Electrical circuit model for the transistor amplifier.
It is an index 1 DAE, 8 equations
transistor (times = seq(0, 0.2, 0.001), yini = NULL, dyini = NULL, parms = list(), printmescd = TRUE, method = mebdfi, atol = 1e-6, rtol = 1e-6, maxsteps = 1e5, ...)
y
has a name attribute, the names will be used to label the output
matrix.
times
must be the initial time.
deSolve
with up to as many rows as elements in
times
and as many
columns as elements in yini
, plus an additional column (the first)
for the time value.There will be one row for each element in times
unless the
solver returns with an unrecoverable error. If
yini
has a names attribute, it will be used to label the columns
of the output value.The default parameters are: ub=6, uf=0.026, alpha=0.99, beta=1e-6, r0=1000, r1=9000, r2=9000, r3=9000, r4 = 9000, r5=9000, r6=9000, r7=9000, r8 = 9000, r9 = 9000, c1=1e-6, c2=2e-6, c3=3e-6, c4=4e-6, c5=5e-6
out <- transistor()
plot(out, lwd = 2)
out[nrow(out),-1]-reference("transistor")
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