i want to run a motor at 5 volts with 1amp .is there anything i can do?
What would I have to do, in order to get 15kHz, instead of just 10kHz ??? What would I have to do, in order to get 20v output, instead of just 12V (Amps are irrelevant, 0,1A output would be enough, instead of 10A as in your case) ??? Must I simply change the source for a 20V-source??? All I need to do, is to drive an igbt, instead of your mosfet (needs 20V, but needs nearly no current at all, to be driven). Otherwise, well done video, and thanks for any answer !!!
@klausbrinck2137 You are going to need a separate voltage supply for the igbt, because 20v is exceeding the 555 timer voltage range, so I would recommend you to either use the same schematic, with a different, higher voltage mosfet and feed the 20v source to the output, instead of the motor(load) or just use a discrete igbt driver and supply it with the 20v. For a different frequency you'll need different capacitors with less capacity and probably a different variable resistor, I intend on using the same 15kHz frequency and will add to this comment if it works out.
@Aatik's lab awesome video! Definitely useful for me and answered a lot of questions. A noob question though. If I'd want to get 24V 10A to a DC motor (instead of 12V 10A), what would I have to change (apart from the power source of course)? Which components I'd have to change in order not to fry them with higher voltage? I guess the schematic would be the same, I'd just need to place tougher components?
Better way is to use a proper havle H-bridge between the 555 timer circuit and the motor, 555 timer can only sink and source a limit amount of current.
Please my heartly request to make a full project of " speed control of Dc motor by using 8051 microcontroller having a 7 segment display"....!! Please sir for me try it.
SOS please help. Hello friends. I designed a program with my Arduino to run a 5 to 9v dc motor forward, stops and backwards for a few seconds. Then stops and waits for sensor again. The code was put into an IC ...the AtTiny85 to shrink the project. Here are the component's...9vdc battery, .i used a PIR sensor to detect motion as input. Im using a LM7805 (100 nf electrolytic cap at input and 0.1 nf ceramic cap at output) regulator to reduce voltage to supply IC with 5vdc so it can go into program. The outputs of the program are .. light up an LED ( with a 200 omhs resistor) and start the motor by giving signal to small DX1616 Motor Driver. Tge mot Also , during this operation, the system can be shut if a Microswitch is pressed. MY PROBLEM: the code, and this system works perfectly on breadboard. But when i solder it on card...it works for a few minutes and the motor starts spinning only fwd non stop AND ITS LIKE THE SYSTEM DOES NOT GO INTO PROGRAM FROM THE ATTINY85 or not enough current to start it. Everything (sensor, driver, motor) takes power from the 9v battery , only the AtTiny85 is supplied with regulated 5vdc but that input to the regulator also comes from 9v battery. Could my capacitors be the problem? Is 100 nf too much at that input and dissipates all the energy?? Should i also separate the grounds of the circuit. The 9vdc circuit and the AtTiny85 circuit SHARE the same grounds. Thank you
1.) You should never solder an IC directly into a PCB... use a socket. 2.) The free-wheeling diode is part of every motor control schematic online so never say "I KNOW my circuit is correct so it must be a bad component 3 times in a row". Do more research first.
I was about to jump into this thinking, how hard could it be, chat GPT got me way to hiped 😂. Thank you for this video, and I got to 8:46 before I snapped out of that learning haze that's just magic, thank you for that. You really saved me a lot of head ache amd heart ache, knowledge is crazy in how it can be passed on so easily, yet not.
Yes I learned what I needed to know, thanks. It really helped that you didn't edit out your failure, instead you showed how you diagnosed it then solved it. I have found that my failures are often my best teachers.better yet you're failure was a exalent teacher.
You have saved me so much frustration! I am so glad that I didn't try making my pwm circuit before I saw your video.
Perfect timing that I found this video, what a godsend! Many thanks!
Thats cool how the back the board solered all the joins together. Neat and tindy didnt know could do that. Also that is can be a light dimmer, now im going to see if i can find a kit to dim my lights as well as slow my dc gear oil pump motor.
Good vid. The actual live oscilloscope view showed us definitively what's going on too.
This is great! Thanks for showing how you problem solved this. :)
does it work with 9 volt dc battery?
How to attain constant speed at variable load
What can be installed as a replacement transistor for IRFZ44N ??
I thinking about the IRF630 !
What do you think???
u can install any n channel mosfet , (75n75 , 3205 etc)
Your soldering skill is amazing.
