Electrical Calculators and Conversion
Inductive reactance (XL) is a key property in AC circuits, opposing current flow through inductors. This effect occurs because inductors store energy magnetically, releasing it, critical for efficient system design. Inductive Reactance Calculator (XL) Frequency (Hz): Inductance (H): Copy Share Reset What formula is used? Inductive Reactance XL = 2 · π · f · … Read more
Capacitive reactance (Xc) is essential in AC analysis, power factor correction, and filter applications. This guide offers formulas, tables, and examples to help calculate Xc accurately in real scenarios. Capacitive Reactance Calculator (Xc) Frequency (Hz): 50604001000Other Other Hz: Capacitance (μF): 0.10.220.4712.24.7102247100Other Other μF: Reset Common Capacitive Reactance (Xc) Values Table Capacitive reactance is calculated using … Read more
Calculating short-circuit currents in electrical systems ensures safety, reliability, and proper operation of power installations. It determines the maximum fault current, crucial for selecting protective devices and designing fault-tolerant systems. Short Circuit Current Calculator (Isc) Apparent Power (kVA): System Type: Single-phase AC (L–N)Three-phase AC (L–L)DC Voltage: 208 V220 V240 V380 V400 V415 V440 V480 VOther … Read more
Understanding voltage (V), current (I), and resistance (R) relationships is essential in electrical engineering calculations. Ohm’s Law calculates any of these variables, enabling safe, efficient circuit design and analysis. Volts → Resistance Calculator (Ohm’s Law) Voltage (V): Current (A): Calculate Reset Switch to Resistance → Voltage Which formula is used? Ohm’s Law: R = V … Read more
Ohm’s Law is a core principle in electrical engineering, explaining voltage, current, and resistance relationships. Understanding these relationships is essential for designing, analyzing, and troubleshooting various electrical and electronic systems efficiently. Amperes ↔ Resistance (Ω) Calculator Voltage (V): Current (A): Resistance (Ω): Copy Reset How is resistance calculated? R = V / I, where R … Read more