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relDNTL / relayM.sch
Last update 1 year 10 months by VirgilS
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relayM.eco
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relayM.pcb
relayM.sch	view raw
relayM.asc!PADS-POWERPCB-V9.0-METRIC! NETLIST FILE FROM PADS LOGIC VVX.2.4
*REMARK* relayM.sch -- Fri Mar 31 13:16:13 2023
*REMARK*  


*PCB*        GENERAL PARAMETERS OF THE PCB DESIGN

MAXIMUMLAYER 2              Maximum routing layer

*PART*       ITEMS
K1      MULTIRELAY@MULTIREL
J1      CON-6P@MOLEX_87089-6A
K2      MULTIRELAY@MULTIREL
J2      CON-6P@MOLEX_87089-6A
K3      MULTIRELAY@MULTIREL
J3      CON-6P@MOLEX_87089-6A
K4      MULTIRELAY@MULTIREL
J4      CON-6P@MOLEX_87089-6A
K5      MULTIRELAY@MULTIREL
J5      CON-6P@MOLEX_87089-6A
K6      MULTIRELAY@MULTIREL
J6      CON-6P@MOLEX_87089-6A
K7      MULTIRELAY@MULTIREL
J7      CON-6P@MOLEX_87089-6A
K8      MULTIRELAY@MULTIREL
J8      CON-6P@MOLEX_87089-6A
U1      ULN2803AFWG_C_EL@SOIC127P1032X285-18N
DL1     150080SS75000@LEDC2012X80N
R1      RES0805@0805
DL2     150080SS75000@LEDC2012X80N
R2      RES0805@0805
DL3     150080SS75000@LEDC2012X80N
R3      RES0805@0805
DL4     150080SS75000@LEDC2012X80N
R4      RES0805@0805
DL5     150080SS75000@LEDC2012X80N
R5      RES0805@0805
DL6     150080SS75000@LEDC2012X80N
R6      RES0805@0805
DL7     150080SS75000@LEDC2012X80N
R7      RES0805@0805
DL8     150080SS75000@LEDC2012X80N
R8      RES0805@0805
J10     CON-6P@MOLEX_87089-6A
C1      CAP_0805@0805
K9      MULTIRELAY@MULTIREL
J9      CON-6P@MOLEX_87089-6A
K10     MULTIRELAY@MULTIREL
J11     CON-6P@MOLEX_87089-6A
K11     MULTIRELAY@MULTIREL
J12     CON-6P@MOLEX_87089-6A
K12     MULTIRELAY@MULTIREL
J13     CON-6P@MOLEX_87089-6A
K13     MULTIRELAY@MULTIREL
J14     CON-6P@MOLEX_87089-6A
K14     MULTIRELAY@MULTIREL
J15     CON-6P@MOLEX_87089-6A
K15     MULTIRELAY@MULTIREL
J16     CON-6P@MOLEX_87089-6A
K16     MULTIRELAY@MULTIREL
J17     HEADER2X5@SAMTEC_TSW-105-14-F-D
U2      ULN2803AFWG_C_EL@SOIC127P1032X285-18N
DL9     150080SS75000@LEDC2012X80N
R9      RES0805@0805
DL10    150080SS75000@LEDC2012X80N
R10     RES0805@0805
DL11    150080SS75000@LEDC2012X80N
R11     RES0805@0805
DL12    150080SS75000@LEDC2012X80N
R12     RES0805@0805
DL13    150080SS75000@LEDC2012X80N
R13     RES0805@0805
DL14    150080SS75000@LEDC2012X80N
R14     RES0805@0805
DL15    150080SS75000@LEDC2012X80N
R15     RES0805@0805
DL16    150080SS75000@LEDC2012X80N
R16     RES0805@0805
J18     HEADER2X5@SAMTEC_TSW-105-14-F-D
C2      CAP_0805@0805
*NET*
*SIGNAL* NC11
K1.2 J1.1 K3.2 J3.1 K4.2 
J4.1 K5.2 J5.1 K6.2 J6.1 
K7.2 J7.1 K8.2 J8.1 K9.2 
J9.1 K11.2 J11.1 K12.2 J12.1 
K13.2 J13.1 K14.2 J14.1 K15.2 
J15.1 K16.2 J16.1 
*SIGNAL* COM11
K1.3 J1.2 K3.3 J3.2 K4.3 
J4.2 K5.3 J5.2 K6.3 J6.2 
K7.3 J7.2 K8.3 J8.2 K9.3 
J9.2 K11.3 J11.2 K12.3 J12.2 
K13.3 J13.2 K14.3 J14.2 K15.3 
