AC DEVRE ANALİZİ DERSLERİ: Seri RL Devresi Örnek Soru-1

📢 Join our Patreon supporters ►  / elektronikderslerim   This lesson provides an example solution to a series-connected RL circuit. A series RL circuit consists of a resistor and an inductor connected in series with a sinusoidal source. Click to watch the full Circuit Analysis 2 (AC CIRCUIT ANALYSIS) training set ►►https://goo.gl/jdh2M1 If you enjoyed the training video, don't forget to "like" it! Subscribe here to stay informed about the latest videos ►►https://goo.gl/3uP9eU Our Training Sets: -CIRCUIT ANALYSIS 1 Training Set ►►https://goo.gl/gLkn7D -CIRCUIT ANALYSIS 2 Training Set ►►https://goo.gl/jdh2M1 -DIGITAL ELECTRONICS (LOGIC) Training Set ►►https://goo.gl/VWIocN -PIC PROGRAMMING Training Set ►►https://goo.gl/S0nvAh -PROTEUS Training Set ►►https://goo.gl/VchPln -PRINTED CIRCUIT TRAINING Set ►►https://goo.gl/SqlPUu The resistance of a coil to AC current This is called inductive reactance. The resistance a capacitor presents to AC voltage is called capacitive reactance. In a series RL circuit, the resistive current and the resistive voltage are in phase. In a series RL circuit, the voltage across the inductor leads the inductor current. That is, the voltage lags the current. In a series RC circuit, the resistive current and the resistive voltage are in phase. In a series RC circuit, the voltage across the capacitor lags the capacitor current. That is, the voltage lags the current. AC current is a current whose direction and magnitude change with time. DC current is a current whose direction and magnitude do not change with time. Our Social Media Networks: ►   / elektronikderslerimizle   ►  / elektronikderslerimizle   ►  / eloderslerim   ►https://plus.google.com/+elektronikde... Hello elektronikDerslerim followers. This channel features important training for everyone on ELECTRICITY-ELECTRONICS, the most fundamental science of technology that impacts a large part of our lives. If you'd like to support our channel, don't forget to "like" the videos and "SUBSCRIBE" to our channel!