Single Phase AC Circuits
-
How to Wire 240V Simultaneous Water Heater Thermostat?
230V and 240V Continues Dual Element Electric Water Heater Thermostat Wiring In the electric water heater and thermostat wiring series, we will be showing the continuous i.e. simultaneous wiring of…
Read More » -
How to Wire 240V Water Heater Thermostat – Non-Continuous?
Single Phase 240V and 230V Non-Simultaneous Dual Element Water Heater Thermostat Wiring In the electric water heaters and thermostat wiring and installation series, we will be showing that how to…
Read More » -
How to Wire 120V Simultaneous Water Heater Thermostat?
Single Phase 120V Continues Dual Element Water Heater Thermostat Wiring In our previous water heater wiring and installation post, we discussed about the non-continuous (non-simultaneous) water heater wiring connection. In…
Read More » -
How to Wire 120V Water Heater Thermostat – Non-Simultaneous?
Single Phase 120V Non-Continues Dual Element Water Heater Thermostat Wiring In the electric water heaters and thermostat wiring and installation series, we will be showing that how to wire and install…
Read More » -
What is the Role of Capacitor in a Ceiling Fan?
Why a Capacitor is used in a Ceiling Fan? The most asked question among electrical engineering interview questions about the main function of a capacitor in a ceiling fan. During…
Read More » -
AC Voltage at Home is 230V but its Equation is v = Vm Sin θ. Explain?
Domestic AC Voltage at Home is 230V but its Equation is v = Vm Sin θ. Explain the Difference? Our homes are supplied with sinusoidal voltage whose equation should be…
Read More » -
In a Capacitive Circuit, Why the Current Increases When Frequency Increases?
Why the Current (I) Increases, When Frequency Increases in a Capacitive Circuit & Vice Versa? Another question from electrical and electronics engineering interviews question and answers series. Explain the statement that…
Read More » -
In an Inductive Circuit, Why the Current Increases When Frequency Decreases?
Why the Current (I) Decreases, When Frequency Increases in an Inductive Circuit & vise versa? Another question from electrical and electronics engineering interviews question and answers series. Explain the statement that…
Read More » -
Why Power Factor Decreases When Capacitive Reactance Increases or Capacitance Decreases?
In a Capacitive Circuit, Why the Power Factor (Cos θ) Decrease, When Capacitive Reactance (XC) Increases or Capacitance (C) Decreases? Another question from electrical and electronics engineering interviews question and answers…
Read More » -
Why Power Factor Decreases When Inductance or Inductive Reactance Increases?
In Inductive Circuit, Why the Power Factor (Cos θ) Decreases, When Inductance (L) or Inductive reactance (XL) Increases? Next question from electrical and electronics engineering interviews question and answers series. Explain…
Read More »