Electrical Calculation App

About the Electrical Calculation Application
The Electrical Calculation Application is a valuable tool for all electrical experts.
This app is highly beneficial for professionals in the electrical engineering field as well as for electricians. It provides numerous calculations to assist you in your tasks. The app proves to be extremely handy for those electric professionals who engage with electrical systems daily.
Designed to simplify the lives of electrical engineers, the Electrical Calculation Application is an essential tool. It encompasses a wide range of information necessary for electrical engineers, including formulas related to voltage, current, and efficiency, all accessible through this application.
An electrical calculator can be employed to ensure accurate computations of specific electrical values.
With an electronic calculator app, users can evaluate and interpret formulas concerning electrical resistance, electric charge, electrical work, and electrical current.
Additionally, this application serves as an electrical dictionary due to its extensive features and practical uses for electricians. As one of the tools available in the electrical sector, ensure you have this electrical panel load calculator app installed on your mobile devices!

Key Calculations (App for Calculating Electrical Formulas):
• Color code for resistors.
• Combinations of resistors.
• Combinations of inductors.
• Measurement of current.
• Measurement of voltage.
• Measurement of resistance.
• Active power calculation.
• Apparent power calculation.
• Reactive power calculation.
• Power factor calculation.
• Length of antennas.
• Voltage division calculations.
• Current division calculations.
• Capacitive voltage division.
• Inductive voltage division.
• Joules effects calculations.
• Reactance calculations.
• Impedance calculations.
• Power factor correction calculations.
• Discharge time for capacitors.
• Size of circuit breakers.
• Loss of power in cables.
• Voltage decrease calculations.
• Size of wires.
• Length of wires.
• Size of batteries.
• LC Resonance calculations.
• Current density calculations.
• Electrical energy calculations.
• Capacitance needed to lower voltage.
• Self-inductance of copper wire.
• Inductance of air core flat spiral.
• Inductance of grounding strap.
• Impedance of parallel wires.
Calculations for Transformers:
• Basic transformer calculations.
• Ratings of transformers.
• Eddy current losses.
• Hysteresis losses.

• Losses due to copper.
• Voltage drop in transformers.
• Voltage regulation in transformers.
• Efficiency of transformers.
• Open circuit testing.
• Short circuit testing.
Motor Calculations:
• Power of the motor.
• Voltage of the motor.
• Current of the motor.
• Efficiency of the motor.
• Power factor of the motor.
• Slip of the motor.
• Speed of the motor.
• Maximum torque of the motor.
• Conversion from three-phase to single-phase motors.
• Single-phase motor starting using capacitors.
• Start-up duration of the motor.
• Power requirements of fan motors.
Conversions:
• Conversion of current.
• Conversion of voltage.
• Temperature conversion.
• Data conversion.
• Energy conversion.
• Area conversion.
• Power conversion.
• Volume conversion.
• Weight conversion.
• Work conversion.
• Conductivity conversion.
• Conversion of capacitance.
• Conversion of linear charge density.
• Conversion of resistivity.
• Conversion of moment of inertia.