NCP1117LPST33T3G module

class RectSMDPad1

Bases: Pad

rect = Polygon(elements=((1.2324995, 0.5250065), (-1.2324995, 0.5250065), (-1.2324995, -0.5250065), (1.2324995, -0.5250065)), holes=())

shape: Shape | PadShape = Polygon(elements=((1.2324995, 0.5250065), (-1.2324995, 0.5250065), (-1.2324995, -0.5250065), (1.2324995, -0.5250065)), holes=())

The geometric shape of the pad or a PadShape to specify the regular shape and the shape when non-functional pads are removed. Can be overridden on a per-layer basis by shapes.

layer = Soldermask(shape=Polygon(elements=((1.2324995, 0.5250065), (-1.2324995, 0.5250065), (-1.2324995, -0.5250065), (1.2324995, -0.5250065)), holes=()), side=<Side.Top: 0>)

class RectSMDPad2

Bases: Pad

rect = Polygon(elements=((1.2324995, 1.7700025), (-1.2324995, 1.7700025), (-1.2324995, -1.7700025), (1.2324995, -1.7700025)), holes=())

shape: Shape | PadShape = Polygon(elements=((1.2324995, 1.7700025), (-1.2324995, 1.7700025), (-1.2324995, -1.7700025), (1.2324995, -1.7700025)), holes=())

The geometric shape of the pad or a PadShape to specify the regular shape and the shape when non-functional pads are removed. Can be overridden on a per-layer basis by shapes.

layer = Soldermask(shape=Polygon(elements=((1.2324995, 1.7700025), (-1.2324995, 1.7700025), (-1.2324995, -1.7700025), (1.2324995, -1.7700025)), holes=()), side=<Side.Top: 0>)

class C146799

Bases: Landpattern

p = {1: RectSMDPad1().at(2.857506, -2.299975, on=<Side.Top: 0>), 2: RectSMDPad1().at(2.857506, 0.0, on=<Side.Top: 0>), 3: RectSMDPad1().at(2.857506, 2.299975, on=<Side.Top: 0>), 4: RectSMDPad2().at(-2.857506, 0.0, on=<Side.Top: 0>)}

ref_text = Silkscreen(shape=Shape[Text], side=<Side.Top: 0>)

value_text = Finish(shape=Shape[Text], side=<Side.Top: 0>)

ref_alt_text = Finish(shape=Shape[Text], side=<Side.Top: 0>)

silk_lines = [Silkscreen(shape=Polyline(width=0.1524, elements=[(-1.396393, -3.401219), (-1.396393, 3.401219)]), side=<Side.Top: 0>), Silkscreen(shape=Polyline(width=0.1524, elements=[(1.396393, -3.401219), (-1.396393, -3.401219)]), side=<Side.Top: 0>), Silkscreen(shape=Polyline(width=0.1524, elements=[(1.396393, 3.401219), (1.396393, -3.401219)]), side=<Side.Top: 0>), Silkscreen(shape=Polyline(width=0.1524, elements=[(-1.396393, 3.401219), (1.396393, 3.401219)]), side=<Side.Top: 0>)]

silk_arcs = [Silkscreen(shape=ArcPolyline(width=0.059995, elements=[Arc(center=(3.5, -3.250038), radius=0.0299969999999998, start=0.0, arc=360.0)]), side=<Side.Top: 0>)]

finish_arc = Finish(shape=ArcPolyline(width=0.5, elements=[Arc(center=(4.228626, -2.276607), radius=0.250013, start=0.0, arc=360.0)]), side=<Side.Top: 0>)

class NCP1117LPST33T3G_Symbol

Bases: Symbol

pin_name_size: float | None = 0.6

Font size of pin name text of Pin objects in this symbol, in grid units. If unset, defers to a parent Symbol, if a parent exists. This can be overriden at the Pin level by setting its pin_name_size attribute.

pad_name_size: float | None = 0.6

Font size of pad name text of Pin objects in this symbol, in grid units. If unset, defers to a parent Symbol, if a parent exists. This can be overriden at the Pin level by setting its pad_name_size attribute.

ADJGND = Pin(at=(3, -8), direction=<Direction.Right: 'right'>, length=2)

VOUT = Pin(at=(3, -6), direction=<Direction.Right: 'right'>, length=2)

VIN = Pin(at=(-3, -6), direction=<Direction.Left: 'left'>, length=2)

EP = Pin(at=(3, -7), direction=<Direction.Right: 'right'>, length=2)

ref_text = Shape[Text]

value_text = Shape[Text]

component_box = Polygon(elements=[(3.0, -5.0), (-3.0, -5.0), (-3.0, -9.0), (3.0, -9.0), (3.0, -5.0)], holes=())

class NCP1117LPST33T3G(*args, **kwargs)

Bases: Component

1.0A, Low-Dropout Positive, Fixed and Adjustable Voltage Regulator

mpn: str | None = 'NCP1117LPST33T3G'

Manufacturer part number for this component.

reference_designator_prefix: str | None = 'U'

Reference designator prefix for this component. This will be used to generate a unique reference designator for each component of the same type.

Note

This field is a required data point for matching components between builds. If this value changes (including changing from unset to set), it will be treated as a new component, even if nothing else changes.

ADJGND = Port()

VOUT = Port()

VIN = Port()

landpattern = C146799()

symbol = BoxSymbol(rows=[Row(right=[PinGroup([Port(), Port()])]), Row(left=[PinGroup([Port()])])])

mappings = [PadMapping({Port(): [C146799().p[1]], Port(): [C146799().p[2], C146799().p[4]], Port(): [C146799().p[3]]})]

class PowerPin(voltage_range)

Bases: Property

Parameters:

voltage_range (Toleranced)

voltage_range: Toleranced

class PowerSupplyPin(voltage, current)

Bases: Property

Parameters:

• voltage (Toleranced)

• current (float)

voltage: Toleranced

current: float

VIN_power_pin = NCP1117LPST33T3G.PowerPin(voltage_range=Toleranced(11.35, 6.65, 6.65))

VOUT_power_supply_pin = NCP1117LPST33T3G.PowerSupplyPin(voltage=Toleranced(3.3, 3.235, 3.365), current=1.0)

VOUT_voltage = Toleranced(3.3, 3.235, 3.365)

datasheet = 'https://datasheet.lcsc.com/lcsc/1809111714_onsemi-NCP1117LPST33T3G_C146799.pdf'

class NCP1117LPST33T3G_Module

Bases: Circuit

NCP1117LPST33T3G Module Voltage regulator module with bypass capacitors

VIN = Port()

VOUT = Port()

GND = Port()

ld = NCP1117LPST33T3G()

vin_bypass = Capacitor(capacitance=1e-05, case='0805')

vout_bypass = Capacitor(capacitance=1e-05, case='0805')

nets = [add(Port(), NCP1117LPST33T3G().VIN), add(Port(), NCP1117LPST33T3G().VOUT), add(Port(), NCP1117LPST33T3G().ADJGND), add(NCP1117LPST33T3G().VIN, Capacitor(capacitance=1e-05, case='0805').p1), add(Port(), Capacitor(capacitance=1e-05, case='0805').p2), add(NCP1117LPST33T3G().VOUT, Capacitor(capacitance=1e-05, case='0805').p1), add(Port(), Capacitor(capacitance=1e-05, case='0805').p2)]

get_components()

Return list of components for grouping

Device

alias of NCP1117LPST33T3G_Module