Series Parallel RL Circuits

Series RL Circuits
İndüktiv Reactance
XL = 2πfL
Creates a circular motion, such as sine wave is equal 2π'ye pruning.
f is frequency. The higher frequency of high flow and bring about change insti reakstan high pruning.
L: indüktanstır. The induced voltage is calculated as the amount of the unit.
XL: indüktiv reaktanstır. Is proportional to frequency and indüktansla.



Impedance
Inductor current and voltage in the previous section on a 90-degree phase difference we saw with the move. This 90-degree phase difference on physical examination inducer indicates the existence of two vectors perpendicular to each other.

Transformation of Power in RL Circuits
Sine wave voltage DC circuit of the hill to find the value had multiplied by 0707.
Reactive power: the power is on Akitf elelmanlar.

P_L=E_L x İ_T (volt-ampere)

Apparent power: passive and active elements in the circuit is the total resistance.
P_A=E_A x İ_T (volt-ampere)
RL phase difference between the current and voltage due to the apparent power of passive and active components rather than the sum of the direct sum is given as follows.

P_A²=P_R²+P_L²

Parallel RL Circuits
Shunt
Current and voltage across the resistor are in phase. Inducer of the 90-degree phase difference is over. Each of the components in parallel circuit voltage aynırdır. As in DC circuits and the total current in the AC circuit in the form of the sum of all arms.
In parallel RL circuit current
Üzeirndeki flow resistance across the resistor voltage is obtained by dividing the resistance. Üzeirndeki voltage on the inductor current is obtained by dividing indüktiv reaktansa.
Power Calculations in Parallel Circuits
As in the series circuit is calculated.

P_A²=P_R²+P_L²

For total current

I_T²=I_R²+I_L²

For the total impedance