functions.power.electronics: AC-DC and DC-AC in the time domain
In renpow: Renewable Power Systems and the Environment

Description Usage Arguments Details Value Note Author(s) References See Also Examples

Calculates and plots AC sinusoidal waves in the time domain and phasors.

1
2
3

rectifier(v.t, full = FALSE)
ac.plot.rect(V.t, v.lab = "v(t)", v.units = "V", y.lab = "v(t)[V]", rms = FALSE)
inverter(x)

`v.t`	Values of AC variable at time intervals calculated using waves
`full`	Logical to use full wave rectifier
`V.t`	output of rectifier
`v.lab`	Label for variable in time domain plot or phasor plot; time domain would typically include (t) and phasor would be upper case
`v.units`	Units for variable in time domain plot or phasor plot; time domain would typically include (t) and phasor would be upper case
`y.lab`	Label for y axis composed of variable label and units
`rms`	Logical for whether the RMS value is addedd to the plot
`x`	list(f,vin,nc): frequency, input voltage, number of cycles

Calculations of basic power electronics devices

`V.t`	output of rectifier list(w,t,nw,ym,ang,y,yrms,yavg)
`vtr`	Values of rectified AC variable at time intervals calculated using rectifier

Used in Chapter 5 of Acevedo 2018

Miguel F. Acevedo acevedo@unt.edu

Acevedo, M.F. 2018. Introduction to Renewable Electric Power Systems and the Environment with R. Boca Raton, FL: CRC Press. (ISBN 9781138197343)

Irwin, J.D. and R.M. Nelms. 2011. Basic Engineering Circuit Analysis. 11th edition. 2011: Wiley.

AC functions ac.plot, phasor.plot, waves

# rectified wave
v.AC <- list(c(170,0))
v.t <- waves(v.AC,nc=4) 
V.t <- rectifier(v.t)
ac.plot.rect(V.t)

# inverter
x <- list(f=60,vin=170,nc=2) 
inverter(x)