(kicad_pcb
	(version 20241229)
	(generator "pcbnew")
	(generator_version "9.0")
	(general
		(thickness 1.6062)
		(legacy_teardrops no)
	)
	(paper "A4")
	(title_block
		(title "${PCB_NAME}")
		(date "${CURRENT_DATE}")
		(rev "${PCB_VERSION}")
	)
	(layers
		(0 "F.Cu" mixed)
		(4 "In1.Cu" power)
		(6 "In2.Cu" power)
		(2 "B.Cu" mixed)
		(9 "F.Adhes" user "F.Adhesive")
		(11 "B.Adhes" user "B.Adhesive")
		(13 "F.Paste" user)
		(15 "B.Paste" user)
		(5 "F.SilkS" user "F.Silkscreen")
		(7 "B.SilkS" user "B.Silkscreen")
		(1 "F.Mask" user)
		(3 "B.Mask" user)
		(17 "Dwgs.User" user "User.Drawings")
		(19 "Cmts.User" user "User.Comments")
		(21 "Eco1.User" user "User.Eco1")
		(23 "Eco2.User" user "User.Eco2")
		(25 "Edge.Cuts" user)
		(27 "Margin" user)
		(31 "F.CrtYd" user "F.Courtyard")
		(29 "B.CrtYd" user "B.Courtyard")
		(35 "F.Fab" user)
		(33 "B.Fab" user)
		(39 "User.1" user)
		(41 "User.2" user)
		(43 "User.3" user)
		(45 "User.4" user)
	)
	(setup
		(pad_to_mask_clearance 0)
		(allow_soldermask_bridges_in_footprints no)
		(tenting front back)
		(pcbplotparams
			(layerselection 0x00000000_00000000_55555555_5755f5ff)
			(plot_on_all_layers_selection 0x00000000_00000000_00000000_00000000)
			(disableapertmacros no)
			(usegerberextensions no)
			(usegerberattributes yes)
			(usegerberadvancedattributes yes)
			(creategerberjobfile yes)
			(dashed_line_dash_ratio 12.000000)
			(dashed_line_gap_ratio 3.000000)
			(svgprecision 4)
			(plotframeref no)
			(mode 1)
			(useauxorigin no)
			(hpglpennumber 1)
			(hpglpenspeed 20)
			(hpglpendiameter 15.000000)
			(pdf_front_fp_property_popups yes)
			(pdf_back_fp_property_popups yes)
			(pdf_metadata yes)
			(pdf_single_document no)
			(dxfpolygonmode yes)
			(dxfimperialunits yes)
			(dxfusepcbnewfont yes)
			(psnegative no)
			(psa4output no)
			(plot_black_and_white yes)
			(sketchpadsonfab no)
			(plotpadnumbers no)
			(hidednponfab no)
			(sketchdnponfab yes)
			(crossoutdnponfab yes)
			(subtractmaskfromsilk no)
			(outputformat 1)
			(mirror no)
			(drillshape 1)
			(scaleselection 1)
			(outputdirectory "")
		)
		(stackup
			(layer "F.SilkS"
				(type "Top Silk Screen")
				(color "White")
			)
			(layer "F.Paste"
				(type "Top Solder Paste")
			)
			(layer "F.Mask"
				(type "Top Solder Mask")
				(color "Black")
				(thickness 0.01)
			)
			(layer "F.Cu"
				(type "copper")
				(thickness 0.035)
			)
			(layer "dielectric 1"
				(type "prepreg")
				(thickness 0.2104)
				(material "Prepreg")
				(epsilon_r 4.4)
				(loss_tangent 0.025)
			)
			(layer "In1.Cu"
				(type "copper")
				(thickness 0.0152)
			)
			(layer "dielectric 2"
				(type "core")
				(thickness 1.065)
				(material "FR4-Core")
				(epsilon_r 4.6)
				(loss_tangent 0.025)
			)
			(layer "In2.Cu"
				(type "copper")
				(thickness 0.0152)
			)
			(layer "dielectric 3"
				(type "prepreg")
				(thickness 0.2104)
				(material "Prepreg")
				(epsilon_r 4.4)
				(loss_tangent 0.025)
			)
			(layer "B.Cu"
				(type "copper")
				(thickness 0.035)
			)
			(layer "B.Mask"
				(type "Bottom Solder Mask")
				(color "Black")
				(thickness 0.01)
			)
			(layer "B.Paste"
				(type "Bottom Solder Paste")
			)
			(layer "B.SilkS"
				(type "Bottom Silk Screen")
				(color "White")
			)
			(copper_finish "ENIG")
			(dielectric_constraints no)
		)
	)
	(embedded_files
		(file
			(name LED_0402_1005Metric.step)
			(type model)
			(data 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|)
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		)
		(file
			(name R_0402_1005Metric.step)
			(type model)
			(data 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|)
			(checksum "09F2B2B0FD0A7A3977A7123532CA0CEE")
		)
	)
	(property "PCB_NAME" "blinky_two_leds")
	(property "PCB_VERSION" "v0.0.0")
	(property "PCB_GIT_HASH" "d10d3c0")
	(net 0 "")
	(net 1 "GND")
	(net 2 "LED1_ANODE")
	(net 3 "LED2_ANODE")
	(net 4 "VCC")
	(footprint "kicad_libraries_kicad-footprints_Resistor_SMD@9.0.3:R_0402_1005Metric"
		(layer "F.Cu")
		(uuid "2acbc387-66e5-44a1-ad8f-135522b6da68")
		(at 150.5 102.5)
		(descr "Resistor SMD 0402 (1005 Metric), square (rectangular) end terminal, IPC-7351 nominal, (Body size source: IPC-SM-782 page 72, https://www.pcb-3d.com/wordpress/wp-content/uploads/ipc-sm-782a_amendment_1_and_2.pdf), generated with kicad-footprint-generator")
		(tags "resistor")
		(property "Reference" "R2"
			(at 0 -1.17 0)
			(layer "F.SilkS")
			(uuid "d9608ab9-380b-4c53-aaca-3933f1f7486b")
			(effects
				(font
					(size 1 1)
					(thickness 0.15)
				)
			)
		)
		(property "Value" "ERJ-2RKF1001X"
			(at 0 1.17 0)
			(layer "F.Fab")
			(hide yes)
			(uuid "3748e425-f02b-44ec-aa51-8a9d0d600596")
			(effects
				(font
					(size 1 1)
					(thickness 0.15)
				)
			)
		)
		(property "Datasheet" "https://industrial.panasonic.com/cdbs/www-data/pdf/RDA0000/AOA0000C304.pdf"
			(at 0 0 0)
			(layer "F.Fab")
			(hide yes)
			(uuid "e0bfc9b4-7cb4-461d-b5ef-a7592ea0b74c")
			(effects
				(font
					(size 1.27 1.27)
					(thickness 0.15)
				)
			)
		)
		(property "Description" "1k"
			(at 0 0 0)
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