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ben-wpan/ants/meander.fpd
Werner Almesberger 63a6ad22bf ants/meander.fpd: comment out zero-sized tail (hack)
Note that this is just a stopgap measure. For a correct solution, use
kicad-libs/modules/meander-2450MHz.fpd
2012-11-11 09:42:54 -03:00

139 lines
3.2 KiB
Plaintext

/* MACHINE-GENERATED ! */
frame via {
set d = 0.2mm
__0: vec @(d/2, d/2)
__1: vec @(-d/2, -d/2)
hole . __0
}
frame antenna {
set w = 5mil
__0: vec @(W1/2, -D4/2)
__1: vec .(0mm, L6)
__2: vec .(D5, 0mm)
__3: vec .(W2, 0mm)
__4: vec @(-W1/2, D4/2)
pad "1" __0 . trace
pad "X" . __1 trace
__5: vec .(-D1, 0mm)
__6: vec __1(-W1, 0mm)
__33: vec .(0mm, W2)
__34: vec .(-D1, D2)
line __5 . w
__7: vec __3(D6, 0mm)
__8: vec .(W2, 0mm)
__9: vec .(0mm, W2)
pad "X" __6 . trace
__10: vec __3(0mm, -L6)
__11: vec .(-W2, D4)
pad "2" . __10 trace
pad "X" . __3 trace
__12: vec __7(0mm, -L4)
__13: vec .(W2, 0mm)
pad "X" __7 . trace
__14: vec .(L5, 0mm)
__15: vec .(0mm, W2)
pad "X" __13 . trace
__18: vec .(0mm, L4)
__19: vec .(L2, 0mm)
__20: vec .(0mm, -W2)
pad "X" __18 . trace
__25: vec .(-W2, 0mm)
__21: vec .(0mm, -L4)
__22: vec .(W2, 0mm)
pad "X" __25 . trace
__23: vec .(L5, 0mm)
__16: vec __14(W2, 0mm)
__17: vec .(0mm, L4)
pad "X" __14 . trace
__24: vec __23(W2, 0mm)
__26: vec .(0mm, L4)
pad "X" __23 . trace
__27: vec __23(0mm, W2)
pad "X" __22 . trace
__28: vec .(0mm, L4)
__29: vec .(L2, 0mm)
__30: vec .(0mm, -W2)
pad "X" __28 . trace
__31: vec .(-W2, 0mm)
__32: vec __30(0mm, -L1)
pad "X" __31 . trace
__38: vec .(tail, W2)
// @@@ avoid problems with zero-sized tails. Note that this breaks non-zero
// tails. Anyone trying to use these experimental antennas is advised to
// switch to kicad-libs/modules/meander-2450MHz.fpd instead.
// pad "X" __32 . trace
__35: vec __29(D3+tail, D2)
line . __34 w
__36: vec .(0mm, -(D2+W2+L6-D4))
line __35 . w
__37: vec .(-(W2+L5+L2+L5+L2+D3+tail), 0mm)
line __36 . w
frame via @
}
package "MEANDER-$size"
unit mm
allow touch
table
{ L1, L2, L3, L4, L5, L6 }
{ 3.94mm, 2.7mm*size/100, 5mm, 2.64mm, 2mm*size/100, 4.9mm }
table
{ W1, W2 }
{ 0.9mm, 0.5mm }
table
{ D1, D2, D3, D4, D5, D6 }
{ 0.5mm, 0.3mm, 0.3mm, 0.5mm, 1.4mm, 1.7mm }
set __tail = 3*W2
set tail = 0mm
table
{ size }
{ 80 }
{ 90 }
{ 100 }
{ 105 }
{ 110 }
{ 115 }
{ 120 }
__0: vec @(0mm, 0.1mm)
frame antenna .
measx antenna.__33 >> antenna.__9 1mm
measx antenna.__18 >> antenna.__19 1mm
measx antenna.__28 >> antenna.__29 1mm
measx antenna.__29 >> antenna.__35 1mm
measx antenna.__21 >> antenna.__22 -1mm
measx antenna.__22 >> antenna.__23 -1mm
measx antenna.__23 >> antenna.__24 -1mm
measx antenna.__12 >> antenna.__13 -1mm
measx antenna.__13 >> antenna.__14 -1mm
measx antenna.__14 >> antenna.__16 -1mm
measx antenna.__1 >> antenna.__2 -0.5mm
measx antenna.__3 >> antenna.__7 -0.5mm
measx antenna.__5 >> antenna.__4
measy antenna.__33 >> antenna.__34 1mm
measy antenna.__0 >> antenna.__4 W1
measy antenna.__10 >> antenna.__11 W2
measx antenna.__4 >> antenna.__0 -D4-1mm
measx antenna.__11 >> antenna.__10 -D4-1mm
measy antenna.__6 >> antenna.__33 1mm
measx antenna.__31 >> antenna.__32 -L1-1mm
measy antenna.__8 >> antenna.__9 -1mm
measy antenna.__20 >> antenna.__19 -1mm
measy antenna.__30 >> antenna.__29 -1mm-tail
measy antenna.__21 >> antenna.__25 0.5mm
measy antenna.__12 >> antenna.__7 0.5mm
measy antenna.__32 >> antenna.__30 -1mm-tail
measx antenna.__34 >> antenna.__35 1.5mm-D2
measy antenna.__5 >> antenna.__34 1.5mm-D1
measx antenna.__32 >> antenna.__38 -1mm