(footprint "QFN50P800X800X100_HS-57N"
	(version 20241229)
	(generator "pcbnew")
	(generator_version "9.0")
	(layer "F.Cu")
	(descr "QFN, 56-Leads, Body 8.00x8.00mm, Pitch 0.50mm, Thermal Pad 6.10x6.10mm, IPC Medium Density, 5/31/18")
	(property "Reference" "REF**"
		(at 0 -5.325 0)
		(layer "F.SilkS")
		(uuid "888d49b9-d697-44fa-ab14-68dfee5b0c2d")
		(effects
			(font
				(size 1 1)
				(thickness 0.15)
			)
		)
	)
	(property "Value" "QFN50P800X800X100_HS-57N"
		(at 0 5.325 0)
		(layer "F.Fab")
		(uuid "0abd5a92-f4c1-4e19-b655-1a06e186e9a0")
		(effects
			(font
				(size 1 1)
				(thickness 0.15)
			)
		)
	)
	(property "Datasheet" ""
		(at 0 0 0)
		(layer "F.Fab")
		(hide yes)
		(uuid "12e71ed1-82e1-4ced-b88b-dac0895ec526")
		(effects
			(font
				(size 1 1)
				(thickness 0.15)
			)
		)
	)
	(property "Description" ""
		(at 0 0 0)
		(layer "F.Fab")
		(hide yes)
		(uuid "cc1e3c66-b7a5-41f5-be3f-ad4ca9137d7e")
		(effects
			(font
				(size 1 1)
				(thickness 0.15)
			)
		)
	)
	(fp_poly
		(pts
			(xy -3.05 -2.35) (xy -2.35 -2.35) (xy -2.35 -3.05) (xy -0.35 -3.05) (xy -0.35 -2.35) (xy -0.1 -2.35)
			(xy -0.1 -0.35) (xy -0.35 -0.35) (xy -0.35 -0.1) (xy -2.35 -0.1) (xy -2.35 -0.35) (xy -3.05 -0.35)
		)
		(stroke
			(width 0)
			(type default)
		)
		(fill yes)
		(layer "F.Mask")
		(uuid "c636f16b-0047-41cc-a591-9789767bcd96")
	)
	(fp_poly
		(pts
			(xy -2.35 3.05) (xy -2.35 2.35) (xy -3.05 2.35) (xy -3.05 0.35) (xy -2.35 0.35) (xy -2.35 0.1) (xy -0.35 0.1)
			(xy -0.35 0.35) (xy -0.1 0.35) (xy -0.1 2.35) (xy -0.35 2.35) (xy -0.35 3.05)
		)
		(stroke
			(width 0)
			(type default)
		)
		(fill yes)
		(layer "F.Mask")
		(uuid "d3dbcdb5-1c9e-4bbc-8b80-2354f8f59441")
	)
	(fp_poly
		(pts
			(xy 2.35 -3.05) (xy 2.35 -2.35) (xy 3.05 -2.35) (xy 3.05 -0.35) (xy 2.35 -0.35) (xy 2.35 -0.1) (xy 0.35 -0.1)
			(xy 0.35 -0.35) (xy 0.1 -0.35) (xy 0.1 -2.35) (xy 0.35 -2.35) (xy 0.35 -3.05)
		)
		(stroke
			(width 0)
			(type default)
		)
		(fill yes)
		(layer "F.Mask")
		(uuid "6e3b520d-ec44-48a3-b6b3-80d037ceb68e")
	)
	(fp_poly
		(pts
			(xy 3.05 2.35) (xy 2.35 2.35) (xy 2.35 3.05) (xy 0.35 3.05) (xy 0.35 2.35) (xy 0.1 2.35) (xy 0.1 0.35)
			(xy 0.35 0.35) (xy 0.35 0.1) (xy 2.35 0.1) (xy 2.35 0.35) (xy 3.05 0.35)
		)
		(stroke
			(width 0)
			(type default)
		)
		(fill yes)
		(layer "F.Mask")
		(uuid "527f094a-fa0f-4fc8-999c-4b63222e00a5")
	)
	(fp_poly
		(pts
			(xy -3.05 -2.35) (xy -2.35 -2.35) (xy -2.35 -3.05) (xy -0.35 -3.05) (xy -0.35 -2.35) (xy -0.1 -2.35)
			(xy -0.1 -0.35) (xy -0.35 -0.35) (xy -0.35 -0.1) (xy -2.35 -0.1) (xy -2.35 -0.35) (xy -3.05 -0.35)
		)
		(stroke
			(width 0)
			(type default)
		)
		(fill yes)
		(layer "F.Paste")
		(uuid "3227d7ed-e8d4-4c2e-97fc-0262b5d5013b")
	)
	(fp_poly
		(pts
			(xy -2.35 3.05) (xy -2.35 2.35) (xy -3.05 2.35) (xy -3.05 0.35) (xy -2.35 0.35) (xy -2.35 0.1) (xy -0.35 0.1)
			(xy -0.35 0.35) (xy -0.1 0.35) (xy -0.1 2.35) (xy -0.35 2.35) (xy -0.35 3.05)
		)
		(stroke
			(width 0)
			(type default)
		)
		(fill yes)
		(layer "F.Paste")
		(uuid "356321ec-1ded-467e-a2e0-e729a44495f9")
	)
	(fp_poly
		(pts
			(xy 2.35 -3.05) (xy 2.35 -2.35) (xy 3.05 -2.35) (xy 3.05 -0.35) (xy 2.35 -0.35) (xy 2.35 -0.1) (xy 0.35 -0.1)
			(xy 0.35 -0.35) (xy 0.1 -0.35) (xy 0.1 -2.35) (xy 0.35 -2.35) (xy 0.35 -3.05)
		)
		(stroke
			(width 0)
			(type default)
		)
		(fill yes)
		(layer "F.Paste")
		(uuid "76fd33f1-62cf-4eb8-aa52-12726b983429")
	)
	(fp_poly
		(pts
			(xy 3.05 2.35) (xy 2.35 2.35) (xy 2.35 3.05) (xy 0.35 3.05) (xy 0.35 2.35) (xy 0.1 2.35) (xy 0.1 0.35)
			(xy 0.35 0.35) (xy 0.35 0.1) (xy 2.35 0.1) (xy 2.35 0.35) (xy 3.05 0.35)
		)
		(stroke
			(width 0)
			(type default)
		)
		(fill yes)
		(layer "F.Paste")
		(uuid "fba3848f-2a93-47b7-9859-3ab0698b7c2f")
	)
	(fp_line
		(start -4.04 -4.04)
		(end 4.04 -4.04)
		(stroke
			(width 0.1)
			(type solid)
		)
		(layer "User.2")
		(uuid "3260ed8d-2697-4a66-af88-6c4f7686b04e")
	)
	(fp_line
		(start -4.04 4.04)
		(end -4.04 -4.04)
		(stroke
			(width 0.1)
			(type solid)
		)
		(layer "User.2")
		(uuid "04816abe-484f-4343-b80f-96294f2d582e")
	)
	(fp_line
		(start -4.04 4.04)
		(end 4.04 4.04)
		(stroke
			(width 0.1)
			(type solid)
		)
		(layer "User.2")
		(uuid "b7c9bbeb-bb4a-4911-9466-b08a122f4e3d")
	)
	(fp_line
		(start 4.04 4.04)
		(end 4.04 -4.04)
		(stroke
			(width 0.1)
			(type solid)
		)
		(layer "User.2")
		(uuid "5fa73499-0e58-4b72-960b-ab87ddf2854f")
