Top 2 Simple Shunt Regulator, tl431 voltage regulator circuit

How to make top 2 simple shunt regulator electronic circuit using TL431
Today i will show you how to make simple shunt regulator electronic diy tl431 circuits make at home. Simple and easy tl431 shunt volt regulator make at home. Super simple tl431 voltage regulator circuit make at home. Simple and easy electronic diy projects make at home.
I hopeful this video will be helpful for you and your friends please
like, share and subscribe for more latest videos.
I hope you also like this, my other new cool electronic projects videos.''
• New Diy Invention: Mak...
• Make a Short circuit p...
• Make a 3.7v battery le...
• How to Repair dry batt...
• All in 1 Battery Volta...
• Top 2 Simple Electroni...
• 2 Super Simple Electro...
• Top 2 Awesome Useful E...
• Top 3 Led Light Electr...
• Top 3 Simple Electroni...
Subscribe goo.gl/bNMSXt

[@marioramirezsanchez6854]

THANK for make the video :)

[@keithking1985]

the TL431 is such an iconic and widely use zener regulator. it always so accurate all. a must have in all components boxes.. ; ) (if your looking to salvage one from a circuit! look at the opto-coupler section on nearly any PSU. you will find it as part of the feed back circuitry, mostly as a SMD package.)

[@freeenergytransformer5842]

The TL431 is a three-terminal adjustable voltage regulator that can provide an output voltage of 1.24 V to 36 V. It is used in a wide variety of applications, from simple voltage regulation to complex feedback systems. The TL431 is very accurate and reliable, making it a must-have for any electronics toolkit.

[@TeacherBrunoOneil]

that's all true.. despite of your bad written english. lol

[@johnpeet1913]

Love that soldering iron

[@electronic7979]

👏👏👏

[@charlesribeironascimento7484]

Ótimo

[@electronicstech2957]

Amazing

[@freeenergytransformer5842]

we will discuss two simple shunt regulator circuits using the TL431 voltage regulator. The first circuit is a basic shunt regulator, while the second circuit is a more efficient shunt regulator with an error amplifier. The first circuit is a basic shunt regulator using the TL431 voltage regulator. In this circuit, R1 and R2 form a voltage divider to set the output voltage of the regulator. C1 filters out any noise or ripple on the supply voltage and provides a smooth dc output to the load. D1 protects the load from reverse current flow if the supply voltage is reversed. The second circuit is a more efficient shunt regulator with an error amplifier.

[@marhaban5297]

Berapa amper yg bisa dilalui

[@gtxsatria2010]

Nice

[@subodhkumargupta249]

Still now, he had opened all the things present in his home.😄😄

[@guruji3495]

Bhai inme 5 volt input dekar 12 volt DC motor 555 Chala sakte hai kiya

[@charlesribeironascimento7484]

Ótimo?

[@kaanay7569]

Adamsın❤

[@meassavuth4649]

Why you never use power supply to supply and adjust the voltage up or down ?

[@tukeshkumar2710]

Remod control kar kaise banate hai banakar bataeye

[@SharkStrikeAC]

How many mA support?

[@ABTabi]

30 mA ,,,,,,

[@AilAil-zb9ln]

Creativity

[@baladimustapha]

❤❤❤

[@ABTabi]

Thank you very much ,,,,,,

[@abuud12]

كيف فحصووع الساعة وهو برة الدائرة

[@riazhussain1826]

Nat good time west

[@luaanfx]

Is it possible to do an adjustable DC supply from 0,1V to 30V? Should I use an 100k potentiometer or 250k?

[@freeenergytransformer5842]

An adjustable DC supply is a power supply that can provide a range of voltages. This is handy for powering electronics projects, as you can select the voltage that is most appropriate for your needs. You can buy adjustable DC supplies, or you can make your own using a voltage regulator circuit. There are a few different types of voltage regulator circuits, but the most common is the linear regulator. This type of regulator uses a transistor to control the amount of current flowing through the circuit. By varying the amount of current, the voltage can be controlled. There are two main factors that you need to consider when choosing a voltage regulator: the maximum input voltage and the maximum output current. The maximum input voltage is the highest voltage that the regulator can handle, while the maximum output current is the maximum current that the regulator can provide.

[@rinkufateh21]

3.3v se 60 v banane ka video banao bro, please

[@atodofutbolenlatribuna5740]

No tiene lógica eso.

[@yogirajnibude2288]

Music se kuch nahi samjha

[@santdnyaneshwar9920]

👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎 Background music mixed unnecessarily..👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎👎

[@Zhddwd60]

Dislike

[@LeandroGabrielOnly]

👏👏👏

[@hungeligamer]

Nice

[@ABTabi]

Thanks

[@SharkStrikeAC]

How many mA support?

[@Krzeszny95]

According to my simulation in the Falstad circuit applet, If the input voltage is 12.6V and you want to stay within USB limits (4.4V minimum) the limit is 37mA but the voltage starts already dropping below 5V at 34mA.