def testChips(self):
self._check_fp('0805', lib.chip(
lib.imperial('0805')))
self._check_fp('0805P', lib.chip(
lib.imperial('0805'), polarized=True))
self._check_fp('2012', lib.chip(
lib.metric('2012')))
self._check_fp('2012P', lib.chip(
lib.metric('2012'), polarized=True))
def testChips(self):
self._check_fp('0805', lib.chip(lib.imperial('0805')))
self._check_fp('0805P', lib.chip(lib.imperial('0805'), polarized=True))
self._check_fp('2012', lib.chip(lib.metric('2012')))
self._check_fp('2012P', lib.chip(lib.metric('2012'), polarized=True))
from kidraw import schematic as sch
from kidraw import footprint as fp
from kidraw import ipc
from kidraw.schematic import library as slib
from kidraw.footprint import library as flib
l = kidraw.Library('parts')
l.devices = [
kidraw.Device(slib.vcc('+3.3V')),
kidraw.Device(slib.vcc('+5V')),
kidraw.Device(slib.vcc('Line')),
kidraw.Device(slib.gnd('GND')),
kidraw.Device(slib.gnd('LGND')),
kidraw.Device(slib.power_flag()),
kidraw.Device(slib.resistor(),
[flib.chip(flib.imperial('0603'))]),
kidraw.Device(slib.capacitor(),
[flib.chip(flib.imperial('0603'))]),
kidraw.Device(slib.led(),
[flib.chip(flib.imperial('0603'), polarized=True)]),
kidraw.Device(slib.test_point(), [flib.test_point(1)]),
]
s = sch.Schematic('Si1869DH', description='Load Switch with Level Shift')
with sch.ICBuilder(s, 6) as ic:
ic.side(sch.Pin.Left)
ic.pin(4, name='Vin', type=sch.Pin.Passive)
ic.pin(5, name='SW', type=sch.Pin.Input)
ic.side(sch.Pin.Right)
ic.pin([2, 3], name='Vout', type=sch.Pin.Passive)
ic.pin(1, name='Slew', type=sch.Pin.Passive)
from kidraw import schematic as sch
from kidraw import footprint as fp
from kidraw import ipc
from kidraw.schematic import library as slib
from kidraw.footprint import library as flib
l = kidraw.Library('example')
l.devices = [
kidraw.Device(slib.vcc('+5V')),
kidraw.Device(slib.vcc('+12V')),
kidraw.Device(slib.gnd()),
kidraw.Device(slib.power_flag()),
kidraw.Device(schematic=slib.resistor(),
footprints=[
flib.chip(flib.imperial('0805')),
flib.chip(flib.imperial('1206')),
]),
kidraw.Device(schematic=slib.capacitor(),
footprints=[
flib.chip(flib.imperial('0603')),
flib.chip(flib.imperial('1206')),
]),
kidraw.Device(schematic=slib.capacitor(polarized=True),
footprints=[
flib.chip(flib.imperial('0805'), polarized=True),
flib.chip(flib.imperial('1206'), polarized=True),
]),
kidraw.Device(schematic=slib.inductor(),
footprints=[
flib.chip(flib.imperial('1206')),
from kidraw import ipc
from kidraw.schematic import library as slib
from kidraw.footprint import library as flib
l = kidraw.Library('example')
l.devices = [
kidraw.Device(slib.vcc('+5V')),
kidraw.Device(slib.vcc('+12V')),
kidraw.Device(slib.gnd()),
kidraw.Device(slib.power_flag()),
kidraw.Device(
schematic=slib.resistor(),
footprints=[
flib.chip(flib.imperial('0805')),
flib.chip(flib.imperial('1206')),
]),
kidraw.Device(
schematic=slib.capacitor(),
footprints=[
flib.chip(flib.imperial('0603')),
flib.chip(flib.imperial('1206')),
]),
kidraw.Device(
schematic=slib.capacitor(polarized=True),
footprints=[
flib.chip(flib.imperial('0805'), polarized=True),
flib.chip(flib.imperial('1206'), polarized=True),
]),
kidraw.Device(