	)
	(fp_circle
		(center -3.14 -3.14)
		(end -3.14 -3.64)
		(stroke
			(width 0.1)
			(type solid)
		)
		(fill no)
		(layer "User.2")
		(uuid "c751b49f-0fdf-4283-8097-b5d02ee1ec50")
	)
	(fp_line
		(start -4.6 -4.6)
		(end 4.6 -4.6)
		(stroke
			(width 0.05)
			(type solid)
		)
		(layer "User.6")
		(uuid "0c963afe-003d-49b6-a02c-416896b83fec")
	)
	(fp_line
		(start -4.6 4.6)
		(end -4.6 -4.6)
		(stroke
			(width 0.05)
			(type solid)
		)
		(layer "User.6")
		(uuid "9073a806-fde3-490c-9435-fdf88fa2503c")
	)
	(fp_line
		(start -4.6 4.6)
		(end 4.6 4.6)
		(stroke
			(width 0.05)
			(type solid)
		)
		(layer "User.6")
		(uuid "76edd4fa-9158-40cd-9fc8-8537fbcb1f49")
	)
	(fp_line
		(start 4.6 4.6)
		(end 4.6 -4.6)
		(stroke
			(width 0.05)
			(type solid)
		)
		(layer "User.6")
		(uuid "7c1f3ffa-ec40-48cd-8e8e-07dc91a2f342")
	)
	(pad "1" smd oval
		(at -3.925 -3.25 90)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "ed0de53c-1ab2-46fe-b707-cfff89c7331a")
	)
	(pad "2" smd oval
		(at -3.925 -2.75 90)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "fc18d99f-59e8-41f8-b12c-683d1356efdf")
	)
	(pad "3" smd oval
		(at -3.925 -2.25 90)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "5e016a6e-90db-402d-b7b6-d5e559a9e284")
	)
	(pad "4" smd oval
		(at -3.925 -1.75 90)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "9dc43501-4db4-49a1-b4d9-9ce1e91409cf")
	)
	(pad "5" smd oval
		(at -3.925 -1.25 90)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "c7b5cce5-0422-4357-a821-107e86e62e3f")
	)
	(pad "6" smd oval
		(at -3.925 -0.75 90)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "c7101640-9413-4ed0-83cf-59b8412fea6c")
	)
	(pad "7" smd oval
		(at -3.925 -0.25 90)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "b4809f61-16b9-43c4-8e9a-1622ce355cc8")
	)
	(pad "8" smd oval
		(at -3.925 0.25 90)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "de3e464e-1c37-4bf9-bc5f-6f981c4dc3e8")
	)
	(pad "9" smd oval
		(at -3.925 0.75 90)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "ace835e9-9c2e-4dd8-9f3d-d1c27eeabbda")
	)
	(pad "10" smd oval
		(at -3.925 1.25 90)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "2b7951a0-bb2b-444f-996d-c5854a6639b5")
	)
	(pad "11" smd oval
		(at -3.925 1.75 90)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "2f590e7f-33c0-4723-bc0f-0ce2dd2c755d")
	)
	(pad "12" smd oval
		(at -3.925 2.25 90)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "410e2863-ea13-4a70-86d4-a4f542055782")
	)
	(pad "13" smd oval
		(at -3.925 2.75 90)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "ee7d9587-a095-431b-a076-c0dd0cdf35d2")
	)
	(pad "14" smd oval
		(at -3.925 3.25 90)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "6f4a14ee-6fa2-4448-92b2-21279ed4469f")
	)
	(pad "15" smd oval
		(at -3.25 3.925)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "80a01b52-bdde-4c60-9e5a-d5fe6c1b7648")
	)
	(pad "16" smd oval
		(at -2.75 3.925)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "b9c0cf05-c632-4456-9da1-7c1c65624924")
	)
	(pad "17" smd oval
		(at -2.25 3.925)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "18f89678-58ec-4c96-a756-1bea992aa4c6")
	)
	(pad "18" smd oval
		(at -1.75 3.925)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "5c149707-8953-4b01-9229-6b7c1241141d")
	)
	(pad "19" smd oval
		(at -1.25 3.925)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "bd366c7a-5eb7-40de-8a9b-97fcfe77332f")
	)
	(pad "20" smd oval
		(at -0.75 3.925)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "c21e687f-768c-458e-ac20-60d1425f6db7")
	)
	(pad "21" smd oval
		(at -0.25 3.925)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "008a127c-e5bd-428a-91e7-08973edbe18c")
	)
	(pad "22" smd oval
		(at 0.25 3.925)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "34e24727-380a-4473-97ad-40b71252b9b0")
	)
	(pad "23" smd oval
		(at 0.75 3.925)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "41c3265c-8543-4e19-8b7e-55e544e2cb6b")
	)
	(pad "24" smd oval
		(at 1.25 3.925)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "82fb5d87-7133-4552-9e22-c5b222a63cac")
	)
	(pad "25" smd oval
		(at 1.75 3.925)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "8c7234c5-fed6-4026-aa33-cb6c1581015f")
	)
	(pad "26" smd oval
		(at 2.25 3.925)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "e11dafc8-f7fb-4173-9c8d-e38a1ab168b0")
	)
	(pad "27" smd oval