Dude's the grandmaster of soldering.
OMG, he did one of the best good looking solder i have ever seen.
I Agree
Can the circuit work with 10 IRFZ44 parallel connections to increase the control amperage?
Can you make the same circuit with forward reverse for 775 motor
Sir please can you answer me a simple dc motor can move by using servo tester and MOSFET?
..do I correctly deduct, that I would need to use a diode for any DC motor?
And what type of amperage rating?
Thank you, for this learning!
Can anyone tell how mosfets terminals are connected with 555 timer ic.
Does it lower amperage consumption?
How much voltage drop @ input vs output ???
Hi. i want to make this pwm control for a 3.7v low ampere 10mm x 6 mm mini dc motor.can i replace this mosfet with a smd type bc547 transistor?
I have a brushless motor and I wanted to make a controller like yours but the motor I have works with sensors. You have a Tutorial where you can make a 48v 40A controller
Subbed and bell on! Love you explanations and your dry humor! Also, nice job soldering. :)
Nice and very good teacher 👍
Excellent!!! You are a professional, but I am wondering why you didn't use a IC base on GP pcb so that you can easily replace the IC, whenever required.
I don t want to be mean but what kind of professional forgets the flywheel diode
Nice soldering my friend
Whoo I am glad I found your video. I am trying to make one too to control a power mosfet irlb3034 for a vape device and 100nf ceramic cap to produce a lower frequency. The problem is, it doesn't change the power. It always is on 100% power. Do you have any idea as to why?
I construct this schematic, it works and It is very simple. But i have an idea - i want to replaces the potentiometer with thermo resistor / 10k omh / and the speed will be based on temperature. But is it possible to make the motor to run aprox. 40% / idle,not depending on temperature/ and the thermo resistor to control the speed of motor in range 40-100%…. Is it possible to change the schematic to work like this?
You explain it well mate good job🖒
It's posible than using 4n25 or 4n35 optocouple and fga25n120 igbt to control high voltage rating motor
Optocouple use for isolation between power and control circuit
Also use for switching
Hi, where did you put a mosfet on your simulation circuit?
Nice project
Thanks
Hi. I can replace the pot wtih hall effect throttle ??
can i connect 24vc dc motor with ATMEGA16 using IRF520 mosfet
Can the speed controller regulator controller be shorted if directly connect to car battery 12v...
I have a transformer of 12 volts which only outputs max 500 milliamps may be due to it's high internal resistance. But i want to run a motor at 5 volts with 1amp .is there anything i can do?
what's the simulation software `?
What was that software which was used for simulation and watching the oscilloscope
I used Multisim
@@Aatikslab thanks for sharing
hi can we control current so we can have torque control
Thank you for the video, I have one question though, how can I upgrade the circuit to accommodate a 500 watt spindle?
What would I have to do, in order to get 15kHz, instead of just 10kHz ??? What would I have to do, in order to get 20v output, instead of just 12V (Amps are irrelevant, 0,1A output would be enough, instead of 10A as in your case) ??? Must I simply change the source for a 20V-source???
All I need to do, is to drive an igbt, instead of your mosfet (needs 20V, but needs nearly no current at all, to be driven).
Otherwise, well done video, and thanks for any answer !!!
@klausbrinck2137 You are going to need a separate voltage supply for the igbt, because 20v is exceeding the 555 timer voltage range, so I would recommend you to either use the same schematic, with a different, higher voltage mosfet and feed the 20v source to the output, instead of the motor(load) or just use a discrete igbt driver and supply it with the 20v. For a different frequency you'll need different capacitors with less capacity and probably a different variable resistor, I intend on using the same 15kHz frequency and will add to this comment if it works out.
very interesting and helpful, but I want to see the circuit diagram. thank you
video is a
god send
Thanks you sir plz tell me
What is your soldering station brand ?
Yihua 937D+ soldering station
@@Aatikslab
thanks
new subscribe 😍
Excellent
Do you sell the breadboard for this controller?
Very nice video
Sir can I use 100k potentiometer?
what's the software ?
can you give me a list of components with the respective specification? please
Hello Sir.
How many volts and how many Rpm is the last Dc motor you used? Thank you
Hi sir which software you used for pcb designe and simulation????
Creative video, thanks :)
@Aatik's lab awesome video! Definitely useful for me and answered a lot of questions. A noob question though. If I'd want to get 24V 10A to a DC motor (instead of 12V 10A), what would I have to change (apart from the power source of course)? Which components I'd have to change in order not to fry them with higher voltage? I guess the schematic would be the same, I'd just need to place tougher components?