J15.2 K16.3 J16.2 
*SIGNAL* N011
K1.4 J1.3 K2.4 J2.3 K3.4 
J3.3 K4.4 J4.3 K5.4 J5.3 
K6.4 J6.3 K7.4 J7.3 K8.4 
J8.3 K9.4 J9.3 K10.4 J10.3 
K11.4 J11.3 K12.4 J12.3 K13.4 
J13.3 K14.4 J14.3 K15.4 J15.3 
K16.4 J16.3 
*SIGNAL* NC21
K1.7 J1.4 K2.7 J2.4 K3.7 
J3.4 K4.7 J4.4 K5.7 J5.4 
K6.7 J6.4 K7.7 J7.4 K8.7 
J8.4 K9.7 J9.4 K10.7 J10.4 
K11.7 J11.4 K12.7 J12.4 K13.7 
J13.4 K14.7 J14.4 K15.7 J15.4 
K16.7 J16.4 
*SIGNAL* COM21
K1.6 J1.5 K2.6 J2.5 K3.6 
J3.5 K4.6 J4.5 K5.6 J5.5 
K6.6 J6.5 K7.6 J7.5 K8.6 
J8.5 K9.6 J9.5 K10.6 J10.5 
K11.6 J11.5 K12.6 J12.5 K13.6 
J13.5 K14.6 J14.5 K15.6 J15.5 
K16.6 J16.5 
*SIGNAL* NO21
K1.5 J1.6 K2.5 J2.6 K3.5 
J3.6 K4.5 J4.6 K5.5 J5.6 
K6.5 J6.6 K7.5 J7.6 K8.5 
J8.6 K9.5 J9.6 K10.5 J10.6 
K11.5 J11.6 K12.5 J12.6 K13.5 
J13.6 K14.5 J14.6 K15.5 J15.6 
K16.5 J16.6 
*SIGNAL* +5V
K1.1 K2.1 K3.1 K4.1 K5.1 
K6.1 K7.1 K8.1 DL1.2 DL2.2 
DL3.2 DL4.2 DL5.2 DL6.2 DL7.2 
DL8.2 U1.10 J17.9 C1.1 K9.1 
K10.1 K11.1 K12.1 K13.1 K14.1 
K15.1 K16.1 DL9.2 DL10.2 DL11.2 
DL12.2 DL13.2 DL14.2 DL15.2 DL16.2 
U2.10 J18.9 C2.1 
*SIGNAL* CR1
K1.8 U1.18 R1.2 
*SIGNAL* NC12
K2.2 J2.1 K10.2 J10.1 
*SIGNAL* COM12
K2.3 J2.2 K10.3 J10.2 
*SIGNAL* GND
U1.9 J17.10 C1.2 U2.9 J18.10 
C2.2 
*SIGNAL* CR3
K3.8 U1.16 R3.2 
*SIGNAL* $$$27117
DL8.1 R8.1 
*SIGNAL* CR2
K2.8 U1.17 R2.2 
*SIGNAL* CR4
K4.8 U1.15 R4.2 
*SIGNAL* CR5
K5.8 U1.14 R5.2 
*SIGNAL* CR6
K6.8 U1.13 R6.2 
*SIGNAL* CR7
K7.8 U1.12 R7.2 
*SIGNAL* CR8
K8.8 R8.2 U1.11 
*SIGNAL* $$$30239
J17.1 U1.1 
*SIGNAL* $$$27134
R7.1 DL7.1 
*SIGNAL* $$$27151
R6.1 DL6.1 
*SIGNAL* $$$27153
R5.1 DL5.1 
*SIGNAL* $$$27154
R4.1 DL4.1 
*SIGNAL* $$$27156
R3.1 DL3.1 
*SIGNAL* $$$27157
R2.1 DL2.1 
*SIGNAL* $$$27159
R1.1 DL1.1 
*SIGNAL* $$$30242
U1.2 J17.2 
*SIGNAL* $$$30247
J17.3 U1.3 
*SIGNAL* $$$30249
U1.4 J17.4 
*SIGNAL* $$$30251
J17.5 U1.5 
*SIGNAL* $$$30253
U1.6 J17.6 
*SIGNAL* $$$30255
J17.7 U1.7 
*SIGNAL* $$$30257
U1.8 J17.8 
*SIGNAL* $$$30485
DL16.1 R16.1 
*SIGNAL* $$$30486
R15.1 DL15.1 
*SIGNAL* $$$30487
R14.1 DL14.1 
*SIGNAL* $$$30488
R13.1 DL13.1 
*SIGNAL* $$$30489
R12.1 DL12.1 
*SIGNAL* $$$30490
R11.1 DL11.1 
*SIGNAL* $$$30491
R10.1 DL10.1 
*SIGNAL* $$$30492
R9.1 DL9.1 
*SIGNAL* $$$30493
J18.1 U2.1 
*SIGNAL* $$$30494
U2.2 J18.2 
*SIGNAL* $$$30495
J18.3 U2.3 
*SIGNAL* $$$30496
U2.4 J18.4 
*SIGNAL* $$$30497
J18.5 U2.5 
*SIGNAL* $$$30498
U2.6 J18.6 
*SIGNAL* $$$30499
J18.7 U2.7 
*SIGNAL* $$$30500
U2.8 J18.8 
*SIGNAL* CR9
K9.8 U2.18 R9.2 
*SIGNAL* CR10
K10.8 U2.17 R10.2 
*SIGNAL* CR11
K11.8 U2.16 R11.2 
*SIGNAL* CR12
K12.8 U2.15 R12.2 
*SIGNAL* CR13
K13.8 U2.14 R13.2 
*SIGNAL* CR14
K14.8 U2.13 R14.2 
*SIGNAL* CR15
K15.8 U2.12 R15.2 
*SIGNAL* CR16
K16.8 R16.2 U2.11 

*MISC*      MISCELLANEOUS PARAMETERS

*REMARK*    PARENT_KEYWORD PARENT_VALUE
*REMARK*  [ { 
*REMARK*       CHILD_KEYWORD CHILD_VALUE
*REMARK*     [ CHILD_KEYWORD CHILD_VALUE
*REMARK*     [ { 
*REMARK*          GRAND_CHILD_KEYWORD GRAND_CHILD_VALUE [...] 
