Electrical Equations

• • BANDWIDTH=BW = FQ 

  • CAPACITATIVE_REACTANCE=XC = 1/2(PI)fC 

  • CURRENT_GAIN=B = IC/IB 

  • FREQUENCY=f = 1/T 

  • IMPEDANCE=Z = SQRT(XC^2 + R^2) 

  • INDUCTIVE_REACTANCE=XL = 2(PI)fL 

  • OHM_LAW_AC=V = I * Z 

  • OHM_LAW_DC=V = I * R 

  • PARALLEL_CAPACITANCE=C = C1 + C2 + ... + CN 

  • PARRALLEL_RESISTANCE=1/R(T) = 1/R1 + 1/R2 + ... + 1/RN 

  • PEAK_VOLTAGE=VPP = 2Vp 

  • PHASE_LC_SHIFT=tan = XL/R = 1 / 2(PI)LC 

  • PHASE_RC_SHIFT=tan = XC/R = 1 / 2(PI)fRC 

  • POWER=P = VI 

  • Q_VALUE=Q = XL/R 

  • RESONANCE_PARALLEL_FREQUENCY=f = 1 / 2PI SQRT(LC) 

  • RESONANCE_SERIES_FREQUENCY=f = 1 / 2PI SQRT(LC) 

  • RMS_VOLTAGE=Vrms = 1/SQRT(2) X VP 

  • SERIES_CAPACITANCE=1/C = 1/C1 + 1/C2 + .. + 1/CN 

  • SERIES_RESISTANCE=R(T) = R1 + R2 + ... + RN 

  • TIME_CONSTANTS=Constant = RC 

  • TRANSFORMER_OUTPUT_VOLTAGE=Vout = VinNs/Np 

  • TURNS_RATIO=TR = NP/NS 

  • VOLTAGE_DIVIDER=V1 = VSR1/RT 

  • VOLTAGE_GAIN=AV = Vout/ Vin