def part(m):
m = pscad.wrapper(defaults.items() + m.items())
pad1 = pscad.rounded_square([D("0.6"), D("1.25")], m.round_off, center=True)
pad1_row = pscad.pad(itertools.count(1), m.clearance, m.mask) + (
pscad.row(pad1, D("1.0"), m.n, center=True)
)
pad2 = pscad.rounded_square([D("0.9"), D("1.7")], m.round_off, center=True)
pad2_row = pscad.pad(m.n + 1, m.clearance, m.mask) + (
pscad.row(pad2, m.n + 1 + D("0.9"), 2, center=True)
)
pads = (
pscad.up(D("3.35") + D("1.25") / 2) + pad1_row,
pscad.up(D("1.7") / 2) + pad2_row
)
all = (
pads,
pscad.silk(m.silk) + pscad.up(D("1.45")) + pscad.square((m.n + D("2.8"), D("4.3")), center=True)
)
silk = pscad.silk(m.silk) + (
patterns.placement_courtyard(all, m.placement, m.grid, 1)
)
return all, silk
def part(m):
m = pscad.wrapper(defaults.items() + m.items())
pad1 = pscad.rounded_square([D("0.7"), D("2.0")], m.round_off, center=True)
pad1_row1 = pscad.pad(itertools.count(1, 2), m.clearance, m.mask) + (
pscad.row(pad1, 1, (m.n + 1) / 2, center=True)
)
pad1_row2 = pscad.pad(itertools.count(2, 2), m.clearance, m.mask) + (
pscad.row(pad1, 1, (m.n - 1) / 2, center=True)
)
pad2 = pscad.rounded_square([D("1.3"), D("3.4")], m.round_off, center=True)
pad2_row = pscad.pad(m.n + 1, m.clearance, m.mask) + (
pscad.row(pad2, (m.n - 1) / D(2) + D("5.7"), 2, center=True)
)
bore = pscad.hole(m.clearance, 0) + pscad.circle(D("1.3") / 2)
bore_row = pscad.row(bore, (m.n - 1) / D(2) + D("3.1"), 2, center = True)
# Reverse up/down for plug/receptacle
pads = (
bore_row,
pscad.up(D("2.5")) + pad1_row1,
pscad.down(D("2.5")) + pad1_row2,
pad2_row,
bore_row
)
all = pads
silk = pscad.silk(m.silk) + (
patterns.placement_courtyard(all, m.placement, m.grid, 1)
)
return all, silk
def part(m):
m = pscad.wrapper(defaults.items() + m.items())
pad1 = pscad.rounded_square([D("0.7"), D("1.5")], m.round_off, center=True)
pad1_row = pscad.pad(itertools.count(1), m.clearance, m.mask) + (
pscad.row(pad1, D("1.5"), 6, center=True)
)
pad2 = pscad.rounded_square([D("0.8"), 1], m.round_off, center=True)
pad2_row = pscad.pad("7", m.clearance, m.mask) + (
pscad.rotate(90) + pscad.row(pad2, D("2.1"), 2, center=True)
)
bore = pscad.hole(m.clearance, 0) + pscad.circle(D("0.9") / 2)
bore_row = pscad.row(bore, 5, 2, center = True)
pads = (
bore_row,
pscad.up(1 + D("1.5") / 2) + pad1_row,
pscad.left(D("11.8") / 2) + pad2_row,
pscad.right(D("11.8") / 2) + pad2_row
)
all = (
pads,
pscad.silk(m.silk) + pscad.square((D("11.3"), D("2.6")), center=True)
)
tick = pscad.line((0, D("0.5")), center=True)
silk = pscad.silk(m.silk) + (
patterns.placement_courtyard(all, m.placement, m.grid, 1),
pscad.down(D("1.3")) + pscad.row(tick, D("1.5"), 5, center=True)
)
return all, silk
def part(m):
m = pscad.wrapper(defaults.items() + m.items())
pin_names = (i for i in m.pins.split(','))
all = pscad.pad(pin_names, m.clearance, m.mask) + (
