Same idea i watched today in another TH-camr. The only difference is he didn't put a cap in his tutorial (after 8 hrs)...what i like in your tutorial is your projects are Clean.
@@ZAFERYILDIZ52 Ben teşekkür ederim emeklerinize maalesef layığı ile destekleyemiyoruz. Aslında her biri çok güzel yapılmış zevkle izliyoruz . Çalışmalarında başarılar .
Bu devre akım kontrolu yapmıyor gerilim kontrolu yapıyor. 2N3055 in çıkışında yük olmadığı için avometre sızıntı gerilimini gösteriyor ve değişmiyor. Zaten transistörün emiterinde gerilim değişir. Akım değişimi için yük kollektöre bağlanır. Çıkışa lamba bağlıyken voltaj ölçümü yapılırsa avometreden voltaj değişimi gözlenebilir.
Better is to use a transistor capable to deliver sufficient base current to 2N 3055 transistor for its optimum output. Try SL100, BD139 etc. 0.5 to 1 ampere current can deliver only single transistor then what is the use of darlington pair arrangement. Use of SL100 and 2N 3055 with good heat sink can deliver 5 ampere output easily. I like your skillness in PCB less combinations of components.
@@ZAFERYILDIZ52 Thank you for the reply. There is no component in the circuit to sense the current. By changing the potentiometer setting, the voltage across the bulb changes and, consequently the current that flows in it. But by changing the output load with the same potentiometer setting, the output current changes. The same if the supply voltage changes, so there is no current regulation. This is my point of view
Mit dieser Schaltung kann die Ausgangsspannung verändert werden. Der Strom wird aber nicht geregelt. Wenn sich die Eingangsspannung oder die Last ändert, verändert sich auch der Strom.
@@ZAFERYILDIZ52 Hello, thank you for your answer. In fact, apart from this type of transistor that you used, you can also use a normal 3055 transistor (you used a pot type).
Cambia se stai sotto il suo range di lavoro. Esempio se una lampada da 12v assorbe 12w (1A) se tu vari da 1.1 A 5-6-10 non cambia il voltaggio. Ma se stai sotto l ipotetico 1A è normale che crolla il voltaggio. Sto circuitino è buono come driver per luci a led
@@guidocorsetti This circuit is basically a voltage follower, so it doesn't control the current. Changes in the load cause a change in the current in it, as well as a change in the input voltage
@@a3103-j7g What ?... I know it's not necessary. But it would be nice to see the actual performance of some of these circuits. Some look very useful, but only if they can do the amperage.
Same idea i watched today in another TH-camr. The only difference is he didn't put a cap in his tutorial (after 8 hrs)...what i like in your tutorial is your projects are Clean.
"Spot welded" tabs ON the 3055 & nice "dead bug" wiring. Pure genius
This is an excellent tutorial! The way you explained the circuit design is so clear and easy to follow. Thanks for sharing this valuable knowledge!
I have been looking for a current control circuit recently. Your solution is simple and effective. Thank you 👍
Gracias por mostrar el diagrama, felicidades !!!!. Saludos
Ich schaue Deine Projekte gern und finde es gut, dass Du jetzt auch den Schaltplan zeigst.
Rất đáng giá, đơn giản và hữu dụng
Tôi cảm ơn sự hỗ trợ của bạn.
😅@@ZAFERYILDIZ52
Thanks !!!!
Verry good circut ❤
!
thx my friend
The good old 2N3055, haven't seen one in a long time.
dziękuję za poradę☺
MaşeAllah , ellerine sağlık Zafer
the current unit is amper not allah
@@a3103-j7g arkadaşım ( MaşeAllah ) sözünden ne anladınız gerçekten ?
@@srrincekara9499 ok now get back to research of your gender identity.
Yine harikasın Zafer bey 👏
yorum ve desteğiniz için teşekkür ederim
Very good.Brillient Cct.I like it.thank you
thx my friend
Emeklerine sağlık . Kullanışlı proje.
çok teşekkür ederim Fahrettin Bey
@@ZAFERYILDIZ52 Ben teşekkür ederim emeklerinize maalesef layığı ile destekleyemiyoruz. Aslında her biri çok güzel yapılmış zevkle izliyoruz . Çalışmalarında başarılar .
Elinize sağlık hocam
ben teşekkür ederim kardeşim
Bu bilgiler için teşekkürler
yorum ve destek için ben teşekkür ederim
elinize sağlık
teşekkürler Hasan
Bu devre akım kontrolu yapmıyor gerilim kontrolu yapıyor. 2N3055 in çıkışında yük olmadığı için avometre sızıntı gerilimini gösteriyor ve değişmiyor. Zaten transistörün emiterinde gerilim değişir. Akım değişimi için yük kollektöre bağlanır. Çıkışa lamba bağlıyken voltaj ölçümü yapılırsa avometreden voltaj değişimi gözlenebilir.
uzun uzun taşıtmayacağım akım kontrolü yapan her cihaz yük altında voltajı düşürür
Der Schaltungsaufbau ohne Platine o.ä. gefällt mir gut !