		(at 2.75 3.925)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "e0ec49c9-387c-4ad8-9eda-2232626a4aca")
	)
	(pad "28" smd oval
		(at 3.25 3.925)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "c3f3f9e6-0388-4087-b33d-097f8d360f8f")
	)
	(pad "29" smd oval
		(at 3.925 3.25 90)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "2dbdb7d3-bfd7-4bae-9354-ad89149533e9")
	)
	(pad "30" smd oval
		(at 3.925 2.75 90)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "e32b73f5-e0e8-4b19-8de1-ee6a5c56cd83")
	)
	(pad "31" smd oval
		(at 3.925 2.25 90)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "50d98d76-947f-490a-9f8b-4d30a02ad252")
	)
	(pad "32" smd oval
		(at 3.925 1.75 90)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "b0aef4c7-0d49-4afb-a300-5744e0da2c5e")
	)
	(pad "33" smd oval
		(at 3.925 1.25 90)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "b8943cad-3953-4e61-b1d8-b20af398da11")
	)
	(pad "34" smd oval
		(at 3.925 0.75 90)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "1a99c04e-ec62-484e-a5b3-b4c19625b223")
	)
	(pad "35" smd oval
		(at 3.925 0.25 90)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "6021528e-4e5a-4a89-81b7-20c8923d992a")
	)
	(pad "36" smd oval
		(at 3.925 -0.25 90)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "4d9aba1e-1ded-4c3b-8e4b-7bb1848b4107")
	)
	(pad "37" smd oval
		(at 3.925 -0.75 90)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "2321fa74-a5c5-4593-9ef0-2d44f60f4e4e")
	)
	(pad "38" smd oval
		(at 3.925 -1.25 90)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "19ef7ed8-d25e-4b16-89e7-0399f80b0280")
	)
	(pad "39" smd oval
		(at 3.925 -1.75 90)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "45069c73-e24e-4b81-9ea5-2d283408ab0f")
	)
	(pad "40" smd oval
		(at 3.925 -2.25 90)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "0126bba6-f054-4ece-82de-c3e3bba172e5")
	)
	(pad "41" smd oval
		(at 3.925 -2.75 90)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "6f303d3e-6936-40e7-9b8b-12a3a438858b")
	)
	(pad "42" smd oval
		(at 3.925 -3.25 90)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "2e09ec8d-f07e-47f2-b8dc-839cc9a97a26")
	)
	(pad "43" smd oval
		(at 3.25 -3.925)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "a9a51648-8002-4398-832b-46cf020d3351")
	)
	(pad "44" smd oval
		(at 2.75 -3.925)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "dd5b7626-96ae-41c0-92bf-892e94eaf7a6")
	)
	(pad "45" smd oval
		(at 2.25 -3.925)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "e84073d5-d742-4545-a0c8-4b0bcb0151c7")
	)
	(pad "46" smd oval
		(at 1.75 -3.925)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "65898aa2-cbbe-47ca-8513-c7c4a8a4f6ed")
	)
	(pad "47" smd oval
		(at 1.25 -3.925)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "3763699c-0403-49c5-811f-7d9e8c544b8c")
	)
	(pad "48" smd oval
		(at 0.75 -3.925)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "43db39df-0ee1-4e2f-a705-e50ee4fb6573")
	)
	(pad "49" smd oval
		(at 0.25 -3.925)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "fb4f6205-b1a1-4211-a489-5a70a6cdc12f")
	)
	(pad "50" smd oval
		(at -0.25 -3.925)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "5c809f54-52ae-48bc-bf77-12fc35a08703")
	)
	(pad "51" smd oval
		(at -0.75 -3.925)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "a29c3159-d9a0-4582-82b9-9f560404c3a7")
	)
	(pad "52" smd oval
		(at -1.25 -3.925)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "54c19162-6c7f-49a8-ad20-5968c4b279d2")
	)
	(pad "53" smd oval
		(at -1.75 -3.925)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "42612e2c-1a99-4b6e-8fb0-48fa71220ca2")
	)
	(pad "54" smd oval
		(at -2.25 -3.925)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "a602f28f-8bf2-443b-ba3b-a35580c1c310")
	)
	(pad "55" smd oval
		(at -2.75 -3.925)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "1f95d0fd-3fb0-485f-b3b9-71d1da724e78")
	)
	(pad "56" smd oval
		(at -3.25 -3.925)
		(size 0.25 0.85)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(uuid "70ab551b-6a59-4cbe-98bc-0d2db7df9833")
	)
	(pad "57" thru_hole circle
		(at -2.7 -2.7)
		(size 0.5 0.5)
		(drill 0.2)
		(layers "*.Cu" "*.Mask")
		(remove_unused_layers no)
		(solder_mask_margin 0)
		(tenting none)
		(uuid "0ffc0031-4c58-417b-97be-6e3ecf27a2f6")
	)
	(pad "57" thru_hole circle
		(at -2.7 0)
		(size 0.5 0.5)
		(drill 0.2)
		(layers "*.Cu" "*.Mask")
		(remove_unused_layers no)