Hello can you share the changes needed to be done in circuit so that we can use 24v dc and 10A , if you found! Please replay me
@@SAI_LINGESH hi, no i havent found it...
BEFFIER mosfet
@@rmdhn1 only transistor/MOSFET have to replaced?
You only have to change input voltage, nothing else
Circuit diagram please
On Google, just search, don't ask anyone, no one helps 👍
Ok bhai 👍@MahmoudAly-gn9pq
U should also tell how pwm freqiency IS important
Personally i use only two-transistor multivibrators to drive the Mosfet since it has two outputs.
Can i control (12v , 15ohom) injector / solenoid with this circuit? How about the maximum cutting speed of PWM in mili seconds? Hoping your reply ..
I=U/R 0.8amp yes you can
Love ur videos
Better way is to use a proper havle H-bridge between the 555 timer circuit and the motor, 555 timer can only sink and source a limit amount of current.
Good job
Dear.. this video is too good but there is no schematic diagram ...
Its in the description
Hey my circuit is not working
You mean it spins at the same speed even you turn potentiometer right?
I had the same problem. But now my problem is gone using different circuit.
Can u please tell me how the problem was solved?@@jumbo999614
software name ???
Nice video, can i use 50k pot instead of 10k?
Yes you can
Thanks alot but if I want for 200amps 12v dc
🚣🏴 Yes I to would like to control my anchor winch that is powered by a starter motor. Peace and love. Rick🇬🇧 🌈❤
The ic socket should have been solderd to the board with out the ic
well done
Please my heartly request to make a full project of " speed control of Dc motor by using 8051 microcontroller having a 7 segment display"....!!
Please sir for me try it.
Good
please provide the wiring diagram as asketch to understand.
I have asked for it to.alot of people will make something like this,but will not give out a wire trace plan or picture.
I have found a picture of a generator using a 556 ic dual timer.
SOS please help. Hello friends. I designed a program with my Arduino to run a 5 to 9v dc motor forward, stops and backwards for a few seconds. Then stops and waits for sensor again. The code was put into an IC ...the AtTiny85 to shrink the project. Here are the component's...9vdc battery, .i used a PIR sensor to detect motion as input. Im using a LM7805 (100 nf electrolytic cap at input and 0.1 nf ceramic cap at output) regulator to reduce voltage to supply IC with 5vdc so it can go into program. The outputs of the program are .. light up an LED ( with a 200 omhs resistor) and start the motor by giving signal to small DX1616 Motor Driver. Tge mot Also , during this operation, the system can be shut if a Microswitch is pressed. MY PROBLEM: the code, and this system works perfectly on breadboard. But when i solder it on card...it works for a few minutes and the motor starts spinning only fwd non stop AND ITS LIKE THE SYSTEM DOES NOT GO INTO PROGRAM FROM THE ATTINY85 or not enough current to start it. Everything (sensor, driver, motor) takes power from the 9v battery , only the AtTiny85 is supplied with regulated 5vdc but that input to the regulator also comes from 9v battery. Could my capacitors be the problem? Is 100 nf too much at that input and dissipates all the energy?? Should i also separate the grounds of the circuit. The 9vdc circuit and the AtTiny85 circuit SHARE the same grounds. Thank you
It only works in small motors. Not works with 12v 9amp motor. Transistor damaging always
if the problem is coz of heat, then Use a heat sink for the transistor
not because of heat. Because of overload
It is running the motor but not controlling the speed of motor
Thank you
no, use potentiometer as true brushless dc motor "speed controller", no ac logic/parts required at all
thanks
Use flyback diode
You’re wasting my data
But thank you 🙏
I will sell you more data.
V žádném případě to 10 A nedá. V praxi max. 2 až 3 A.
Do more videos please
👍
Why don't you get in to the habit in using IC sockets!
Hall Larry Perez Jose Martinez Patricia
Roberto Rodrigues Berto
775 + diode 6amp = stability
Really?
U can add an ic base instead of desoldering every time
Yes you are right, but each time i thought of using it, my mind said for sure it will work NOW!
;)
1.) You should never solder an IC directly into a PCB... use a socket.
2.) The free-wheeling diode is part of every motor control schematic online so never say "I KNOW my circuit is correct so it must be a bad component 3 times in a row". Do more research first.
i call it damping diode.