*REMARK*       } ]] 
*REMARK*    } ] 

LAYER	METRIC
{
LAYER	0
{
LAYER_THICKNESS	0
DIELECTRIC	3.300000
}
LAYER	1
{
LAYER_NAME	Top
LAYER_TYPE	ROUTING
PLANE	NONE
ROUTING_DIRECTION	HORIZONTAL
ASSOCIATED_SILK_SCREEN	Silkscreen Top
ASSOCIATED_PASTE_MASK	Paste Mask Top
ASSOCIATED_SOLDER_MASK	Solder Mask Top
ASSOCIATED_ASSEMBLY	Assembly Drawing Top
COMPONENT	Y
ROUTABLE	Y
VISIBLE	Y
SELECTABLE	Y
ENABLED	Y
LAYER_THICKNESS	0.254
COPPER_THICKNESS	0.03429
DIELECTRIC	4.300000
COST	0
}
LAYER	2
{
LAYER_NAME	Bottom
LAYER_TYPE	ROUTING
PLANE	NONE
ROUTING_DIRECTION	-45
ROUTABLE	Y
VISIBLE	Y
SELECTABLE	Y
ENABLED	Y
LAYER_THICKNESS	0
COPPER_THICKNESS	0.03429
DIELECTRIC	3.300000
COST	0
}
LAYER	3
{
LAYER_NAME	Layer_3
LAYER_TYPE	UNASSIGNED
PLANE	NONE
ROUTING_DIRECTION	NO_PREFERENCE
VISIBLE	Y
SELECTABLE	Y
ENABLED	Y
LAYER_THICKNESS	0
COPPER_THICKNESS	0
DIELECTRIC	0.000000
COST	0
}
LAYER	4
{
LAYER_NAME	Layer_4
LAYER_TYPE	UNASSIGNED
PLANE	NONE
ROUTING_DIRECTION	NO_PREFERENCE
VISIBLE	Y
SELECTABLE	Y
ENABLED	Y
LAYER_THICKNESS	0
COPPER_THICKNESS	0
DIELECTRIC	0.000000
COST	0
}
LAYER	5
{
LAYER_NAME	Layer_5
LAYER_TYPE	UNASSIGNED
PLANE	NONE
ROUTING_DIRECTION	NO_PREFERENCE
VISIBLE	Y
SELECTABLE	Y
ENABLED	Y
LAYER_THICKNESS	0
COPPER_THICKNESS	0
DIELECTRIC	0.000000
COST	0
}
LAYER	6
{
LAYER_NAME	Layer_6
LAYER_TYPE	UNASSIGNED
PLANE	NONE
ROUTING_DIRECTION	NO_PREFERENCE
VISIBLE	Y
SELECTABLE	Y
ENABLED	Y
LAYER_THICKNESS	0
COPPER_THICKNESS	0
DIELECTRIC	0.000000
COST	0
}
LAYER	7
{
LAYER_NAME	Layer_7
LAYER_TYPE	UNASSIGNED
PLANE	NONE
ROUTING_DIRECTION	NO_PREFERENCE
VISIBLE	Y
SELECTABLE	Y
ENABLED	Y
LAYER_THICKNESS	0
COPPER_THICKNESS	0
DIELECTRIC	0.000000
COST	0
}
LAYER	8
{
LAYER_NAME	Layer_8
LAYER_TYPE	UNASSIGNED
PLANE	NONE
ROUTING_DIRECTION	NO_PREFERENCE
VISIBLE	Y
SELECTABLE	Y
ENABLED	Y
LAYER_THICKNESS	0
COPPER_THICKNESS	0
DIELECTRIC	0.000000
COST	0
}
LAYER	9
{
LAYER_NAME	Layer_9
LAYER_TYPE	UNASSIGNED
PLANE	NONE
ROUTING_DIRECTION	NO_PREFERENCE
VISIBLE	Y
SELECTABLE	Y
ENABLED	Y
LAYER_THICKNESS	0
COPPER_THICKNESS	0
DIELECTRIC	0.000000
COST	0
}
LAYER	10
{
LAYER_NAME	Layer_10
LAYER_TYPE	UNASSIGNED
PLANE	NONE
ROUTING_DIRECTION	NO_PREFERENCE
VISIBLE	Y
SELECTABLE	Y
ENABLED	Y
LAYER_THICKNESS	0
COPPER_THICKNESS	0
DIELECTRIC	0.000000
COST	0
}
LAYER	11
{
LAYER_NAME	Layer_11
LAYER_TYPE	UNASSIGNED
PLANE	NONE
ROUTING_DIRECTION	NO_PREFERENCE
VISIBLE	Y
SELECTABLE	Y
ENABLED	Y
LAYER_THICKNESS	0
COPPER_THICKNESS	0
DIELECTRIC	0.000000
COST	0
}
LAYER	12
{
LAYER_NAME	Layer_12
LAYER_TYPE	UNASSIGNED
PLANE	NONE
ROUTING_DIRECTION	NO_PREFERENCE
VISIBLE	Y
SELECTABLE	Y
ENABLED	Y
LAYER_THICKNESS	0
COPPER_THICKNESS	0
DIELECTRIC	0.000000
COST	0
}
LAYER	13
{
LAYER_NAME	Layer_13
LAYER_TYPE	UNASSIGNED
PLANE	NONE
ROUTING_DIRECTION	NO_PREFERENCE
VISIBLE	Y
SELECTABLE	Y
ENABLED	Y
LAYER_THICKNESS	0
COPPER_THICKNESS	0
DIELECTRIC	0.000000
COST	0
}
LAYER	14
{
LAYER_NAME	Layer_14
LAYER_TYPE	UNASSIGNED
PLANE	NONE
ROUTING_DIRECTION	NO_PREFERENCE
VISIBLE	Y
SELECTABLE	Y
ENABLED	Y
LAYER_THICKNESS	0
COPPER_THICKNESS	0
DIELECTRIC	0.000000
COST	0
}
LAYER	15
{
LAYER_NAME	Layer_15
LAYER_TYPE	UNASSIGNED
PLANE	NONE
ROUTING_DIRECTION	NO_PREFERENCE
VISIBLE	Y
SELECTABLE	Y
ENABLED	Y
LAYER_THICKNESS	0
COPPER_THICKNESS	0
DIELECTRIC	0.000000
COST	0
}
LAYER	16
{