		(solder_mask_margin 0)
		(tenting none)
		(uuid "e04bdd01-77df-4271-9d2a-1880b0d24753")
	)
	(pad "57" thru_hole circle
		(at -2.7 2.7)
		(size 0.5 0.5)
		(drill 0.2)
		(layers "*.Cu" "*.Mask")
		(remove_unused_layers no)
		(solder_mask_margin 0)
		(tenting none)
		(uuid "7b22fd4b-0fc0-4100-9f04-80e1c60ad1ed")
	)
	(pad "57" thru_hole circle
		(at 0 -2.7)
		(size 0.5 0.5)
		(drill 0.2)
		(layers "*.Cu" "*.Mask")
		(remove_unused_layers no)
		(solder_mask_margin 0)
		(tenting none)
		(uuid "036520f9-c2f9-4322-8646-a5b12db0111c")
	)
	(pad "57" thru_hole circle
		(at 0 0)
		(size 0.5 0.5)
		(drill 0.2)
		(layers "*.Cu" "*.Mask")
		(remove_unused_layers no)
		(solder_mask_margin 0)
		(tenting none)
		(uuid "ac302ebc-9e7b-49d6-bb1d-f07500b7cfa3")
	)
	(pad "57" smd rect
		(at 0 0)
		(size 6.1 6.1)
		(layers "F.Cu" "F.Mask" "F.Paste")
		(solder_mask_margin -4)
		(solder_paste_margin -4)
		(uuid "405c65e5-0367-46e3-8704-63fc07a7464d")
	)
	(pad "57" thru_hole circle
		(at 0 2.7)
		(size 0.5 0.5)
		(drill 0.2)
		(layers "*.Cu" "*.Mask")
		(remove_unused_layers no)
		(solder_mask_margin 0)
		(tenting none)
		(uuid "411f11a4-b8c5-43ba-a936-5851e74c9b8b")
	)
	(pad "57" thru_hole circle
		(at 2.7 -2.7)
		(size 0.5 0.5)
		(drill 0.2)
		(layers "*.Cu" "*.Mask")
		(remove_unused_layers no)
		(solder_mask_margin 0)
		(tenting none)
		(uuid "d3b08de5-c934-407b-a135-56b05a0eb11e")
	)
	(pad "57" thru_hole circle
		(at 2.7 0)
		(size 0.5 0.5)
		(drill 0.2)
		(layers "*.Cu" "*.Mask")
		(remove_unused_layers no)
		(solder_mask_margin 0)
		(tenting none)
		(uuid "44448d6b-476d-4473-8c43-9194d6a5be1c")
	)
	(pad "57" thru_hole circle
		(at 2.7 2.7)
		(size 0.5 0.5)
		(drill 0.2)
		(layers "*.Cu" "*.Mask")
		(remove_unused_layers no)
		(solder_mask_margin 0)
		(tenting none)
		(uuid "0a7b0293-9f5a-4c5e-9b53-dd52477c34b8")
	)
	(embedded_fonts no)
	(embedded_files
		(file
			(name "QFN50P800X800X100_HS-57N.step")
			(type model)
			(data |KLUv/aAc6gEAVH0ACrMEHC7giqgWG2RJKlRdeVXWHg0NjUonEtg8BdDVjx8EZGX35sqbBqdwJ+sw
				xqaIGBMCAAKHAe0BeUU9NcXSs9Lm1eTVzHxi2uXx0rKykSsXUPNen8df88ff7fWzevNydLyaauWY
				9ta9ev1dZI4jHh4PDQs7FyPkwgXUvJpY5Zgig7IivObx7uzqzuqaF3pFdyivpiOyR/aYLBEINqCq
				EmCKijGJUCqZiRS5TBiL9LgzCGYapockqWTuEnEgmWVjf3d3d5d3ab3Iu6uonZaL7zS8MzNbLOtu
				5t1VzcyF4+yfhgtosdOsTGIiYhMhEQFhQ/FAoR/oJBOJ4TE1cIMXDAqaTUU02XRcGDJV5qCKK5WT
				hQMexm6DhbKgvYD0YWQuoOdhYB4OkJctoC8kzGS6TJbKZMlMFYnhgk+FxpHwABEh8RABQjPBgeA8
				bB4oMA4mzITyuMYtoO026JFQIKJC8yCjYSBiMzFhYlPh4YGeDYQHigeORrPZREyYMAHxRCaRhQmS
				kVAeFAzFUslIj4ikUpGcAhxbSBgJ8pgukMnUeCJw7qRjjjmc2znOOeZA4NzjkZkwiDSIYCgNFIyD
				9DAYUsPE8LhINDAhsYCEwwM9HKlDMVFRoYGYoKDgVCaMk0ABA2o8FBMRNhWkhwE9ewNUDWCHMXRk
				OdhKQ+EhwmVqkCaNxwi4B2o8EjQPJhqcCSI9LtLDkdBQoDwMxoQSwVQilsdlgmQmSWTBMkGkiSGB
				AgLsHFhY5qBcIgEBQKYGaeI0GAwYBpNJck7jcR5IPDhOhE1EAw4EbeFsHNBsJCYezxG6BAowEafR
				SAZkukiZBCSMZXpMHDISaQFFwiCBAqeBj4gFMzVQJgYOw7Kyj47n/X795fHX53/83V7//Y6Mt3iK
				jIuKiUfEcyAeHmLh9R1fYR/fnl7e7+7u7uys7s6uro1tzRx2a2ppt0PDyOyGdmZW1mzHW6d1Wcd1
				dXV1dVdndYt1Z1XXvL2ozdva2W9su35jX1u3cXXzsnLyWTn5jGysURUfGxc3767p8q5uLq7dfnFv
				bWuba5tXUzWyq2rqFfXUtPTUtLR50zR5UzPziXn5xLy0bOXK5nXgLh638hGj0+f/P7I8/RXelVlk
				d8fv9nozLi8qJtoREY+Ih4aFzYXNe6aXp3p5P7w7uzu7umZbO15TS7uh6Q3tzMzKWrmsecsqr3ks
				K7Oysypr3lZtXu3sY2tU3d3d7eDqBdS8rHkW1VnzjHxsXHxW3LyLury6uce9Pd7a1jZHxbULqHlV
				86oBZ8q9l3j5H0KmC0XyUL3L72UWHB4eHh4eHh4eHhoaKq9a4w3tDB94MLHADAutDLuQjQsXACgf
				xmR5UDITA+nikElAsqBhmmQWTtBsIhwIEw70bCQ0EzQQDxIqaQaZCvEykSyYsqxEGC6SycK4H2Yy
				VQq7I3M2DxIqJB4oNgzmvq1S7cvNvnf1YV9bV19bV2P380DP9JAqFwdykkWqHK8u3ppp2m606shG
				Wz1sVjzLyG7WfHzHxefiHW9qsn752PhxGg0oJUsCBQ0TJuI0cLPrxbmLEbNtYbIhn/K+rnqZLTo2
				Xlk2vis6hx1kDMYFQ5kYsBBBEWSKLEQeU+UycdgECjSPZzdNIpLKJbPAaUAmh1HMxSeR2sEOx/Jq
				5kSSvL9X2b3VY2R7e3t7WdmShyXyYLtkKhHUwD1eq44Kwo0UWrVU1Vs4mBrk5tTA4vC43iKAiIWC
				WKFQJJmJAWS6hQg6nThQFmQswkTQ1zIQqQFEKi3NTKYKpTtPMkEoDdNFWpCRSCaGCzdzXmZ6SAsZ
				iISyEJlIDbsLBgQA9EyVBDCPIzERUVEBgsQExAM9mgoSHhjIPADxQFEBAuIho4GQeNhURDw4RgSB
				zGRxuEhTQ0IiEsplwlwOkSwRBMAkYTCRMtMEoymCoohEEmmIIhenEZWVlZaVld2tm+fm/rZ2dr/7
				jX2tfW3d1c3MzMvKy8rJzcnnM/KPj42LjYt7q5F7eXd3dXl1n7n/HrPfr21t1zbf8ur1qqnXK+op
				6qlpqmnpS995Ts5vamaqdmY+8/n88/l8fvu4z/////x//TP//3j879f/fvvrjVxvxi9+8WpXfOKP
				R0Q8NDw0LDwW9vXx3d3venn/PZHvd7zj/Xj3u12d3W632+32u91utzua3exmL0sre9e5vquO1Ky/
				zvXXsY71v17vrm7urte5V1s7ezt79f3G7u7mZm5mTGZmZuZlNi7G3l7eXd5d3WLd3Nwv4uLe2t7a
