Channel Title: Electrical Electronics Applications Channel Description: It is a different channel with many simple expressions commonly related to Electrical-Electronics and Arduino. You can convey all your questions, suggestions and criticisms to us by commenting under our videos. Your ideas are valuable to us so that we can share more beneficial for you. By subscribing to our channel, you can be informed about new oral videos and support us. Also, if you like our videos, you can support us via the JOIN button if you want to have salt in the soup to offer you better quality content with new broadcasts and programs. Thank you very much for your interest and support :) #electric #electronics #education #science #technology <video> How to Make Simple 12 Volt Battery Level Indicator Circuit? Description: In this video, I will show you how to make a simple 12V battery level indicator circuit that can be created using only LEDs and resistors. Towards the end of the video, I will briefly show the simulation of this circuit in Proteus. First, let's start with what materials are needed for this circuit. We will make the indicator level in 4 stages. Here we can use four LEDs, 1 red, 1 blue, 1 green and 1 yellow LED. Since the highest voltage will be around 12V, we need to use four 1kΩ resistors that we will connect for these LEDs to work without damage. </video> <video> PCB nedir? PCB'ler Nasıl Çalışır? Bilmeniz Gereken Her Şey ve Nereden Satın Alınır Description: JLCPCB 1-8 Layer PCB at $2. PCBA from $0 (Free Setup, Free Stencil) Sign Up Here to Get $54 New User Coupons at - https://jlcpcb.com/?from=EEA You can print the PCB you need at affordable prices on JLCPCB site. After entering the PCB layers, dimensions and quantity information according to your needs, you can easily place your order by uploading your circuit diagram file to the site. These videos take a long time to make if you would like to buy me a coffee to say thanks, link below: </video> <video> How to Calculate Battery Life? (Battery Capacity mAh, Ah) Description: When we look at the batteries, we encounter units such as V, mAh (milliampe hour) and Ah (Ampere hour). So what do these mean? How long can we use a battery? How to calculate battery capacity? How long will it power a circuit? I will try to answer these questions that we wonder in this video. ----------------------------------------------------------------------------------------------------------------- Join this channel to support us: https://www.youtube.com/channel/UCFbUjfYYYr6Adt1I0jnECTw/join </video> <video> Norton's Theorem Explained - DC Circuit Analysis Description: In this video, I explained Norton's Theorem, one of the circuit analysis methods. We will learn how to analyze the circuit with this theorem through examples. As you can see here, transforming a circuit into a current source and a resistor parallel to it is known as Norton's Theorem. So let's try to learn how to convert a circuit into IN Norton current and RN Norton equivalent resistance format. If you like our content, support us for better 🤗: ☕ Buy Me a Coffee: https://www.buymeacoffee.com/eeapplications 🚀 Support with Patreon: https://www.patreon.com/eapplications </video> <video> How Do Wind Turbines Work? Why Do Wind Turbines Have Three Blades? Description: The use of wind turbines, which started with mills in the past, has an important place in renewable energy production today. In this video I will explain the basic working principle of wind turbines. How does motion energy turn into electrical energy? You will find answers to questions such as why they are made with three blades in this video. ----------------------------------------------------------------------------------------------------------------- Join this channel to support us: https://www.youtube.com/channel/UCFbUjfYYYr6Adt1I0jnECTw/join </video> <video> Operational Amplifiers Circuits (Inverting, Non-Inverting, Differentiator and Integrator Op-Amp) 2/2 Description: In our previous video, I examined the structure and working principle of operational amplifiers (Op-Amps). In this video, we will examine the structure and operating principle of inverting, non-inverting, differential and integrator operational amplifier circuits. If you have not watched our previous video, I recommend you to look at it first. 