LAYER_NAME	Layer_16
LAYER_TYPE	UNASSIGNED
PLANE	NONE
ROUTING_DIRECTION	NO_PREFERENCE
VISIBLE	Y
SELECTABLE	Y
ENABLED	Y
LAYER_THICKNESS	0
COPPER_THICKNESS	0
DIELECTRIC	0.000000
COST	0
}
LAYER	17
{
LAYER_NAME	Layer_17
LAYER_TYPE	UNASSIGNED
PLANE	NONE
ROUTING_DIRECTION	NO_PREFERENCE
VISIBLE	Y
SELECTABLE	Y
ENABLED	Y
LAYER_THICKNESS	0
COPPER_THICKNESS	0
DIELECTRIC	0.000000
COST	0
}
LAYER	18
{
LAYER_NAME	Layer_18
LAYER_TYPE	UNASSIGNED
PLANE	NONE
ROUTING_DIRECTION	NO_PREFERENCE
VISIBLE	Y
SELECTABLE	Y
ENABLED	Y
LAYER_THICKNESS	0
COPPER_THICKNESS	0
DIELECTRIC	0.000000
COST	0
}
LAYER	19
{
LAYER_NAME	Layer_19
LAYER_TYPE	UNASSIGNED
PLANE	NONE
ROUTING_DIRECTION	NO_PREFERENCE
VISIBLE	Y
SELECTABLE	Y
ENABLED	Y
LAYER_THICKNESS	0
COPPER_THICKNESS	0
DIELECTRIC	0.000000
COST	0
}
LAYER	20
{
LAYER_NAME	Layer_20
LAYER_TYPE	UNASSIGNED
PLANE	NONE
ROUTING_DIRECTION	NO_PREFERENCE
VISIBLE	Y
SELECTABLE	Y
ENABLED	Y
LAYER_THICKNESS	0
COPPER_THICKNESS	0
DIELECTRIC	0.000000
COST	0
}
LAYER	21
{
LAYER_NAME	Solder Mask Top
LAYER_TYPE	SOLDER_MASK
PLANE	NONE
ROUTING_DIRECTION	NO_PREFERENCE
VISIBLE	Y
SELECTABLE	Y
ENABLED	Y
LAYER_THICKNESS	0
COPPER_THICKNESS	0
DIELECTRIC	0.000000
COST	0
}
LAYER	22
{
LAYER_NAME	Paste Mask Bottom
LAYER_TYPE	PASTE_MASK
PLANE	NONE
ROUTING_DIRECTION	NO_PREFERENCE
VISIBLE	Y
SELECTABLE	Y
ENABLED	Y
LAYER_THICKNESS	0
COPPER_THICKNESS	0
DIELECTRIC	0.000000
COST	0
}
LAYER	23
{
LAYER_NAME	Paste Mask Top
LAYER_TYPE	PASTE_MASK
PLANE	NONE
ROUTING_DIRECTION	NO_PREFERENCE
VISIBLE	Y
SELECTABLE	Y
ENABLED	Y
LAYER_THICKNESS	0
COPPER_THICKNESS	0
DIELECTRIC	0.000000
COST	0
}
LAYER	24
{
LAYER_NAME	Drill Drawing
LAYER_TYPE	DRILL
PLANE	NONE
ROUTING_DIRECTION	NO_PREFERENCE
VISIBLE	Y
SELECTABLE	Y
ENABLED	Y
LAYER_THICKNESS	0
COPPER_THICKNESS	0
DIELECTRIC	0.000000
COST	0
}
LAYER	25
{
LAYER_NAME	Layer_25
LAYER_TYPE	UNASSIGNED
PLANE	NONE
ROUTING_DIRECTION	NO_PREFERENCE
VISIBLE	Y
SELECTABLE	Y
ENABLED	Y
LAYER_THICKNESS	0
COPPER_THICKNESS	0
DIELECTRIC	0.000000
COST	0
}
LAYER	26
{
LAYER_NAME	Silkscreen Top
LAYER_TYPE	SILK_SCREEN
PLANE	NONE
ROUTING_DIRECTION	NO_PREFERENCE
VISIBLE	Y
SELECTABLE	Y
ENABLED	Y
LAYER_THICKNESS	0
COPPER_THICKNESS	0
DIELECTRIC	0.000000
COST	0
}
LAYER	27
{
LAYER_NAME	Assembly Drawing Top
LAYER_TYPE	ASSEMBLY
PLANE	NONE
ROUTING_DIRECTION	NO_PREFERENCE
VISIBLE	Y
SELECTABLE	Y
ENABLED	Y
LAYER_THICKNESS	0
COPPER_THICKNESS	0
DIELECTRIC	0.000000
COST	0
}
LAYER	28
{
LAYER_NAME	Solder Mask Bottom
LAYER_TYPE	SOLDER_MASK
PLANE	NONE
ROUTING_DIRECTION	NO_PREFERENCE
VISIBLE	Y
SELECTABLE	Y
ENABLED	Y
LAYER_THICKNESS	0
COPPER_THICKNESS	0
DIELECTRIC	0.000000
COST	0
}
LAYER	29
{
LAYER_NAME	Silkscreen Bottom
LAYER_TYPE	SILK_SCREEN
PLANE	NONE
ROUTING_DIRECTION	NO_PREFERENCE
VISIBLE	Y
SELECTABLE	Y
ENABLED	Y
LAYER_THICKNESS	0
COPPER_THICKNESS	0
DIELECTRIC	0.000000
COST	0
}
LAYER	30
{
LAYER_NAME	Assembly Drawing Bottom
LAYER_TYPE	ASSEMBLY
PLANE	NONE
ROUTING_DIRECTION	NO_PREFERENCE
VISIBLE	Y
SELECTABLE	Y
ENABLED	Y
LAYER_THICKNESS	0
COPPER_THICKNESS	0
DIELECTRIC	0.000000
COST	0
}
}
*REMARK*    PARENT_KEYWORD PARENT_VALUE
*REMARK*  [ { 
*REMARK*       CHILD_KEYWORD CHILD_VALUE
*REMARK*     [ CHILD_KEYWORD CHILD_VALUE
*REMARK*     [ { 
*REMARK*          GRAND_CHILD_KEYWORD GRAND_CHILD_VALUE [...] 