				1hp/a5srYlbW1dZVVU29oqKemp6all5LOzk1OTc1MzOfnU9MPEvLyn5ln4+XyMe9HvPX/BGPeLy9
				o70O1S0UzKO5eRKRLGIeF1Ex84iIiHiIisdDNDTEwnunIvZhH/LhkQ83hVKoQ8IUxoqNiIhMmCSV
				DhNJGQ7CaRynFNUBo7NxRB6HwyEMxHAMBFEQQ2EUw5EUMYYQYgwBS3RysZFNDMUbd+HmuwOeM4Ka
				6zy7UrGEgMdckLouzc4c1yXowpdT5y/pscuasZPWbal4xzUc9bPYsPcE7ECdA2gb7z4S7AWZgRWz
				IkHGeGxwM8UsxMN+JVIr1lQA8LzL1FreirMW2hSF6LDYsDjp/GZe95J9TAoriYcdj6ojUmbrsvA3
				16NUbrKazEBUwcsXYt7oSy2M80CxiUcV68yIuIsE6lLrwWrXHODeX4+u/mazKwSPEqSwpfpEATo6
				4KVCBJfNvxMCzecjIdLhfoNjvIlSQCwUSKn33eU2y34vt5g5jKwqntR3HB5ey3SQ9LjoDTquKRYA
				mcoyKQOUjbY4gIU7MG4YBGmCXHPfRRv2j7UqCt4fonTamcSXwsJo2RQdxMDk39gRLZVk4znoy7rd
				YAXaRtfwC+z4GbV+6rw35jf94+HbWB6UewHzU2gcQFaWBrDauQMtA0hSttMzEnauxwCHDL6keivI
				c7CJeCBOdJ2d6gRvmsW79rVy51pkKzvH0fl+bM66P21Qa+w66YtF1VhxPO+Gdzs84AwxDvVhZq74
				HbdODie95qvbf/EUmcIZ3jgP9BpyquiRfT6Mm5luImzwPKZyXS/fiquL0ow8FuIxpCbqKTylPjrp
				ZAUVuNkcW+wd8q9rgBEviC9g55SL+RsahpwpbEoqhsDHz7U7b9I5skRcLz0Nfq9pyBnhe2JGqQfV
				+rKxGBv2d1/1e0Lgx0rdK3AepSK4DB7xKErcuLCSyyyBKIlPNzZBJsMyiDGWenVG0fH0i09Ji+Q+
				tdTKRFskOINjFMMZO+smPfSUcTckfsrr+Vq0XtLMkpRwonFxMEAbnfiQSyNfp65Y5NAEQ8PoAX25
				tMs2IBmI87Un9NksnQDvfEkZ8V3kxy9wL9bZteqi4DGC8xL6Qt31NhJp40AmUI9EsN9WG73EAUW6
				Cx1/aAmWtUI+3mSyi1azgJP8xc8vAABm430DjoARyUzl3hYY470K7YT0w747iZITwjLmrw3yeT1c
				CGcLjO1YQqqIr6yU3+oZwRfiFD87X92wiRJsLMlxXP9A4ERiT6m4QtxPWP7jl43aN7oEo30gDZeR
				uOlO1bi+JFyH2xktwnOZDFPuTqvE4wR1HBwoOvx95vA3pV2LHDDwI7ahR/W0qmzAjy82UQR4XBel
				wOzk/h25Teca0rdLuWAOk2HifOEw3f/S+FUI+R1bNbODg5JjPxEBdWYOh7QIRXK2j22WixNQChZx
				vNNiHi/qP9J315rNeDmFgpP1ifmZC5GvwuMYPvVtSS+UsSFNIZ8hypGGtlsLyQdS1BPNzQON1XMZ
				cyi/wtFnKs0AFEQlSfyacaExSiV9gLB65xv/34kIpGXbpHKVKcSTE/J9wk4Fs+7gAMw0GbiABbXq
				cHjkfj7wQtAn7wkAeDGhGPDrDD2q70458Nqxeq3oOIbi1elQCWm5ZX16Hk3CTKCiJL5E8EnUx0DO
				Ag7Q8ndhM8L5PYrPYcFovVlYjoPHuUD5JAGkGqylkGr1fyxToIX0tKgWGFkZEs/PM1Rwnu6xKd8r
				LT/Tcv8J0bztKUE/fFr5raQjaVzQU+81engTBQ4i7CTVIHnYh8eN2r5LYoxOoA/vqXnukGW0IYcG
				HYQ013Xpe8CKpEtzJlwVDJFhUq74pumOS0n168jd8+a356r492lwzNrPc6CcR3iJOB5ueJNAmMzD
				O9ms/ugir4P+i/Wk1CxFAD6vfw0/+98nRbKisdE5d06SjjoAKJqqiYzTa6SWFX9OX+iYZCuWZ8Nx
				nppx2638OV3J0syWEJ8sWM98fBVrDnv1iUlhqy5Z+Nvj+Wp6fqMQ6MruE2bL7hHS8sIUJEGrnlz5
				R8ATGVaR5P2J4WjRSU2sx6D2OcszSvm/qEhqMnp6g74MvZZyKkVktXU4za3U/kb7deKoetsgPy8D
				p2SsKHPASe8//QnszUJQF/gtmxXb32g/Hs+r3z7451wZjDS2alm3/f6B70K0yiirEtk9Ecr6XBV9
				JlJoyfzlFGcGJsPXo7DblZ5qyzOmmWbL5yfpFjlA4FZdOuz/kRDMyAY5dJSh48h6P1lADuSngmVm
				83O2s2ErvwgVTt5jAZX1GyvyPTlwUCTVI25e7kzKkjBQKv0L+r1qVE2r9giVViLTqcEkz6Ogn1LV
				hzBAAKHqRBbMwZmQZQbHS4XnUgb4DqbizlvqjBWWTeEsezis3EpSzXyYOSEI5LVl13eafdyrgCoh
				d9Tj0n6Ma1ajkZGzEDWAw2I8gWrerXGYoV7m5mMR5tFLKXMTRsBFBLmdccid4R4BkeYza8wBwiK/
				pk+RMsLhSnr4J17WpjFjDaOs2hxSelzlcDDMynVnp1jP61tdQpkIEgzVnD5iYx0MMjyh23ypQ9Ym
				ACI4oTg8vsko3E+vZRgM24c6t6OiHvAQkfRnzClD2spGww58iY5y9xwrEu2AlHFlTF0YErhJh+N2
				tLbr27g44inXtp/IFNueCtvZ/KY00+OObocxaC67zWSiUbk5xBNoCSMcc8VNrSMFMdt3tdO9mgkT
				RjQcFDtbGVdNIuehfR4t8Al3TsWZRCJElltHHUs4xuqEl2m/jlfhqi5xM8AR1yeVKh2m+pYoIV+a
				2dI2Cv9RUfQd2UzdBhY6S5wWDOMjQQJp70toZJS7c01190Kd3Lc8DGjFK/SgvBEUsYDyC3lnPscq
				4/4OYEFFQUoEgAOn9TdsbJP4PnVDsPO56/Xx4u/p4PVGjw3x1ShcsOfqXyN1Niu9XCoGYqX/rz3G
				WE5soY0TVwpgp/VPS88vBkYNtW1AAn2rRgCY6Ow90n0vgKxG+6F0rURF4eLoUXy0uCp6LLKOG23y
				sYlwRn5XESsWcGoobAA7GqzyamSJjYlYzvTflTObdAHMaQC6ozQSF3BJUsgBzmaL8aFDFBEp9xJ7
				2PQTqHowHgEZAR8BY8cCjpTN7bhtNpPRIgujxhhj/NDDDzvU2CGHHG5mZGTCaMJoYmZiLhcLRUQo
				FAqHQqFQ6GABoUL4QAc2sIEMXCAXOIEOnEAJlMAQGBgYgRdFURQDRVEURyNSFMUQJkoMPfigHWyw
				wWBIYDAYDIYYDAZJPfgH//Eb7nORy3cAAQkM8P/3HVo6Ts/zeOJgSZAXXnivPn69md26zlQqDVWj
				0dM8zVItSTI041AoDBQDxeAw+H3euo7btm0bt22T7du2bffMzGxmMyNhwmhippldJrPLLLOsMgpl
				stnIRDYjE1mQSSZZyIKE9OFhDmtYCAzTXIYtLGzCJjRMwsLCwsIU4bJCsCpq02iapmmapmlaaL/r
				xhgLjbHFFptYLBaLBY7wJ/z2fd/3fd/3ff/Gbz1+23YdXreuxXVd+3SwLOFw27at/LZtQduSlpDb
				tm3rto0GTpoxf7dq1UaraC+JJy2vcQxpyKFwIYCBhwSxYoOTfP06miALrl25bhtBmHVW4bqGNaxa
				g9ZYOf3U0045dTn9dDOVqUzDVBqmmpiLL5ZQqUinUumIiFQqlUqlMglp28CwwLAwwWGCBAkhVKER
				ekW4KlatVn0IoVWpUp06VS0gapAUCt3RRxuV2iijjH7RiUo0Go1Go9Fo9A/f+Z47v88X/hggQAEI
				yMPDdZ7V43F+JKgADNwNL+cgYzGD57E4WHJYC78uW7LsOuWmlLKllKEMpcooT540WZolGSXHcUiS
				JEmSJEuSHMc5274wLSbOYp/PY+zxdDibbz5zmRmZMJwwmsf84phbXnnl1FA++chFLvIglwSRhIyE
				PDw4PIQFhoUJE4cJEsLDwyWEhxcI161Xr059MFHTyCPRRdf10EN/3PF4PK7H44wvPvF4PMTj8bge
				j8dFwP/3I/wgv78vvjvXf9/3vfm+Ho/f9m3Xek3Pnsfi4GCZlsOv67Zsy67vOp1KQ1tH1egZlp6m
