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@omarahmed.10: هتحاسب عليها يا محمد يا صلاح دي #fyp #صلاح #كوره

Omar
Omar
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Monday 25 August 2025 10:51:09 GMT
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.a7med_adel
Ähmêd :
@Kareem✨ @_mohamed_abdo3
2026-09-06 03:07:28
0
mostfanaser515
🦅|𝑴𝒐𝒔𝒕𝒂𝒇𝒂🦅 :
@𝐈𝐬𝐥𝐚𝐦_𝐚𝐥𝐚𝐚|اسلام_علاء
2026-03-18 04:30:16
0
ahmedemadaldali
Ahmed 3ommda :
♥️
2026-01-13 23:14:50
0
ali_okba09
ali_okba09 :
ضيع فرصة توبة باين
2025-08-25 15:22:08
6
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DIY Step-Up Converter | 1.5V AA Battery to 12V Motor #electronics #DIY #diyelectronics In this video, you’ll learn how to build a simple boost converter that converts 1.5V DC from a battery into 12V DC to run a 12V DC motor. This circuit uses just a few basic components: a D718 NPN transistor, inductor, resistor, and feedback wiring — no ICs needed! 🔋 Input: 1.5V AA battery ⚙️ Output: ~12V DC (boosted) 🔧 Main Components: D718 NPN Transistor Inductor Coil 330Ω Resistor 12V DC Motor 💡 How It Works: This is a basic self-oscillating boost converter where the inductor stores energy and quickly releases it via switching through the transistor, raising the voltage. The transistor acts as a switch and amplifier to pump the motor with boosted voltage. 🛠️ Great for small DIY experiments and learning about DC-DC conversion, especially when you need higher voltage from a small cell. ⚠️ Note: This is a basic circuit, output current is limited. For stable and efficient performance, use proper winding and transistor cooling. #BoostConverter #1V5to12V #D718Transistor #DCVoltageBooster #12VMotorFromAA #ElectronicsDIY #DCConverterCircuit #SimpleBoostCircuit #StepUpConverter #TransistorPowerHack
DIY Step-Up Converter | 1.5V AA Battery to 12V Motor #electronics #DIY #diyelectronics In this video, you’ll learn how to build a simple boost converter that converts 1.5V DC from a battery into 12V DC to run a 12V DC motor. This circuit uses just a few basic components: a D718 NPN transistor, inductor, resistor, and feedback wiring — no ICs needed! 🔋 Input: 1.5V AA battery ⚙️ Output: ~12V DC (boosted) 🔧 Main Components: D718 NPN Transistor Inductor Coil 330Ω Resistor 12V DC Motor 💡 How It Works: This is a basic self-oscillating boost converter where the inductor stores energy and quickly releases it via switching through the transistor, raising the voltage. The transistor acts as a switch and amplifier to pump the motor with boosted voltage. 🛠️ Great for small DIY experiments and learning about DC-DC conversion, especially when you need higher voltage from a small cell. ⚠️ Note: This is a basic circuit, output current is limited. For stable and efficient performance, use proper winding and transistor cooling. #BoostConverter #1V5to12V #D718Transistor #DCVoltageBooster #12VMotorFromAA #ElectronicsDIY #DCConverterCircuit #SimpleBoostCircuit #StepUpConverter #TransistorPowerHack

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