00:00 Introductor 00:20 Inverting Circuit 04:03 Non-Inverting Circuit 07:25 Differentiator Circuit 07:41 Integrator Circuit Join this channel to support us: https://www.youtube.com/channel/UCFbUjfYYYr6Adt1I0jnECTw/join </video> <video> Thevenin's Theorem Explained - DC Circuit Analysis Description: In this video, I explained Thevenin's Theorem, one of the circuit analysis methods. We will learn how to do circuit analysis with this theorem through examples. As you can see here, transforming a circuit into a voltage source and a resistor in series with it is known as Thevenin's Theorem. So let's try to learn how to convert a circuit into VTH thevenin voltage and RTH Thevenin equivalent resistance format. If you like our content, support us for better 🤗: ☕ Buy Me a Coffee: https://www.buymeacoffee.com/eeapplications 🚀 Support with Patreon: https://www.patreon.com/eapplications </video> <video> Short Circuit and Open Circuit Description: #shorts #short #shortsvideo </video> <video> What is a IGBT? How IGBTs Work? (IGBT Basic Tutorial) Description: In this video, I will explain the basic working logic of IGBTs, their features and where they are used. The name IGBT comes from the abbreviation of the initials of the English words Insulated Gate Bipolar Transistor. It is a power electronics circuit element formed by the development of the best features of the MOSFET and BJT transistor. It appears in many areas used for switching purposes. IGBTs, which can act as TRIACs or transistors when needed, are used extensively, especially in UPSs that require high switching speed. If you like our content, support us for better 🤗: ☕ Buy Me a Coffee: https://www.buymeacoffee.com/eeapplications 🚀 Support with Patreon: https://www.patreon.com/eapplications </video> <video> Kirchhoff's Current Law Description: #shorts #shortsvideo #electronics </video> <video> Kirchhoff's Voltage Law Description: #shortsvideo #shorts #electricity #electronics </video> <video> What are the Types of Capacitors? | Capacitor Types Description: A capacitor is an electronic component that stores electrical charge and energy in an electric field. Capacitors are widely used in electrical and electronic circuits and devices. The capacitor has a long history and has been in use for over 250 years. Capacitors are the oldest electronic component studied, designed, developed and used. The capacitor has the property of storing energy in the form of electrical charge and produces the electrical difference between its plates. It is like a small rechargeable battery. In this lesson, we will examine the most popular and useful types of capacitors and where they are used. Now let's start to examine the types of capacitors and their properties. 00:00 Introductor 01:59 Ceramic Capacitor 02:40 Electrolytic Capacitor 03:41 Tantalum Capacitor 04:45 Mica Capacitor 05:38 Polyester Film Capacitor 06:35 Polycarbonate Capacitor 07:36 Glass Capacitor 08:41 Super Capacitor ----------------------------------------------------------------------------------------------------------------- Join this channel to support us: https://www.youtube.com/channel/UCFbUjfYYYr6Adt1I0jnECTw/join #capacitor #electronics #electrical </video> <video> Simple Transformer Example Description: #electronics #shortsvideo #electricity </video> <video> What is a DIAC? How DIACs Work? (DIAC Tutorial) Description: In our previous lessons, I examined the working principle of Thyristor and TRIAC. In this video, I will basically explain the working principle of the DIAC, which is one of the power electronics circuit elements used in AC timer, also known as dimmer circuits and motor speed control circuits, together with the TRIAC. The abbreviation DIAC is used as an abbreviation of the English Diode for Alternating Current. It is understood from its English name that this two-pin power electronics circuit element is used in alternating current. </video> <video> How to Make a Simple Delay Timer Circuit Using Capacitor and Transistor? Description: In this video, I will explain the working of the transistor timer circuit, also known as delay timer or turn on circuit, which is an example of a hobby electronic circuit that you can easily make on a breadboard and make using basic circuit elements such as BJT transistors, capacitors, LEDs, resistors and buttons. This example will be extremely useful in terms of better understanding the principle of BJT Transistor and capacitor working together. For a better understanding, I recommend that you consider the video as a whole and watch it until the end. If you watch the video until the end, you will better understand the logic of the capacitor's operation in DC. I will also show a simulation of this circuit with Proteus towards the end of the video. If you like our content, support us for better 🤗: ☕ Buy Me a Coffee: https://www.buymeacoffee.com/eeapplications 🚀 Support with Patreon: https://www.patreon.com/eapplications </video>

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It is a different channel with many simple expressions commonly related to Electrical-Electronics and Arduino. You can convey all your questions, suggestions and criticisms to us by commenting under our videos. Your ideas are valuable to us so that we can share more beneficial for you.

By subscribing to our channel, you can be informed about new oral videos and support us. Also, if you like our videos, you can support us via the JOIN button if you want to have salt in the soup to offer you better quality content with new broadcasts and programs.

Thank you very much for your interest and support :)

#electric #electronics #education #science #technology

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