				2bYsSQ6HwkCSJP153ed1HLcFN89kYWFaTIt9ZB+Pp+OZmc2MzKwjE0ajiQkTY/HFYhGLxWKxWCwW
				y0AiDxaLg4ODg8XBYRMmSBiEICEEhQWFCI7gy5YtV6ZcypMZ5Mkji4AiixzkCZcsWX7YYYfLcBle
				+OGFR8JBMElQOCJBkhQkSSGNFNJDD8kONbTQhBaakIQaklAIhZBCEfr93iGFer7fY5/Lw8P1uB6/
				/LZDNT3PY4k5nX4+4rE4mA6W5XCjrduydZhdp1NprNJQaNWe96AuGSVHhoZkkKEgOW5eN262zWTD
				TraFFiE2/ccFnasuOaFNhE1oRiZMmBhNzGVukVCFEppMZEQkCCWIRBISeogQQg0ODQyVEIb1D6EQ
				goJChMsKweqAg4FachlqdBpOIRGFQoNCCoUer8tQKLQIhUIRUlCEQqEIhe77/d///z+//PKHn3q4
				Hp/H79uuaXoe27YdLDv8uq/b2nLLTghiXafs1JdKQwvUEArto4/+POXnzZIkx+E4FJbCwEBZDP7u
				vI4Lcts2k4VTqFPBQqwv7IwBw9kEGEJCIAnj4KkHI0JhYBaKBUNASCSSYigWgygKYSgKIYQIDGLS
				SGdopAclhTjBHC3PtC9iXhZ4J6DNHRnWSsClX9Our75wxE3QieSw2frye+MzzFA7YsM4NIxB3klK
				SjrSkMVyf2fnzb2zFI64H0dLdw8IwzTj6bOfE4Y8WlLf/VRA4IGWxTSEdZwoSrdSF9UNZJ/J7Bra
				E34FMY6rRQ7lpeNmiNIksFvasZCQ8qAL3Wkvj5FCdvRpsmkic3qwdUP9kT6X4RhFBEphTvIX84fu
				7dDKZSRgJGgV7eh1UMu42IJsub+gdTVpOmz6uuoT24l18QY5U+bXHHObIWzLZUFVyBj+jVYRv9eR
				9EbjMa/wBe+JhZ0dINDiJmCxCdeJ+IGTRkdA3C0HiCddf0+HI52Dq6jRBmXNG6hQYkaBrD/gTJ+B
				shSmWu6eSJf7lHHpjiL94B4JPESZYO2ob45CzlMnk0OUBrQLDwaljKDzV6RQfAir2O4HT5H1opgA
				Ues8G/VhN/uyBOjKmZccMu2sjgQ8vKgF36iUKbaW90IUOowhVcmE54qCtKcqmPcBvuCGGmvTy2+x
				PJlBkEJ4ZqNdpNOoxB28i+RLMyvKPMgoaCLtC5W2UmN0wUNAPHlHlkSDING5fIqO1posLvI9g45F
				JBQYZCM2GYVFdJEZRPahu6uMPyYcIszZoFOwSO98DBmBtj5it66K03+fLTG89djqocE0cbomWd9L
				axvvgV4Gxd+y7ELQIc1MMWjRra6YU/EVZWitDmqx3mHtxatFjSD8KNbhoTwVCMPNoGBbbMxXzxJ+
				B0M3mLbgF83k318aoSRzXCLvRbJxeOlEpVVx7D5v4etWa+PrRaArqv0dbW/JY7W4skIUGZB7E25+
				MLxEo/HxWpM/zc2RoSXkRUWX9SlVw5a5o3oyP2dzEkMsnzAXRJ7uXVqVM3CimxqXHhDUsEKem8di
				8Fzoyd1Qz7Lipc49tGVOFjkjsja/sIvtOkJNJrHD/QmCAJNE4fXEBcSwEhkTX7D+h+u6enI2dLuy
				S9EqiS65ogUpPxTIbGM6v5X/sOnZ5Z44ub98lAFXcGUKz+x9n03RrVkQq/a0Jnixx+f56ZQMGdgi
				ForXy1WFgxUSJbMmQFCScujhJ5Bg5lRtyd1NnHCwOBMNRkxSdibWWpwx4VrH+wS7LzB50C20kGhQ
				C8Wx5y7Zeouy8Qdh1aDeBGozUNX/nDF1TOQ5h7W/P0KjhVo3hgSW9JeTawT5flisLyN1O4Tus5Ze
				6xB9ZUvvGUYfb6grlrmlPqoFE0etqPzyJ0wRShPbBoIavxm5WVi6CWArYwKFz2bNaHTuUxnDrFEJ
				kpAcoyNtYCTOX1n9oaWAbyO7DZMi6b9qdyyOotjWFoRtfJbuzjtS9oin4+bNZwgYxAAvJWLQkDse
				sbSUrc464ad0Yz2evNPXYNiLGrusxvRO25YuKA8gDmN3Hsc+Y/epekt7eeZc22ON7mkilUi4DkRJ
				QswRXsHWPUDIU2muS6yWilZApJcziLZ0SMod+/Lhn6CzGYiI8rdL26O6B0zOQjmwk1esiCx9Jl68
				uWGYVLYpQ9bfgm1gq+zlAJlJg9F40TU/NKFZaUIJV3xw5++/r/64ipDTOmb14tvvlMBZJU2cmmto
				ooXZNRFTi9AEV8k+8j4suOqcQgq672v4C6meKezXDmnXngNmodpWM+OL1y4USjhmQn8IVPsrSvDs
				T3Ib8VdRQrL/CS0uyor9aosanN7ScxMKz04glDmeMO4r8FtCALK5QCJ+xaPOopZSG23x8587cc/l
				ssoFVFZ1tsyCgziXyKRyAFkZcoNl6zYAMgeRR0hLPhaoxJxwiNKaQEQAR/o9b77yzPpjGSjMgYOd
				/B0qnnteahdDA7t6E4HYjxI+cJKjU4VEbzY5CWfhOEWDPxLhEqTUVXsd+GUyYwxGISA9jg4A7GoK
				mp3eatOD/dCBlKxznabnCzw21iKhRUWFwQniNkxNcVsXECq20Stf+S5/94IYKzW2eqjxR/eirMph
				R3z/buUp8Wz94kunLyQ4QGFmuxzNgqT49HWuBBY/CnsmETIQ7HMeClpixTE6jDaO1g3AAejfRctp
				HB03DbNiC3Fhgf33M/OQnAZvMmhTQ7cJWrdNB+Y2fhQWRkU33PhoCHKcdEjeFp0+htnKmVB+3uJe
				pW6qJKbdVSWrcUs9tIggwaosePCMxnMu8AMeVaJcux40BLCRLKHwe0xParxu3SknbEMFhmoUwckR
				HBNkEaRQYDzaTNjvs7/riJAcn3ZBW2brc86dPa/c0iSagE0+WZJdi6sz4AsccI1Chj5DvSr93r36
				ZLaMjyu0ABU7R9GcWUCKT+7clkDAVgLhAw8GRWB44kMJmLeM1yk0lfYCIiI9Jcy2mTTbIQoZ1HxA
				IcCTnYBjnCPpJ3UANB1Ck4pV8F8shTiiT8vRy9mrEduYz4XUYXp5BxG5P7lmBao8e4zqVKhOaZf6
				jHLa/Z1FHgEJ6Cx8WWMBnTJcjucWlzsQfSKdHW45NLDG1SbBGTltSVa+DbE9g7P166FMJt7qC4+T
				umkqL5154VnMGa2pp0KiZzvosjoZWQz3QMKWAg8rM0i4AQ+qC5YZfj/+lnjy4XtLD7YOeYESlLCW
				S+XpWt/En5HMWncE6f3ZEdq3Ugib79dE9vsL+OUvseLFEVKzlJ+6lBeuKDrfobsGlfH3WB9deQbq
				uksW10hOZ9zyXtvQhCfVrBd7Ir80SjoYKdAdI+a7aAnsJPWGPm1gs24Vi3D9n6BRCTsGEAG5Exlj
				sFctUlhTio5hqBODwRb0qwEQhk6ps03uwFPKA9Qi5pq3KTlGgXRnHP9oua3IoZ+k/KpBJvefV9sM
				dY1SnwHSMwMBWgvqVoKl085vc9SCHrI4M3Xx6AMmouX3CR+JAHKitkn8DvFSlxHWNDMDggF5zSgD
				7GwAernwFBpgTykHIG3X0h36GVXHoXtXRETC2CsbVAZhnUgBQgFLAb4nvmnPrul5lhUaLAcPPU1T
				dK8bfd21LStl16kLDR2O47iO42ROJWmW5EZO3DlxnLZt29ZtU8t122RqW9gkTuaNJqJNoV3x0NH0
				QVIKIECEEO8wi0wlr8nWVDVGkxamaVqYpoVpYQpTmBwWYQ9zWKWAhjFsYQpTmAUTKBDCQtjMwmZk
				ZCIs5uORLFJbbiPNQ8MZKYxEEhFhMMADFEBQwQURSPBgAAIiRPptkUSahyTShDSRJFIQaUICIAAF
				eZBAARNJIkJ6SA6pIYkR8XA0GAvFFCG0ajwS0pHiI4//fq+eF+F3PTx8LPFYHNbD923XND3Lsxxc
				B0+n0qiieuW+bmtLW1aMiEpVpYhQDdVAKHEqqFOmhjJVqhSpUaJEBWqmQM0k0yiZYorpm6aJUydO
				m8hvk7QIhWmkByKpCtVIIoUU0sQlS5UoUQqjhlrZ1atW92GFtVq1KmcmVdUmNagTOqESGhIPDXqo
				Qx3a0NDQ0FCFKjSEzjB0RkYmhh/OsDMzoTMzXM95MJwREZGQS8jFMmKpUDiRiIhIUILB4OOOYDAY
				DAaDQTZ4bxrehs2ABeNynucZDJ7nKDRwIClGXju+3/PvyZ8n9fCxjIQevm+7pulZnuXgOnjKKaWM