pscad.row(pscad.rounded_square((m.pad_w, m.pad_l), m.round_off, center=True), m.pitch, 2, center=True)
)
if 'body_y' in m:
body_lines = pscad.rotate(90) + pscad.row(pscad.rotate(90) + pscad.line(m.pitch, center=True), m.body_y, 2, center=True)
else:
body_lines = pscad.empty()
courtyard = pscad.expand_to_grid(pscad.bound((all, body_lines)), m.placement, m.grid)
courtyard_sz = (courtyard[1][0] - courtyard[0][0], courtyard[1][1] - courtyard[0][1])
if m.polarized:
mark = (
pscad.right(courtyard[0][0]) +
pscad.rotate(90) +
pscad.circle(courtyard_sz[1] / D(6), sweep=180)
)
else:
mark = pscad.empty()
silk = pscad.silk(m.silk) + (
pscad.translate(courtyard[0]) +
patterns.brackets(courtyard_sz, m.pad_w),
mark,
body_lines
)
return all, silk
def part(m):
m = pscad.wrapper(defaults.items() + m.items())
if 'skip' in m:
skip = lambda name: re.match(m.skip, name)
else:
skip = None
bga_pad = pscad.paste_fraction(
pscad.circle(m.pad_size / 2), m.paste_fraction)
row = pscad.row(bga_pad, m.pitch, m.n_x, center=True)
all = (pscad.pad(
bga_names(m.n_x, m.no_letter), m.clearance, m.mask, skip=skip) +
pscad.rotate(270) + pscad.row(
pscad.rotate(90) + row, m.pitch, m.n_y, center=True),
pscad.silk(m.silk) + pscad.square(
(m.body_x, m.body_y), center=True))
silk = pscad.silk(m.silk) + (
patterns.placement_courtyard(all, m.placement, m.grid, 1),
pscad.translate([-m.body_x / 2, -m.pitch * (m.n_y - 1) / 2]) +
pscad.left(m.silk * 2) + pscad.line([0, m.pitch * 2], center=True))
if m.invert:
return pscad.mirror([1, 0]) + pscad.rotate(270) + (all, silk)
return all, silk
def part(m):
m = pscad.wrapper(defaults.items() + m.items())
pad = pscad.rounded_square((D("0.8"), D("2.82")), m.round_off, center=True)
pad_row = (pscad.left(D("3.5")) + pad + pscad.right(D("2.5")) + pad +
pscad.right(2) + pad + pscad.right(D("2.5")) + pad)
gnd_pin = pscad.donut(D("1.15"), D("1.40"))
side = (
pscad.pin("5", m.clearance, m.mask, square=True) + (
pscad.up(D("14.15") / 2 - D("10.3")) +
pscad.left(D("13.14") / 2) + gnd_pin
),
pscad.silk(m.silk) + (
pscad.up(D("14.15") / 2) + pscad.line(D("13.90") / 2) +
pscad.right(D("13.90") / 2) + pscad.line((0, D("10.30") - D("1.55")))
)
)
all = (
pscad.mirror([1, 0]) + pscad.pad(itertools.count(1), m.clearance, m.mask) + (
pscad.up(D("14.15") / 2 - D("10.3") - D("3.71")) + pad_row
),
side + pscad.mirror([1, 0]) + side,
)
silk = pscad.silk(m.silk) + (
patterns.placement_courtyard(all, m.placement, m.grid, 1),
)
return all, silk
def part(m):
m = pscad.wrapper(defaults.items() + m.items())
thermal_size = (m.thermal_x, m.thermal_y)
row = mlp_row(m, m.n / (4 if m.quad else 2))
if m.quad:
pads = (
row, pscad.rotate(90) + row,
pscad.rotate(180) + row, pscad.rotate(270) + row
)
else:
pads = row, pscad.rotate(180) + row
all = pscad.pad(itertools.count(1), m.clearance, m.mask) + (
pads,
patterns.thermal_pad(patterns.indent_pad(thermal_size, m.indent),
thermal_size, m.paste_fraction, m.paste_max)
