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from kicad import *
### ALL measurements are in mm
E = 6.0 # Width of IC
NE = 10 # Pins on E sides
D = 6.0 # Height of IC
ND = 10 # Pins on D sides
E2 = 4.1 # Width of the exposed Pad
D2 = 4.1 # Height of the exposed Pad
e = 0.5 # spacing between center of pins
N = (NE+ND)*2 # number of pins
b = 0.25 # width of one pin
L = 0.4 # height of one pin
drawingWidth = 0.05
dotSize = 0.1
# according to ST Technical note TN0019 the adds should be 0.1mm
# according to OnSemi AND8086/D the adds should be 0mm
L_add = 0.1 # gets added to the PCB land of the Pin
b_add = 0.1
E2_add = 0.1 # gets added to the width of the exposed pad
D2_add = E2_add
module = kicad_module('TFQN40')
for side in range(0, 2):
# Pins on the bottom and top side
for pinNr in range(0, NE):
p = kicad_pad(1+pinNr+side*(NE+ND), b+b_add, L+L_add, pinNr*e - (NE-1)*e/2, D/2-L/2)
p.rotateCCW(side*2)
module.add(p)
# Package outline bottom and top side
l = kicad_line(-E/2, D/2, E/2, D/2, drawingWidth)
l.rotateCCW(side*2)
module.add(l)
for pinNr in range(0, ND):
p = kicad_pad(1+pinNr+NE+side*(NE+ND), b+b_add, L+L_add, pinNr*e - (ND-1)*e/2, E/2-L/2)
p.rotateCCW(side*2+1)
module.add(p)
l = kicad_line(-D/2, E/2, D/2, E/2, drawingWidth)
l.rotateCCW(side*2+1)
module.add(l)
p = kicad_pad(N+1, E2+E2_add, D2+D2_add, 0, 0)
module.add(p)
pin1Circle = kicad_circle(-(NE-1)*e/2, D/2-L/2, dotSize-(NE-1)*e/2, D/2-L/2, drawingWidth)
module.add(pin1Circle)
print module.render()
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