Better is to use a transistor capable to deliver sufficient base current to 2N 3055 transistor for its optimum output. Try SL100, BD139 etc.
0.5 to 1 ampere current can deliver only single transistor then what is the use of darlington pair arrangement.
Use of SL100 and 2N 3055 with good heat sink can deliver 5 ampere output easily.
I like your skillness in PCB less combinations of components.
В советском союзе выпускали транзистор кт 827, ток коллектора 10 А, эмитерный повторитель собранный на нем заряжает акумуляторы в моем гараже 30 лет.
2n6055
This circuit is a voltage follower, not a current regulator
This does not control tension
@@ZAFERYILDIZ52 Thank you for the reply. There is no component in the circuit to sense the current. By changing the potentiometer setting, the voltage across the bulb changes and, consequently the current that flows in it. But by changing the output load with the same potentiometer setting, the output current changes. The same if the supply voltage changes, so there is no current regulation.
This is my point of view
U did well
Good for a Dynamic braking circuit of permanent magnet motor.
Ótimo trabalho
Mit dieser Schaltung kann die Ausgangsspannung verändert werden. Der Strom wird aber nicht geregelt. Wenn sich die Eingangsspannung oder die Last ändert, verändert sich auch der Strom.
Top esse canal
Nice
thx my friend
Mantab hasilnya
Zafer Yildiz live long, Pakistan 🇵🇰 live long.
Greetings and love to Pakistan
👍👍👍😊
Modern electric circuits... Radeon X1550 - entire text board.
Una pregunta estos dimmer son de corriente continua o corriente alterna
para CC (for DC)
❤❤❤Ok
👌
Nice😗
👍👍👍👍👍
Valeu 😇🙂
devredeki C1 kapasitör bypass amaçlımı var orda ?
what happened to the cheezy music ?
👌
Udaya 💡💡🔋🔋👍👍🙋🙋
❤💕
❤🎉
👌
Dòng nó được bao nhiêu ,con sò có phải dùng tản nhiệt không ,merci
WHAT IS THE VOLT IN AC OR DC.AND WHAT IS THE VOLT OUT AC OR DC.
I think you'll find if you look at the meter display it's 19.705v DC in and out. Only the current changes.
😮😮😮😮😮😮👍👍👍👍👌👌👌👌
👌
If the output is more than a few amps this will need a heat sink.
....make that a BIG heatsink.
Is it possible to use a normal 3055 transistor (I mean it is not a pot)
I didn't understand the question clearly
@@ZAFERYILDIZ52
Hello, thank you for your answer. In fact, apart from this type of transistor that you used, you can also use a normal 3055 transistor (you used a pot type).
With load the voltage changes togeter with current...😏
Cambia se stai sotto il suo range di lavoro. Esempio se una lampada da 12v assorbe 12w (1A) se tu vari da 1.1 A 5-6-10 non cambia il voltaggio. Ma se stai sotto l ipotetico 1A è normale che crolla il voltaggio. Sto circuitino è buono come driver per luci a led
@@guidocorsetti This circuit is basically a voltage follower, so it doesn't control the current. Changes in the load cause a change in the current in it, as well as a change in the input voltage
The control
Now in base of 2N3055
👌
У меня третья рука- деревянная прищепка!
🙉🙉🙉🙉🙉🙉
👌
Toshiba BU 208 !!!
After connecting the bulb now voltage will vary
If the current across a load resistor is varied, then the voltage across the resistor will vary.
You should add a Volt - Amp meter so we can see the voltage stay constant, and current increase.👍
not necessary in india
@@a3103-j7g What ?... I know it's not necessary. But it would be nice to see the actual performance of some of these circuits. Some look very useful, but only if they can do the amperage.
电路图呢？
👋👋❤️❤️👋👋
this circuit isn't a current controller
👌
This is Not current Control is a voltage Control
The 2N3055 transistor is controlling current - it depends on the base current supplied from Q1.
Aslında bu kör yük
?
I am first 🥇
🧐🥴🤕😵💫
👌💕
Эта схема управляет не током, а напряжением. Про стабильность вообще молчу. Только показать принцип работы.
Wyłącz tą gównianą muzykę . Cisza była by lepsza .
pregunta con cuantos voltios esta funcionando con la lampara
Nice
💕