), pscad.silk(m.silk) + patterns.corners((m.body_x, m.body_y), m.pad_l, center=True)
silk = pscad.silk(m.silk) + (
patterns.placement_courtyard(all, m.placement, m.grid, m.pad_w * D(2)),
pscad.translate([-m.body_x / D(2), m.body_y / D(2)]) +
pscad.down(m.silk * D(2)) +
pscad.line(m.pad_l * D("0.7"))
)
return all, silk
def part(m):
m = pscad.wrapper(defaults.items() + m.items())
pad = pscad.square((D("0.70"), D("4.0")), center=True)
key_pad = pscad.up(D("0.40")) + pscad.square((D("0.70"), D("3.20")), center=True)
mask_dist = D("3.20") - D("2.40") + m.mask
mask_pad = pscad.down(D("1.2") - mask_dist / D(2)) + pscad.square((D("0.70"), mask_dist), center=True)
mask_pads = (
pscad.row(mask_pad, m.pitch, 11),
pscad.right(m.pitch * 10 + D("3.0")) +
pscad.row(mask_pad, m.pitch, m.n + 1)
)
def names(l):
return (l + str(i) for i in itertools.count(1))
all = pscad.pad(names('B'), m.clearance, m.mask) + (
pscad.row(pad, m.pitch, 11),
pscad.right(m.pitch * 10 + D("3.0")) +
pscad.row(pad, m.pitch, m.n - 1) +
pscad.right(m.pitch * m.n - 1) + (
key_pad,
pscad.right(m.pitch) +
pad
)
), pscad.pad(names('A'), m.clearance, m.mask) + pscad.back() + (
key_pad,
pscad.right(m.pitch) +
pscad.row(pad, m.pitch, 10),
pscad.right(m.pitch * 10 + D("3.0")) +
pscad.row(pad, m.pitch, m.n + 1)
), (
pscad.pad(names('B'), m.clearance, D("2.40")) + mask_pads,
pscad.back() + pscad.pad(names('A'), m.clearance, D("2.40")) + mask_pads
)
return pscad.nopaste() + all
def closed(m):
m = pscad.wrapper(defaults.items() + m.items())
pad = pscad.left((m.pad_l + m.space) / D(2)) + pscad.rotate(90) + mlp_pad(m)
all = pscad.pad(itertools.count(1), m.clearance, m.mask) + (
pad, pscad.mirror([1, 0]) + pad
)
silk = pscad.silk(m.silk) + (
patterns.placement_courtyard(all, m.placement, m.grid, m.pad_w * D("0.6")),
)
return all, silk
def part(m):
m = pscad.wrapper(defaults.items() + m.items())
pitch = D("1.27")
width = D("6.61")
pad_size0 = [D("0.61"), D("1.27")]
pad_size1 = [D("0.61"), D("1.02")]
pad_size2 = [D("1.65"), D("3.81")]
body = [D("5.0"), D("6.25")]
thermal_pad = pscad.paste_fraction(pscad.rounded_square(pad_size2, m.round_off, center=True), D("0.5"))
all = (
pscad.pad(itertools.count(1), m.clearance, m.mask) +
pscad.down((width - pad_size0[1]) / D(2)) +
pscad.row(pscad.rounded_square(pad_size0, m.round_off, center=True), pitch, 4, center=True),
pscad.pad((i for i in [6, 6, 5, 5]), m.clearance, m.mask) +
pscad.up((width - pad_size1[1]) / D(2)) +
pscad.row(pscad.rounded_square(pad_size1, m.round_off, center=True), pitch, 4, center=True),
pscad.pad((i for i in [6, 5]), m.clearance, m.mask) +
pscad.down(width / D(2)) +
pscad.up(pad_size0[1] + D("0.82") + pad_size2[1] / D(2)) +
pscad.row(thermal_pad, D("0.61") + pad_size2[0], 2, center=True),
pscad.silk(m.silk) + patterns.brackets(body, D("0.2"), center=True)
)
silk = pscad.silk(m.silk) + (
patterns.placement_courtyard(all, m.placement, m.grid, D("0.5")),
