Electrical
Electrical Engineer
Electrical Engineer
Electronic Repairs Tools
Electronic Repairs Tools
Electronic Tools
Electronic Tools
Hardware Guide
Hardware Guide
Electrical Parts
Electrical Parts
Electrical
Electrical
Hardware Guide
Hardware Guide
Batteries
Batteries
Electrical Equations
Electrical Equations
Electrical Equations
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