				vu7rtra0ZbmyLFmqLBEoSalhuJMkRZIsSZosWZLkSJIjRZoUGcgZJWNsJovx+xzoUeM4juOoMYwj
				chxRRBFDlCiKFUVRHEVRnFiRKFGcQAkMDAwMDAwMDBQDtUAFMnCBCgyBIXAaOCMT87mn4+lwYjib
				jWZhNiIjIiEympCLxVLZpUIZZSIJEmSiQUSExGKKKRgRERGPmEJsPvnki++P//7c73t++66H6+Hj
				EPxY7IUjjvu377l99+4d5K1916+Hj0PwY7Ft8W36gW3ztMMjbNueoG17UyMgjb7u67auW7Oe6tBV
				DfVwKKzQwTewYwEHCTjggIEEGnBwgIMEZgPGwLECxmAEuCJPchwVE03Ts8wzyxwUHfPnz73q2XNn
				Dee2M+dtVkzzrJElCl2XVdlyZcohU54sWUGeYFkOVnBwsBwcHBwcHOwtmMELVrCDFRyCQ/CMTGc+
				MxM8M6MyxOk0lJqRRd5owjTMSDkiInKxVCwVSghlIpGJShqkE5WoRGMS0Yej0WC0AYMuGAuFQxEi
				xLxyiYVCAwcKlgkbCa0BbfDHf/8x99s31L67Hh4+Fo/FYT1833ZN03PlWQ6ug6dTaTR6t2/dtrUr
				bVu206Bt23sN7bAPJM7TXlmzZckGS3bsWJGzziprbBvX1WvXdV21btUaVrFrWMcTVdRQA1RMIQUn
				KMiYQoqgmAkhIR4ES4gIESKEQzQEQ4QIESJEiBAhQszISHxiPp4ZT6fD+XxzzcNowoyEEJwRkYuE
				GiIXS+WVUz6hTCQWSZAH+cQlHhHxmOPhaEg0GIzFFY+Yh5jLJxby/7//uP/+Pb/revj44R9f/P3i
				h3/ffv379uvTpz8//PnypyOdUfTSR/8++O/du49oe/bs16urGiq3oUNPeOGDHz74nj9vvuUv/M2X
				J09+fETHi4GfzWSPXfbYvwf+u/fu3Pfu3Ldr1x5272EfXfTQQ79u/br16qJXp059unTpQZ/woE+4
				hI8+XcIjPMJ7Tjj8QXh4wxnO8IUrfOEKD+END+EzMh7vIxPzscfTmel4NgZIowkzI2FGRDYiISEX
				WyxCqVAmnMtE4iBBJiyZuC1hiQg/7HA0GozFY6FQhPDccok/hVK48zASRzcFlcoyBhMR4nBYEgZK
				gEIBcSjFYBxGUQwDkQghhBCjLGHS2EgPYDmh4+6+bHmnbrwF38OPggIHwuRNAxOOTljT0b67IvIX
				HmdIKvGHB986eTVFFnG4nMfaTT+/V53EZUcie966MAc57yL7+ILdJIa6svuit+5OvjxIN8kBpcPY
				43rzMoNsLp2FF469us5DGYf56eJ34HkKRzmL7D2PMGj5Xp3WypyFcG4WW5h9KEDywx79YsDCElhZ
				Ax+7iKXI4j/L2y1Ih22JawDNADyHSF+mhQta4rd846ThoxOijNtexA6pJURHXO8pxZ2SWqN6Z1gU
				YuQDgxuTufHM4CBBX9Wlh+soltcwCiv7CyWacbogyEvTWVnmgQ30nG55fH7OaAhyU4701AxYT7zy
				nKU9uCI5pn/damz8us7EtdVq7lbrN+MCuzO4S5U0xmqCwvCmmVpnrbFH6gdcMCGfDgIo3g2RChnn
				IjvkMlf3kaSZBtRjZrQSPGw3xtDNzpTkMasvr9EmDSwMGUAqe0bv0hNL0YhAKs+SUGNoQPixK/J/
				ZY/4EF+k3MTXHzQwIZq57LZeWAOXeyOz5182UekoH158L2RHALV9ybFLSmhE+w6NbZvnuy28UXlu
				LmCyCKy1iHekzdUjp9bLoxmVmi40lpu3P8OOn1pA5I/5dCwzPtdwKFvXkzRAB5zNhK2+/vOkwphF
				CK0AGWQT96u7xVr7s2FeR6djtUMBumWuyMu94zEwzbI5dN97TKTg5lW0404RSKvPUpvnOMyUegJr
				qT17+yUEkqsOtlENCl8NYx8F/1wKNUWQjVeCzejFGH0em9ecfSrvBG1ttm3NVsGPybfuXWbafBsw
				cOeZYb+ykqc8AQMo/AD1l8nOjsFbhCuSUhQsz0zCXIf7ImssZDJ2cYNvf4pTdsa7lbg/oimH4htL
				oaQvUMktyuPW/mBxXqg75zjdaUu6d8CY4OtbpBStrUfQu/TJStzUACjPWjdkS1hXhxMQ8m3aGKXW
				eNrQUSclvJ1tZzKX/xhJVL51xplT0ATZJYPeSqf1GiVtMk2vA1s08qs5Pk04qIjMr0uVZjDAkQ0e
				3+WNK8OwsjiM0auTtvvyxvlCIwoMPOv+HE0sTg+vATvCnaMdts0SrIXiRd0B7m54XrEw89FgP75a
				vsAKkHhUUWQGxLjrdBho5WvaB7fzVyCnv5qFd4waXRol768d/QsThN51TGQ92j9gP92LBdavy3DZ
				OBl9UF2yLy/kJX1mWslretgmse3s6zYVlW3wKeO2x9Epa8XEVPWUqNt4ujbdb1fTE7fjFcqm7Nil
				0zLefhNO3vSWWxsKC1y4EcBSr5bV6IvC3dfon1H3yCMCUD5PxXvGqlkiYvmoVKVT/0Id53wlGZnD
				l6EFg5nKVVDg4hxq7zCnLiLbTJYfCMEhfV9Qz3uOkTH4hQZlt5ODMJKnGkTKVLRJ5JJvUsf1T98F
				7DJR4f4rA3YcWh4NdGSimSXlMNMD3nj+EoZ4SiFm3970vTVkaVTndBXoxkaUaEfjdt4KOwDe53jr
				cvcXE9tA7nvIcPPb/G1Zebi88wuLZXCdc2JzJb+BVyAK4OLV8PGo0KdrYxEcJ/GBspk8Ddfy4Lte
				Az3u6fDIzgNnDu7WnfIo80sWXFCRkCfdMPsxPf3Lzmm39rVRlY8bjF0n8z7DyZZxfOUbmKVzUWHD
				s4SsACyLQr2kHkX03NlNm2VUVbCTG2KFjVHZ0xIsbSCSf9kliWYZ6Kp1+tRxiyZNg9Yfsb06fXO7
				/Z51mF4eWQd3yOe2sK6nQBM3OkwYpCUOCwc6QyLs5Q/HlZ8nNu8GfjoWYRsAJnT0p8chNzdrz4Uy
				aIZu2sxPkehWPPzjKQf73zUGeMk/AOtB3+zm/mJhVs8Jdv96whGZoyCF3JkpPa3B1UaBbGQ27eze
				ryen4oKYSxIg5uQb49pCEX2GuVMovjK+Sjguv+W7nVaC9pZe0qDg+qdX66H4B9jWFVPd6q6d+ibm
				iushjzk8r+xlU0R2pn3nN/GTWkRweN0KRzmb3xx0b3Th9kZfVSXMTyKQmBSUMqs+USbVC1u3CRrX
				dGb/wwjpVP5WYVgUN1V+k9ilOcTFHEutxOGVGzR7U0hCgeSVsG6VfEZd7/+TwmcL5xS6GQqB8l6Y
				fpqev238yQN7tzTBCDwpNyH5U8/bQZaDT2ZDjWZ2CemzJ5EtalAJHqsBAJ04VHWEcQw15kMTx3HI
				+1822Pzxyc6kRESApkSQgJFVcdpLYcWq9W41JxiBVVH5uCMqFrlo+1d4rh1RWF9DyORp/yYFTUqS
				x6YTH+eaX4tzNmmzIPP5pEXDemNEp/4hgVPIRE/Q9S2hENO5zNFdFumlKrbIUAD2hXRDeyGfzrF4
				ITqbEv+XRzFskKMuFImNRtjmQtdDoSqJC53amPsWCvc+38mghaLlPJHcib5JhCXgmA9hxTCELeJv
				nuT6uxBIhUoXCGmBzwSsPk/pfjgh+j+Sv9y4TtEKkdwhfTMlmhOPKdGW5ZcSLVpoKdH/hZUS/VdK
				ifZhSjSJlhJ942FVtt/L5iLSeuWSEhVNkRWC4hhaXfAyhcqefb+B4H16rbvP9GxBkET99W4hoB/t
				mpzN/tlx84FNE/jNIJ4B5X/dMIaUL6HiX5oTBkzDfIe4c1U3Ur8h117J++qHuUfktbLuD9JkrI7l
				OQAe9Qo3TFKN6OtdmNdeHFYe8x4i7BVPLKFfj9el5mjSawpssq8U2UKDv7znE1pyBI9fnKry9rCW
				B69SMKp5em892ffmZKr+j7mA65Dkt5ooVG2yKNoO4SSggHVmZUVEbXts5IjDiwEgSVE7rv/fyChN
				HoyRu8TpjxNS/xmUMwBaXAwKEKAlzQGfDq5MoSUrlwGAwwKeAJMAmwCHwxJe+P8n3PKyWjSlTqWs
				dF2jDA3t35/fKK9Zs0LPWd47Dsfhyp2cJEnicMKhcCyOwWAgW61ZF6uKDKyiYk1JkSpmpLgVoxiq