pscad.down(width / D(2) + m.silk) +
pscad.left(pitch * D("1.5")) +
pscad.line(pad_size0[0], center=True)
)
return all, silk
def with_thermal_pad(m):
m = pscad.wrapper(defaults.items() + m.items())
try:
thermal_name = m.pins.split(',')[-1]
except:
thermal_name = m.n + 1
thermal_size = (m.thermal_x, m.thermal_y)
return part(m), pscad.pad(thermal_name, m.clearance, m.mask) + (
patterns.thermal_pad(pscad.square(thermal_size, center=True),
thermal_size, m.paste_fraction, m.paste_max)
)
def part(m):
m = pscad.wrapper(defaults.items() + m.items())
row = pscad.row(pscad.rounded_square([m.l, m.w], m.round_off, center=True), m.a + m.l, 2, center=True)
all = pscad.pad(itertools.count(1), m.clearance, m.mask) + (
pscad.rotate(270) +
pscad.row(pscad.rotate(90) + row, m.b + m.w, 2, center=True)
)
courtyard = pscad.expand_to_grid(pscad.bound(all), m.placement, m.grid)
courtyard_sz = (courtyard[1][0] - courtyard[0][0], courtyard[1][1] - courtyard[0][1])
silk = pscad.silk(m.silk) + (
pscad.translate(courtyard[0]) +
patterns.brackets(courtyard_sz, m.l)
)
return all, silk
def part(m):
m = pscad.wrapper(defaults.items() + m.items())
if 'pads_x' in m:
pads_x = m.pads_x
elif m.quad:
pads_x = m.n / 4
else:
pads_x = 0
pads_y = m.n / 2 - pads_x
if 'width' in m:
width = m.width
else:
width = m.height
thermal_size = (m.thermal_x, m.thermal_y)
row_y = mlp_row(m, pads_y, m.height)
if m.quad:
row_x = mlp_row(m, pads_x, width)
pads = (
row_y, pscad.rotate(90) + row_x,
pscad.rotate(180) + row_y, pscad.rotate(270) + row_x
)
else:
pads = row_y, pscad.rotate(180) + row_y
pin_list = range(m.start_pin, m.n - m.start_pin + 3) + range(1, m.start_pin) + [int(m.n) + 1]
all = pscad.pad(itertools.cycle(pin_list), m.clearance, m.mask) + (
pads,
patterns.thermal_pad(patterns.indent_pad(thermal_size, m.indent),
thermal_size, m.paste_fraction, m.paste_max)
), pscad.silk(m.silk) + patterns.corners((m.body_x, m.body_y), m.pad_l, center=True)
silk = pscad.silk(m.silk) + (
patterns.placement_courtyard(all, m.placement, m.grid, m.pad_w * 2),
pscad.translate([-m.body_x / 2, m.body_y / 2]) +
pscad.down(m.silk * 2) +
pscad.line(m.pad_l * D("0.7"))
)
return all, silk
def part(m):
m = pscad.wrapper(defaults.items() + m.items())
pad_row = pscad.rotate(180) + pscad.row(pscad.rounded_square(
(D("0.5"), D("2.0")), m.round_off, center=True), D("0.8"), 5, center=True)
gnd_row = pscad.row(pscad.donut(I("0.034"), I("0.045")), D("5.3"), 2)
side = (
pscad.pin("G", m.clearance, m.mask, square=True) + (
pscad.left(D("3.6")) + pscad.up(2) +
pscad.rotate(-90) + gnd_row,
),
pscad.hole(m.clearance, 0) + (
pscad.left(D("1.7")) + pscad.down(D("1.3")) +
pscad.circle(I("0.018"))
),
pscad.silk(m.silk) + (
pscad.left(D("3.6")) + pscad.up(D("4.6")) +
pscad.polygon([(0, 0), (0, D("1.3")), (0, D("3.9")), (0, D("6.6"))],
[(0, 1), (2, 3)])
)
)
all = (
pscad.pad(itertools.count(1), m.clearance, m.mask) + (
pscad.down(D("3.5")) + pad_row
