LM386 Audio Amplifier Tutorial Enhancing Sound Quality with a DIY Amplifier Circuit

Hello friends....
In this video I show that how to Clear audio distortion in Lm386 Module.....
You use this method to make voice clear and
Good in quality....
The LM386 is a popular audio amplifier integrated circuit (IC) known for its simplicity and low power consumption. It is widely used in various audio applications, such as portable devices, radios, and hobbyist projects.
The LM386 is a class AB amplifier that can deliver up to 1 watt of power with a supply voltage range of 4 to 12 volts. It has a gain of 20 to 200, which can be adjusted using external components.
The IC requires minimal external components to operate, making it easy to use. It has input and output pins for connecting audio signals, a gain control pin to adjust the amplification level, and a power supply pin for providing the necessary voltage.
The LM386 is commonly used with a few passive components, such as resistors and capacitors, to set the gain and control the frequency response. By adjusting the values of these components, the amplifier can be customized to suit specific audio requirements.
Overall, the LM386 is a compact and versatile audio amplifier IC that provides a simple solution for amplifying audio signals in various applications.
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#amplifier
#integratedcircuit
#diy
LM386, Audio amplifier, Integrated circuit
Amplification, Portable devices, Low power consumption, Gain control, Hobbyist projects
Power supply, Resistor, Capacitor, Frequency response, Class AB amplifier, Voltage range
Wattage, Audio signals, Circuit design, DIY projects, Electronics, Tutorial.
Music provided by : TH-cam Library
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This is motivation purpose only.
Copyright disclaimer under section 107 of the copyright act 1976, allowance is made for "fair user" for purposes such as criticisms comment, new reporting, teaching, scholarship, and research fair,
Use is a use permitted by copyright statute that might otherwise be infringing
Non-profit educational or personal use
Tips the balance in favor of use.
Thanks for watching....

[@johncandiceandharley]

Love this so much.

[@madnoodler]

I like the distortion!

[@GymInspirationStatus]

🎉🎉🎉🎉🎉 good 👍👍👍👍👍

[@millennial_bug]

Man you're great

[@RBW.DESAINER]

Very god

[@hissst69]

Very good, you could put a parts list in the description :)

[@BalvaRi]

I connected 1000uf 16v to the 12v power supply as you did, and 470uf 10v to the speaker connection. Does 0.1uf 104 need to connect 250v? I connected 250v and only the ticking sound came from the speaker.

[@googaboogaloo]

I used 2 of these in series to make a little guitar amp. The different capacitors make a huge difference in sound.

[@BalvaRi]

Is 0.1uf 250v right to connect?

[@sakshamindia2117]

Yes

[@abrajmek_zalilov]

You say that 470 mf should be in series with onboard capacitor, but it makes capacity smaller then it was before, so if I desolder onboard capacitor and place there 470 mf, new capacity will be larger then it was before. Can you explain how it works? Sorry for my probably not well english and thanx for your instructions.

[@sakshamindia2117]

You're right....😀 sorry for that...😅

[@abrajmek_zalilov]

@@sakshamindia2117 Ok) soooo... What capacity should be? Smaller?

[@sakshamindia2117]

@@abrajmek_zalilov not smaller, this required higher capacity....

[@abrajmek_zalilov]

@@sakshamindia2117 thank you! I'll try it.

[@abrajmek_zalilov]

@@sakshamindia2117 look... It this right, that if I wanna get more distorted sound, I should use smaller capacity (or just throw it away)?

[@surakeneni1310]

so what happened?? no need of explanation?? how that did happen? is that just trial and error??? you have to come with explanation coz what you have tried to acomplish is interesting