*REMARK*       } ]] 
*REMARK*    } ] 

RULES_SECTION	METRIC
{
NET_CLASS	DATA
DESIGN	RULES
{
RULE_SET	(1)
{
FOR	:
{
DEFAULT	:
}
AGAINST	:
{
DEFAULT	:
}
LAYER	0
CLEARANCE_RULE	:
{
TRACK_TO_TRACK	0.2
VIA_TO_TRACK	0.2
VIA_TO_VIA	0.2
PAD_TO_TRACK	0.2
PAD_TO_VIA	0.2
PAD_TO_PAD	0.2
SMD_TO_TRACK	0.2
SMD_TO_VIA	0.2
SMD_TO_PAD	0.2
SMD_TO_SMD	0.2
COPPER_TO_TRACK	0.3
COPPER_TO_VIA	0.3
COPPER_TO_PAD	0.3
COPPER_TO_SMD	0.3
COPPER_TO_COPPER	0.3
TEXT_TO_TRACK	0.1524
TEXT_TO_VIA	0.1524
TEXT_TO_PAD	0.1524
TEXT_TO_SMD	0.1524
OUTLINE_TO_TRACK	0.5
OUTLINE_TO_VIA	0.5
OUTLINE_TO_PAD	0.5
OUTLINE_TO_SMD	0.5
OUTLINE_TO_COPPER	0.5
DRILL_TO_TRACK	0.2
DRILL_TO_VIA	0.2
DRILL_TO_PAD	0.2
DRILL_TO_SMD	0.2
DRILL_TO_COPPER	0.2
SAME_NET_SMD_TO_VIA	0
SAME_NET_SMD_TO_CRN	0
SAME_NET_VIA_TO_VIA	0
SAME_NET_PAD_TO_CRN	0
MIN_TRACK_WIDTH	0.2
REC_TRACK_WIDTH	0.3
MAX_TRACK_WIDTH	4
DRILL_TO_DRILL	0.2
BODY_TO_BODY	0
SAME_NET_TRACK_TO_CRN	0
}
}
RULE_SET	(2)
{
FOR	:
{
DEFAULT	:
}
AGAINST	:
{
DEFAULT	:
}
LAYER	0
ROUTE_RULE	:
{
LENGTH_MINIMIZATION_TYPE	1
TRACE_SHARE	Y
VIA_SHARE	Y
AUTO_ROUTE	Y
RIPUP	Y
SHOVE	Y
ROUTE_PRIORITY	3
MAX_NUMBER_OF_VIAS	-1
VALID_LAYER	1
VALID_LAYER	2
VALID_VIA_TYPE	*USE_CURRENT*
}
}
RULE_SET	(3)
{
FOR	:
{
DEFAULT	:
}
AGAINST	:
{
DEFAULT	:
}
LAYER	0
HIGH_SPEED_RULE	:
{
MIN_LENGTH	0
MAX_LENGTH	1269.99996
STUB_LENGTH	0
PARALLEL_LENGTH	25.4
PARALLEL_GAP	5.08
TANDEM_LENGTH	25.4
TANDEM_GAP	5.08
MIN_DELAY	0.000000
MAX_DELAY	10.000000
MIN_CAPACITANCE	0.000000
MAX_CAPACITANCE	10.000000
MIN_IMPEDANCE	50.000000
MAX_IMPEDANCE	150.000000
SHIELD_NET	*
SHIELD_GAP	5.08
MATCH_LENGTH_TOLERANCE	5.08
}
}
}
}

*MISC*      MISCELLANEOUS PARAMETERS

ATTRIBUTE VALUES
{
PART U1
{
"Manufacturer_Name" Toshiba
"Manufacturer_Part_Number" ULN2803AFWG,C,EL
"Mouser Part Number" N/A
"Mouser Price/Stock" https://www.mouser.co.uk/ProductDetail/Toshiba/ULN2803AFWGCEL?qs=vPP9GyyTAo2p%2FYO7mXoxbQ%3D%3D
"Arrow Part Number" ULN2803AFWG,C,EL
"Arrow Price/Stock" https://www.arrow.com/en/products/uln2803afwgcel/toshiba
"Description" Darlington Transistors Driver
"Datasheet Link" http://toshiba.semicon-storage.com/info/docget.jsp?did=7064&prodName=ULN2803AFWG
"Geometry.Height" 2.85mm
}
PART DL1
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" D
"Description" Wurth Elektronik 150080SS75000, WL-SMCW Series Red LED, 630 nm, 2012 (0805) Clear, Rectangle Lens SMD Package
"Color" ???
"Part Number" 
"Manufacturer #1" 
"Manufacturer_Name" Wurth Elektronik
"Manufacturer_Part_Number" 150080SS75000
"Mouser Part Number" 710-150080SS75000
"Mouser Price/Stock" https://www.mouser.co.uk/ProductDetail/Wurth-Elektronik/150080SS75000?qs=LlUlMxKIyB2zzpiaOzrUdw%3D%3D
"Arrow Part Number" 
"Arrow Price/Stock" 
"Datasheet Link" https://katalog.we-online.com/led/datasheet/150080SS75000.pdf
"Geometry.Height" 0.8mm
}
PART R1
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" R
"Description" SURFACE MOUNT RESISTOR 0.048 X 0.079 INCHES
"Part Number" 
"Manufacturer #1" IPC SM-782 STD.