				0yxiEVGJhjhEISISDc3QDDmsIQ1nKDMjsxGq2cSE4VAYwwpfSJmjQlFKWELChWSEIpMQhjAIG6RP
				5shxOo6bySbbYrRYWFiDwWAwGAwGx2AwOMEiCnxePiePJy9enPhwKHwUjsFNDAYeSKm2vq469P51
				XXW1ruu6ruuoQ11a6tLTE+miiSZ6aKEhoVHRKCgo0J07P3N+5lwz6UDXTDPNjGeeeZ4nJkwlTGV5
				8zLlkklGSkhGREQmU54sQbq739xv7tpBrk2b9uwte/v/f39jxoGYKlS8MJaZ4jiOI47DKo7D4XA4
				HA6HQ5xODSqnNa0pe0xTmk5jnla1Op1OYzptOZ0GlS6llNKSBkkJycgyIlKRThrSIA3SroDXPS6E
				q9VonXVdt8q6NdZJaY01rGFlb7TRo4xWtKIUnaCYkKDEoou2jEZDG3ooQw9laIWGaIVSKIW2ErrQ
				CA0NDY2GhvZ+Z29nr16lPq30KHUqXbo+qjV66EF/Pr+evp5+/p+X5X18+PANrCCiWc1ksW0xhoU1
				1kOQJUM0URMSXSwiGiJEI/pkEdGEsJoQJiGMC2EREkJYCGGNEHoII1UVcdNpCFKqdK3caONGUGhD
				28Pi+5WwBW8vb126cxszcuXu0t2NGzfcCLcssbNBtlhiyRZL7OzQCNso2zoYsyzLsq1OrlajqkF1
				qlKV6qpRXTWqoTrVUC211KmkFrWoRB0iIqIRUSnQdNrp04KprFK41PoB4iUBERhCDLIq2wlT4WlW
				aZXeSYvY5c/m1CH8qUb0nPEId2gA/33Q0tMs1JTdk5KIV8+G0aHwR0VqSeNxA+q/j1R847ZaXbbi
				y1wLaL+Fm/HM5RyMwlliD5FpIhKB1jTg+d8aIua9ZAl71ubX3+8jMUsF9swavkln1HRyhFzoSpXi
				R3Ja8yW/+CYjtThyWuHwZ/Y7cYwcbSDGUgFmAJbIUWlLPFKm4Xwhln3GGfNuDfZABvCcylQ9mkKG
				shyP//vXv/6XkJzSI/ZqlCIXbK2Bg0XtLi2DPRvz+Tg3xzI3kYGccmMIq0UncKJXhes2qYxmAPB2
				g1xGpEcwzmVWXZr7rCZLn+m+R0bz5dGNSSeL7j3uIJDgPRAj4lLxbjzkHRLN/vz/wNRiChFudy+P
				qGqCTT+4LvjAoXzNF5BFg5rl1k98VLgwy3g3MC4cBp31r7OEyF05YItomOHALK1aI/lgIf41BTIq
				ZXGf17HFdrYEvxiLECZ9n0OLELtcdB43NmY3eWyGvgqlTQbdCrzac00FNARpSg8Pfkosa324bSGF
				RNf9ly3tl7D5JrGWkmEGuHNL36wreTBFKgIgASE39/fRnW5gbPCQh10ELADPHwJmqt0h4pdO1by9
				ulRMHikbaD2VyWyzUC1fAINdBLRco1hPXSyeTlLqqtTIaONtBiR0AOYfQmEvgjEMO/4rDFb/I8W9
				cFtbJwJwXvdieJAJMVEmxWvF3N33ubWKafJ5FDKzZwlEinlcnN+zO3/txRR5uXBSQ6lp0H6u7jRq
				WWQbsR6lyFE+57Js1jGIzHGdoR6jbik3rENmD6W1HnUboX2eF9ut2oZT+u2CqzMPC83pUnEJV9bk
				2XjOX+iN0zVmY+qokEMbGRkPDhsvwYuE0C7Yu6jTmLn/QUEVaFhw2V18TPUobGtdatmsITY1kOM7
				mzCQw7A6M8jJgF7g4PpQL9jFddcmm3srnBPGlgP5n7O1jgJeyXK7UMHhF1CuCZhrcK8s4VhkDws6
				KhdBuLyTFUKbf/SP97oOg5zcqRBkT4aJYqiBleGDp3yKDlWmpdexM6RSfVYf0mbvIoSF5Cdcs6Ub
				snAQh3ihAK/OsirKbXaKeP/EgECtyGnjNoGi5QI7iMhs6qiaKP813nabcZfQmyaH9MOx+xomTaFp
				omrjf7MUMiEc4E09tOfHctgSqX672rmAfrBXR0uRiHsb04BewZFALbzU57YftTQcdGG6gB8harg4
				s5yhiEQAIEAHUerw85GtAeGpWafHD9lbgAXu9tQXsVjZiN+LoVQ+qlny3xof8cW/EouQPQCFjGZM
				N9/n/ywRa/HqDLFNKwA6RMQIHlCPpQOMzi7m+bRB6UbSn+g1pJ2klDINJtJiZmYFA3kAegB3AB85
				nvwYdhHRjDWjjO7YkSO5ceM5fpRdHv//p1/GfT//MXadaEbNkCEdHRy0sXGOj9rFE41rLGZd057n
				0x+rXTKIpmpK6q0W66vVWR/DLiIaqiEhl0okejQ66aPsMtFMzchQp8OR2mzO+Ri7TjRSIyJSqVBo
				Mjnlow59z8vgzv08P8auE82oGTKko4ODNrhxjo/aRRONayxmXdOeOZ/+2NglRTRVU1JvtVhfcXXW
				x7CLiIZqSMilEok04uikj7LLRDM1I0OdDkdmw805H2PXiUZqREQqFQpNODnlo3ZRiKY1lbJtWa9c
				z35M7JISDWsofFmSAWLWNe15Pv2xskuGaKqmpN5qsb5anfUx7CKioRoScqlEooxGJ32UXSaaqRkZ
				6nQ40s3mnI+x60QjNSIilQqFJpNTPmoXSTStqZRty3pdT/ZjZLooK9GwhsKXJflxPPkx7CKiWWtW
				Wd21K1eeW7ee60fZZaJ5zeUUEwIoRIpQWJYkKaOM8gk/GRN7TDwx6UlNiCbD4ODCRCaddMIJJ91k
				k/8fn8m4q359tE6f93M5e3L0Pc/v+8dHxxjDQ+5RLGvQaGkMAwULEixEeFAhQgGJBBMWBiQYPFRE
				CAA6bAGFggDS8a4Og5CouOAYLQOKAxQDLjY27j8QqHi4KDAGQ0PEhG07GLCggHBocDtaDQioQhMk
				QGg40MBiQTtugqqoYtDJLMlw4hYRIZGopDlSMBgE5BEEQRAEIUAQBEEQAoTCECIghBABRQghkQQZ
				HhDqrRTsw+Y0eqvtikMRTozBzvkir6AUC49J6dJe/my3JmCPjefv7ZQ+UOjan3s8F5sHinS0LNWt
				ahI/Bh8UgHVGCxUWBBPBLvcKKEqFJ6dK5kmpt/cvlf22gY//lMqehDMASAlGnV/L3Cx70uD+hOVA
				qbxDBZu3PKl8tdS1UU7qP3vSdLTAQK9MveMKKLfVdIASMSUm3oSzgjQ+F5qmNpUZXs8m74zZGUwX
				BgefAZVCVHcI+3eH08a7ioAGkUchKbbHJE4iu4LObMyl2aQomGf6gnGE8jJ08M+zqxmOyv3fO+vY
				9Z55zPXyUDsJWR75CRkIgzQxbo8Y1jK11DfyA3ZxHafp3mGqivBPO4RAEYTJ+LfZQnFzt6wcNx5e
				zEHgmk6QVqABb5F/dIlu92QtRxG9/AUrUbJH3FauZ9J9POcoBpQ4ry/nTChzi0i5Lkk145lPMKHE
				e704J0IRLUbL91m6z89choUQx8vllBCKbBFZrudSfXrnOSaEOEcupkQpBIvI8j1J7fM1x7EhxHf8
				l92DKpsLkfJbktrGc55jQYh3cmFKlCK2jFgOcJMhBOwNKMIqWjgdJH/OTDOhiBaR5Xoq1ed3LvwW
				E0L5xcycSMpoESm/JaltPOeZ6JuQX12l5xAd3qLC4fd0znfCzV4Jkt2iFSjZJ24p13PpNr3zjOhF
				iL+v0vMQTU9R4fDzuOc/acQvBJN+2Q6Y7Be1l+u5dJveeTr8ItTX1/lxibenuFD4e57rn3RkF4LI
				v2hGROaJWsq1RLrN7xw/ehHi76vEvcTDu1A4/D3v+U168wuC5V80BiJ7RduVE85siIG9g4hASnwe
				0CafT0lDSVQYFyii5Zzz1o68VAS0gjNeQgh5Ry+kRGkk5UjxPUv34pnnYCDkOXqZMk0jvhhZXudS
				+3TnGUwIOadcZETQjC9GlN+59DbdeQYTQs4pFylRGpIyWt5GUvtxzfEngpL35WXOlGagjJbfs9Ru
				nrn8CdDkfb1IEqEZFKPldSq1DXeegIWQ7+tlSqpZAw==|
			)
			(checksum "EA8E9D8F4AC17759C7C6FC825DA4BB2F")
		)
	)
	(model "kicad-embed://QFN50P800X800X100_HS-57N.step"
		(offset
			(xyz 0 -0 0)
		)
		(scale
			(xyz 1 1 1)
		)
		(rotate
			(xyz -0 -0 0)
		)
	)
)