dot(at Vs+(elen_*4/3,0))
resistor(,,E); llabel(,svg_norm(33 k`'svg_ohm))
line to (Here,Zero) chop 0 chop elen_
C2: capacitor; llabel(svg_norm(0.1 svg_micro`'F))
dot
IC1: ic555 with .P7 at C2.start + (elen_,0)
line from IC1.P4 to (IC1.P4,Vs); dot
line from IC1.P8 to (IC1.P8,Vs); dot
line from IC1.P1 to (IC1.P1,Zero); dot
line from IC1.P2 to (C2,IC1.P2); dot
crossover(from IC1.P7 to (Zero,IC1.P7),R,C2); dot
line from IC1.P6 left elen_/2 then down IC1.P6.y-IC1.P7.y; dot
line from IC1.P3 right elen_*2/3
R: dot
line right_ elen_/3
B: buzzer(,,C) with .In3 at Here
line from B.In1 to (R,B.In1)
reversed(`diode',to (Here,Vs),LE); "red" at last line.c+(elen_/2,0)
resistor(down_ elen_ from R,,E); llabel(,svg_norm(470 svg_ohm))
diode(to (Here,Zero),LE); {"green" wid 0.4 at last line.c+(elen_*2/3,0)}
line to Zero chop 0 chop -elen_
line up_ (Vs.y-Here.y)/3
battery(up_ (Vs.y-Here.y)/3); rlabel(,,svg_norm(9 V))
switch(to (Here,Vs),,D)
line to (R,Vs)
]
Ex01: [
# ex01.m4
linewid = linewid*1.5 # let's make the circuit elements bigger than usual
define(`elen_',linewid) # but not longer
del = elen_/4 # a spacing parameter
move right 0.4
Vin: source(up_ elen_ + 2*del, V); llabel(,v`'svg_sub(s),)
switch(right_ elen_,,C); rlabel(,t = svg_norm(0),)
resistor; llabel(,svg_norm(47 ohm),); b_current()
{ "svg_it(i`'svg_sub(R))" at last arrow.end+(0,3bp__) above rjust }
line right_ elen_/2 then down_ del
P:parallel_(`L:inductor(,W); llabel(,"L" wid 0.15,); b_current()',
`capacitor(,C); rlabel(+,v`'svg_sub(C),-); llabel(,,C)')
{ "svg_it(i`'svg_sub(L))" at P.E1.L.start+(2bp__,0) ljust below }
line to (Here,Vin.start) then to Vin.start
define(`meshcurrent',`[arc -> cw with .c at (0,0) \
from (Rect_(`$1',-30)) to (Rect_(`$1',30)) "svg_it(`$2')"]')
right_
meshcurrent(del,i`'svg_sub(2)) at last[].C
meshcurrent(2*del,i`'svg_sub(1)) at Vin.start + (4*del,3*del)
] with .sw at Timer.se+(0.5,0)
