NettetQuearn is a social questions & Answers Engine which will help you establish your community and connect with other people. Start earning Sign up today For Free! Nettet10. okt. 2024 · The average power when the harmonic distortion is 1% is often referred to as rated output power or maximum useful power, continuous power, undistorted power, etc. Obviously, when the prescribed distortion conditions are different, the rated power value will be different. 2. Maximum output power: When the distortion is not …
385. Ripple of the DC-output at power converter is ____________ a ...
NettetA sine wave has a maximum value of 50 V. Find its instantaneous value at 120º. arrow_forward ee A sine wave has a maximum value of 50 V. Find its instantaneous value at 120º. arrow_forward SEE MORE QUESTIONS Recommended textbooks for you Delmar's Standard Textbook Of Electricity Electrical Engineering ISBN: … NettetAt what instant of time is maximum power delivered to the element? Now, I thought that all I had to do was multiply v times i and find the derivative of that equation, then find the maximum based on that, and then find the value of t for that. However, I tried that method on a practice problem and it didn't give me the correct answer. gilgamesh fate art
How do you find instantaneous power? - Physics Stack …
NettetThe instantaneous values of the voltage and current are 283 V and 10 A respectively at t = 0 both increasing positively. (i) Write down the expression for voltage and current at time t. (ii) Determine the power consumed in the circuit. NettetTherefore, the instantaneous current in the circuit of Figure 1 is. iL = Imsin(ωt− π 2) (2) i L = I m sin ( ω t − π 2) ( 2) Where the phase angle ωt-π/2 is measured in radians. The following process shows how to derive the above equation by using integral calculus. When an ideal inductor is connected across a sine-wave voltage source ... Nettet26. jan. 2024 · The power in the circuit at any instant in time can be found by multiplying the voltage and current at that instant. Then the power (P), consumed by the circuit is given as P = Vrms Ι cos Φ in watt’s. But since cos Φ = 1 in a purely resistive circuit, the power consumed is simply given as, P = Vrms Ι the same as for Ohm’s Law. ft worth attraction map