T-72B3 - Russian Main battle tank
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YouTubeArmies Power
T-72B3 - Russian Main battle tank
The T-72 is a family of Soviet main battle tanks that first entered production in 1971. About 20,000 T-72 tanks have been built, and refurbishment has enabled many to remain in service for decades. The T-72A version introduced in 1979 is considered a second-generation main battle tank. It was widely exported and saw service in 40 countries ...
2.7M viewsOct 23, 2020
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Lec-173 LC Oscillators - Basics & Mathematical Analysis for Operating Frequency | A E | R K Classes
Lec-173 LC Oscillators - Basics & Mathematical Analysis for Operating Frequency | A E | R K Classes
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LC circuit LC Oscillator Videos
VT1 (KT904A Transistor): The active element that acts as the oscillator and amplifier. LC Tank Circuit: The combination of L1, L2, and the variable capacitor (trimmer) C1 determines the oscillation frequency, typically within the 88–108 MHz FM broadcast band. WA1 Antenna: Radiates the modulated FM signal into the air. Resistors and Capacitors: These components set the biasing | Rizwan Khan
VT1 (KT904A Transistor): The active element that acts as the oscillator and amplifier. LC Tank Circuit: The combination of L1, L2, and the variable capacitor (trimmer) C1 determines the oscillation frequency, typically within the 88–108 MHz FM broadcast band. WA1 Antenna: Radiates the modulated FM signal into the air. Resistors and Capacitors: These components set the biasing | Rizwan Khan
FacebookRizwan Khan
46.1K views1 month ago
This simulation demonstrates an LC Oscillator, where energy continuously transfers between the inductor and capacitor, producing oscillations. The waveform shows the voltage across the inductor (green), the current through the inductor (yellow), and the current through the capacitor (red). As the capacitor charges and discharges, it drives current through the inductor, creating sinusoidal oscillations at the circuit’s resonant frequency (around 159 kHz here). This highlights the fundamental prin
This simulation demonstrates an LC Oscillator, where energy continuously transfers between the inductor and capacitor, producing oscillations. The waveform shows the voltage across the inductor (green), the current through the inductor (yellow), and the current through the capacitor (red). As the capacitor charges and discharges, it drives current through the inductor, creating sinusoidal oscillations at the circuit’s resonant frequency (around 159 kHz here). This highlights the fundamental prin
FacebookElectronics Education
21.7K views3 months ago
160K views · 2.4K reactions | This simulation demonstrates an LC...
0:15
160K views · 2.4K reactions | This simulation demonstrates an LC...
FacebookElectronics Education
51.3K views2 weeks ago