),
side + pscad.mirror([1, 0]) + side,
pscad.silk(m.silk) + (
pscad.up(D("4.6")) + pscad.line(D("7.2"), center=True),
)
)
silk = pscad.silk(m.silk) + (
patterns.placement_courtyard(all, m.placement, m.grid, 1),
)
return all, silk
def part(m):
m = pscad.wrapper(defaults.items() + m.items())
try:
pin_count = m.n
pin_names = itertools.count(1)
except:
pin_count = len(m.pins.split(','))
pin_names = (i for i in m.pins.split(','))
try:
body_y = m.body_y
except:
body_y = m.width - m.pad_l - m.silk * D(3)
pad_row = pscad.row(pscad.rounded_square(
(m.pad_w, m.pad_l), m.round_off, center=True), m.pitch, pin_count / 2, center=True)
if body_y > m.width - m.pad_l - m.silk * D(2):
edge = m.body_x / D(2) - m.pitch * pin_count / 4
body = patterns.brackets([m.body_x, body_y], edge, center=True)
else:
body = pscad.square([m.body_x, body_y], center=True)
all = pscad.pad(pin_names, m.clearance, m.mask) + (
pscad.down(m.width / D(2)) + pad_row,
pscad.up(m.width / D(2)) + pscad.rotate(180) + pad_row
), pscad.silk(m.silk) + body
silk = pscad.silk(m.silk) + (
patterns.placement_courtyard(all, m.placement, m.grid, m.pad_w * D(2)),
pscad.down(m.width / D(2)) +
pscad.left(m.silk + m.pitch * pin_count / 4) +
pscad.line([0, m.pad_l * D("0.7")], center=True)
)
return all, silk
def part(m):
m = pscad.wrapper(defaults.items() + m.items())
try:
pin_count = m.n
pin_names = itertools.count(1)
except:
pin_count = len(m.pins.split(','))
pin_names = (i for i in m.pins.split(','))
if 'pads_x' in m:
pads_x = m.pads_x
elif m.quad:
pads_x = pin_count / 4
else:
pads_x = 0
pads_y = pin_count / 2 - pads_x
try:
body_y = m.body_y
except:
body_y = m.width - m.pad_l - m.silk * 3
if 'height' in m:
height = m.height
else:
height = m.width
pad = pscad.rounded_square((m.pad_w, m.pad_l), m.round_off, center=True)
row_y = pscad.down(m.width / 2) + pscad.row(
pscad.paste_fraction(pad, (1,m.pad_paste_fraction)),
m.pitch, pads_y, center=True)
if m.quad:
row_x = pscad.down(height / 2) + pscad.row(
pscad.paste_fraction(pad, (1,m.pad_paste_fraction)),
m.pitch, pads_x, center=True)
pads = pscad.pad(pin_names, m.clearance, m.mask) + (
row_y, pscad.rotate(90) + row_x,
pscad.rotate(180) + row_y, pscad.rotate(270) + row_x
)
else:
pads = pscad.pad(pin_names, m.clearance, m.mask) + (
row_y, pscad.rotate(180) + row_y
)
try:
if m.quad:
raise Exception()
if body_y > m.width - m.pad_l - m.silk * 2:
edge = m.body_x / 2 - m.pitch * D(pin_count) / 4
body = patterns.brackets([m.body_x, body_y], edge, center=True)
else:
body = pscad.square([m.body_x, body_y], center=True)
all = pads, pscad.silk(m.silk) + body
except:
all = pads
try:
corners = m.corners
except:
corners = m.pad_w * 2
silk = pscad.silk(m.silk) + (
patterns.placement_courtyard(all, m.placement, m.grid, corners),
pscad.down(m.width / 2) +
pscad.left(m.silk + m.pitch * pads_y / 2) +
pscad.line([0, m.pad_l * D("0.7")], center=True)
)
return all, silk