"Value" 330
"Tolerance" 
}
PART DL2
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" D
"Description" Wurth Elektronik 150080SS75000, WL-SMCW Series Red LED, 630 nm, 2012 (0805) Clear, Rectangle Lens SMD Package
"Color" ???
"Part Number" 
"Manufacturer #1" 
"Manufacturer_Name" Wurth Elektronik
"Manufacturer_Part_Number" 150080SS75000
"Mouser Part Number" 710-150080SS75000
"Mouser Price/Stock" https://www.mouser.co.uk/ProductDetail/Wurth-Elektronik/150080SS75000?qs=LlUlMxKIyB2zzpiaOzrUdw%3D%3D
"Arrow Part Number" 
"Arrow Price/Stock" 
"Datasheet Link" https://katalog.we-online.com/led/datasheet/150080SS75000.pdf
"Geometry.Height" 0.8mm
}
PART R2
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" R
"Description" SURFACE MOUNT RESISTOR 0.048 X 0.079 INCHES
"Part Number" 
"Manufacturer #1" IPC SM-782 STD.
"Value" 330
"Tolerance" 
}
PART DL3
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" D
"Description" Wurth Elektronik 150080SS75000, WL-SMCW Series Red LED, 630 nm, 2012 (0805) Clear, Rectangle Lens SMD Package
"Color" ???
"Part Number" 
"Manufacturer #1" 
"Manufacturer_Name" Wurth Elektronik
"Manufacturer_Part_Number" 150080SS75000
"Mouser Part Number" 710-150080SS75000
"Mouser Price/Stock" https://www.mouser.co.uk/ProductDetail/Wurth-Elektronik/150080SS75000?qs=LlUlMxKIyB2zzpiaOzrUdw%3D%3D
"Arrow Part Number" 
"Arrow Price/Stock" 
"Datasheet Link" https://katalog.we-online.com/led/datasheet/150080SS75000.pdf
"Geometry.Height" 0.8mm
}
PART R3
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" R
"Description" SURFACE MOUNT RESISTOR 0.048 X 0.079 INCHES
"Part Number" 
"Manufacturer #1" IPC SM-782 STD.
"Value" 330
"Tolerance" 
}
PART DL4
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" D
"Description" Wurth Elektronik 150080SS75000, WL-SMCW Series Red LED, 630 nm, 2012 (0805) Clear, Rectangle Lens SMD Package
"Color" ???
"Part Number" 
"Manufacturer #1" 
"Manufacturer_Name" Wurth Elektronik
"Manufacturer_Part_Number" 150080SS75000
"Mouser Part Number" 710-150080SS75000
"Mouser Price/Stock" https://www.mouser.co.uk/ProductDetail/Wurth-Elektronik/150080SS75000?qs=LlUlMxKIyB2zzpiaOzrUdw%3D%3D
"Arrow Part Number" 
"Arrow Price/Stock" 
"Datasheet Link" https://katalog.we-online.com/led/datasheet/150080SS75000.pdf
"Geometry.Height" 0.8mm
}
PART R4
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" R
"Description" SURFACE MOUNT RESISTOR 0.048 X 0.079 INCHES
"Part Number" 
"Manufacturer #1" IPC SM-782 STD.
"Value" 330
"Tolerance" 
}
PART DL5
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" D
"Description" Wurth Elektronik 150080SS75000, WL-SMCW Series Red LED, 630 nm, 2012 (0805) Clear, Rectangle Lens SMD Package
"Color" ???
"Part Number" 
"Manufacturer #1" 
"Manufacturer_Name" Wurth Elektronik
"Manufacturer_Part_Number" 150080SS75000
"Mouser Part Number" 710-150080SS75000
"Mouser Price/Stock" https://www.mouser.co.uk/ProductDetail/Wurth-Elektronik/150080SS75000?qs=LlUlMxKIyB2zzpiaOzrUdw%3D%3D
"Arrow Part Number" 
"Arrow Price/Stock" 
"Datasheet Link" https://katalog.we-online.com/led/datasheet/150080SS75000.pdf
"Geometry.Height" 0.8mm
}
PART R5
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" R
"Description" SURFACE MOUNT RESISTOR 0.048 X 0.079 INCHES
"Part Number" 
"Manufacturer #1" IPC SM-782 STD.
"Value" 330
"Tolerance" 
}
PART DL6
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" D
"Description" Wurth Elektronik 150080SS75000, WL-SMCW Series Red LED, 630 nm, 2012 (0805) Clear, Rectangle Lens SMD Package
"Color" ???
"Part Number" 
"Manufacturer #1" 
"Manufacturer_Name" Wurth Elektronik
"Manufacturer_Part_Number" 150080SS75000
"Mouser Part Number" 710-150080SS75000
"Mouser Price/Stock" https://www.mouser.co.uk/ProductDetail/Wurth-Elektronik/150080SS75000?qs=LlUlMxKIyB2zzpiaOzrUdw%3D%3D
"Arrow Part Number" 
"Arrow Price/Stock" 
"Datasheet Link" https://katalog.we-online.com/led/datasheet/150080SS75000.pdf
"Geometry.Height" 0.8mm
}
PART R6
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" R
"Description" SURFACE MOUNT RESISTOR 0.048 X 0.079 INCHES
"Part Number" 
"Manufacturer #1" IPC SM-782 STD.
"Value" 330
"Tolerance" 
}
PART DL7
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" D
"Description" Wurth Elektronik 150080SS75000, WL-SMCW Series Red LED, 630 nm, 2012 (0805) Clear, Rectangle Lens SMD Package
"Color" ???
"Part Number" 
"Manufacturer #1" 
"Manufacturer_Name" Wurth Elektronik
"Manufacturer_Part_Number" 150080SS75000
"Mouser Part Number" 710-150080SS75000
"Mouser Price/Stock" https://www.mouser.co.uk/ProductDetail/Wurth-Elektronik/150080SS75000?qs=LlUlMxKIyB2zzpiaOzrUdw%3D%3D
"Arrow Part Number" 
"Arrow Price/Stock" 
"Datasheet Link" https://katalog.we-online.com/led/datasheet/150080SS75000.pdf
"Geometry.Height" 0.8mm
}
PART R7
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" R
"Description" SURFACE MOUNT RESISTOR 0.048 X 0.079 INCHES
"Part Number" 
"Manufacturer #1" IPC SM-782 STD.
"Value" 330
"Tolerance" 
}
PART DL8
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" D
"Description" Wurth Elektronik 150080SS75000, WL-SMCW Series Red LED, 630 nm, 2012 (0805) Clear, Rectangle Lens SMD Package
"Color" ???
"Part Number" 
"Manufacturer #1" 
"Manufacturer_Name" Wurth Elektronik
"Manufacturer_Part_Number" 150080SS75000
"Mouser Part Number" 710-150080SS75000
"Mouser Price/Stock" https://www.mouser.co.uk/ProductDetail/Wurth-Elektronik/150080SS75000?qs=LlUlMxKIyB2zzpiaOzrUdw%3D%3D
"Arrow Part Number" 
"Arrow Price/Stock" 
"Datasheet Link" https://katalog.we-online.com/led/datasheet/150080SS75000.pdf
"Geometry.Height" 0.8mm
}
PART R8
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" R
"Description" SURFACE MOUNT RESISTOR 0.048 X 0.079 INCHES
"Part Number" 
"Manufacturer #1" IPC SM-782 STD.
"Value" 330
"Tolerance" 
}
PART C1
{
"Description" SMD CAP
"Value" ???
"Case" 0805
"Tolerance" 10%
"Voltage Rating" 10V
}
PART U2
{
"Manufacturer_Name" Toshiba
"Manufacturer_Part_Number" ULN2803AFWG,C,EL
"Mouser Part Number" N/A
"Mouser Price/Stock" https://www.mouser.co.uk/ProductDetail/Toshiba/ULN2803AFWGCEL?qs=vPP9GyyTAo2p%2FYO7mXoxbQ%3D%3D
"Arrow Part Number" ULN2803AFWG,C,EL
"Arrow Price/Stock" https://www.arrow.com/en/products/uln2803afwgcel/toshiba
"Description" Darlington Transistors Driver
"Datasheet Link" http://toshiba.semicon-storage.com/info/docget.jsp?did=7064&prodName=ULN2803AFWG
"Geometry.Height" 2.85mm
}
PART DL9
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" D
"Description" Wurth Elektronik 150080SS75000, WL-SMCW Series Red LED, 630 nm, 2012 (0805) Clear, Rectangle Lens SMD Package
"Color" ???
"Part Number" 
"Manufacturer #1" 
"Manufacturer_Name" Wurth Elektronik
"Manufacturer_Part_Number" 150080SS75000
"Mouser Part Number" 710-150080SS75000
"Mouser Price/Stock" https://www.mouser.co.uk/ProductDetail/Wurth-Elektronik/150080SS75000?qs=LlUlMxKIyB2zzpiaOzrUdw%3D%3D
"Arrow Part Number" 
"Arrow Price/Stock" 
"Datasheet Link" https://katalog.we-online.com/led/datasheet/150080SS75000.pdf
"Geometry.Height" 0.8mm
}
PART R9
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" R
"Description" SURFACE MOUNT RESISTOR 0.048 X 0.079 INCHES
"Part Number" 
"Manufacturer #1" IPC SM-782 STD.
"Value" 330
"Tolerance" 
}
PART DL10
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" D
"Description" Wurth Elektronik 150080SS75000, WL-SMCW Series Red LED, 630 nm, 2012 (0805) Clear, Rectangle Lens SMD Package
"Color" ???
"Part Number" 
"Manufacturer #1" 
"Manufacturer_Name" Wurth Elektronik
"Manufacturer_Part_Number" 150080SS75000
"Mouser Part Number" 710-150080SS75000
"Mouser Price/Stock" https://www.mouser.co.uk/ProductDetail/Wurth-Elektronik/150080SS75000?qs=LlUlMxKIyB2zzpiaOzrUdw%3D%3D
"Arrow Part Number" 
"Arrow Price/Stock" 
"Datasheet Link" https://katalog.we-online.com/led/datasheet/150080SS75000.pdf
"Geometry.Height" 0.8mm
}
PART R10
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" R
"Description" SURFACE MOUNT RESISTOR 0.048 X 0.079 INCHES
"Part Number" 
"Manufacturer #1" IPC SM-782 STD.
"Value" 330
"Tolerance" 
}
PART DL11
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" D
"Description" Wurth Elektronik 150080SS75000, WL-SMCW Series Red LED, 630 nm, 2012 (0805) Clear, Rectangle Lens SMD Package
"Color" ???
"Part Number" 
"Manufacturer #1" 
"Manufacturer_Name" Wurth Elektronik
"Manufacturer_Part_Number" 150080SS75000
"Mouser Part Number" 710-150080SS75000
"Mouser Price/Stock" https://www.mouser.co.uk/ProductDetail/Wurth-Elektronik/150080SS75000?qs=LlUlMxKIyB2zzpiaOzrUdw%3D%3D
"Arrow Part Number" 
"Arrow Price/Stock" 
"Datasheet Link" https://katalog.we-online.com/led/datasheet/150080SS75000.pdf
"Geometry.Height" 0.8mm
}
PART R11
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" R
"Description" SURFACE MOUNT RESISTOR 0.048 X 0.079 INCHES
"Part Number" 
"Manufacturer #1" IPC SM-782 STD.
"Value" 330
"Tolerance" 
}
PART DL12
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" D
"Description" Wurth Elektronik 150080SS75000, WL-SMCW Series Red LED, 630 nm, 2012 (0805) Clear, Rectangle Lens SMD Package
"Color" ???
"Part Number" 
"Manufacturer #1" 
"Manufacturer_Name" Wurth Elektronik
"Manufacturer_Part_Number" 150080SS75000
"Mouser Part Number" 710-150080SS75000
"Mouser Price/Stock" https://www.mouser.co.uk/ProductDetail/Wurth-Elektronik/150080SS75000?qs=LlUlMxKIyB2zzpiaOzrUdw%3D%3D
"Arrow Part Number" 
"Arrow Price/Stock" 
"Datasheet Link" https://katalog.we-online.com/led/datasheet/150080SS75000.pdf
"Geometry.Height" 0.8mm
}
PART R12
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" R
"Description" SURFACE MOUNT RESISTOR 0.048 X 0.079 INCHES
"Part Number" 
"Manufacturer #1" IPC SM-782 STD.
"Value" 330
"Tolerance" 
}
PART DL13
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" D
"Description" Wurth Elektronik 150080SS75000, WL-SMCW Series Red LED, 630 nm, 2012 (0805) Clear, Rectangle Lens SMD Package
"Color" ???
"Part Number" 
"Manufacturer #1" 
"Manufacturer_Name" Wurth Elektronik
"Manufacturer_Part_Number" 150080SS75000
"Mouser Part Number" 710-150080SS75000
"Mouser Price/Stock" https://www.mouser.co.uk/ProductDetail/Wurth-Elektronik/150080SS75000?qs=LlUlMxKIyB2zzpiaOzrUdw%3D%3D
"Arrow Part Number" 
"Arrow Price/Stock" 
"Datasheet Link" https://katalog.we-online.com/led/datasheet/150080SS75000.pdf
"Geometry.Height" 0.8mm
}
PART R13
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" R
"Description" SURFACE MOUNT RESISTOR 0.048 X 0.079 INCHES
"Part Number" 
"Manufacturer #1" IPC SM-782 STD.
"Value" 330
"Tolerance" 
}
PART DL14
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" D
"Description" Wurth Elektronik 150080SS75000, WL-SMCW Series Red LED, 630 nm, 2012 (0805) Clear, Rectangle Lens SMD Package
"Color" ???
"Part Number" 
"Manufacturer #1" 
"Manufacturer_Name" Wurth Elektronik
"Manufacturer_Part_Number" 150080SS75000
"Mouser Part Number" 710-150080SS75000
"Mouser Price/Stock" https://www.mouser.co.uk/ProductDetail/Wurth-Elektronik/150080SS75000?qs=LlUlMxKIyB2zzpiaOzrUdw%3D%3D
"Arrow Part Number" 
"Arrow Price/Stock" 
"Datasheet Link" https://katalog.we-online.com/led/datasheet/150080SS75000.pdf
"Geometry.Height" 0.8mm
}
PART R14
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" R
"Description" SURFACE MOUNT RESISTOR 0.048 X 0.079 INCHES
"Part Number" 
"Manufacturer #1" IPC SM-782 STD.
"Value" 330
"Tolerance" 
}
PART DL15
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" D
"Description" Wurth Elektronik 150080SS75000, WL-SMCW Series Red LED, 630 nm, 2012 (0805) Clear, Rectangle Lens SMD Package
"Color" ???
"Part Number" 
"Manufacturer #1" 
"Manufacturer_Name" Wurth Elektronik
"Manufacturer_Part_Number" 150080SS75000
"Mouser Part Number" 710-150080SS75000
"Mouser Price/Stock" https://www.mouser.co.uk/ProductDetail/Wurth-Elektronik/150080SS75000?qs=LlUlMxKIyB2zzpiaOzrUdw%3D%3D
"Arrow Part Number" 
"Arrow Price/Stock" 
"Datasheet Link" https://katalog.we-online.com/led/datasheet/150080SS75000.pdf
"Geometry.Height" 0.8mm
}
PART R15
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" R
"Description" SURFACE MOUNT RESISTOR 0.048 X 0.079 INCHES
"Part Number" 
"Manufacturer #1" IPC SM-782 STD.
"Value" 330
"Tolerance" 
}
PART DL16
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" D
"Description" Wurth Elektronik 150080SS75000, WL-SMCW Series Red LED, 630 nm, 2012 (0805) Clear, Rectangle Lens SMD Package
"Color" ???
"Part Number" 
"Manufacturer #1" 
"Manufacturer_Name" Wurth Elektronik
"Manufacturer_Part_Number" 150080SS75000
"Mouser Part Number" 710-150080SS75000
"Mouser Price/Stock" https://www.mouser.co.uk/ProductDetail/Wurth-Elektronik/150080SS75000?qs=LlUlMxKIyB2zzpiaOzrUdw%3D%3D
"Arrow Part Number" 
"Arrow Price/Stock" 
"Datasheet Link" https://katalog.we-online.com/led/datasheet/150080SS75000.pdf
"Geometry.Height" 0.8mm
}
PART R16
{
"Sim.Analog.Model" 
"Sim.Analog.Order" Model$
"Sim.Analog.Prefix" R
"Description" SURFACE MOUNT RESISTOR 0.048 X 0.079 INCHES
"Part Number" 
"Manufacturer #1" IPC SM-782 STD.
"Value" 330
"Tolerance" 
}
PART C2
{
"Description" SMD CAP
"Value" ???
"Case" 0805
"Tolerance" 10%
"Voltage Rating" 10V
}
}

*END*     OF ASCII OUTPUT FILE
VirgilS / RelayM - Files

Files

relDNTL / relayM.sch
