Apple-1-HW/RC6502-Apple-1-Replica
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RC6502-Apple-1-Replica/RC6502 Reset Circuit/export/Reset circuit.drl

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Exported files
2017-05-15 20:54:58 +00:00
M48
Updated exports before sending to fabrication.
2017-06-19 22:21:20 +00:00
;DRILL file {KiCad 4.0.6} date 06/20/17 00:11:12
Exported files
2017-05-15 20:54:58 +00:00
;FORMAT={2:4/ absolute / inch / suppress leading zeros}
FMAT,2
INCH,TZ
T1C0.016
T2C0.024
T3C0.031
Reset circuit revision B Fixed floating inputs on hex inverter (needed when using HCT), added 74HCT74 in order to allow clock division by 2 and 4 (in case missing matching TTL quartz crystal or want even slower clock than stock).
2017-06-10 17:58:36 +00:00
T4C0.035
T5C0.039
T6C0.043
Exported files
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%
G90
G05
M72
T1
Reset circuit revision B Fixed floating inputs on hex inverter (needed when using HCT), added 74HCT74 in order to allow clock division by 2 and 4 (in case missing matching TTL quartz crystal or want even slower clock than stock).
2017-06-10 17:58:36 +00:00
X42250Y-48500
X42750Y-48000
X56500Y-53000
X56500Y-54250
X57000Y-55500
X59000Y-55500
X64000Y-46500
X64750Y-45750
Exported files
2017-05-15 20:54:58 +00:00
T2
Reset circuit revision B Fixed floating inputs on hex inverter (needed when using HCT), added 74HCT74 in order to allow clock division by 2 and 4 (in case missing matching TTL quartz crystal or want even slower clock than stock).
2017-06-10 17:58:36 +00:00
X64250Y-53750
X64250Y-54537
Exported files
2017-05-15 20:54:58 +00:00
T3
Reset circuit revision B Fixed floating inputs on hex inverter (needed when using HCT), added 74HCT74 in order to allow clock division by 2 and 4 (in case missing matching TTL quartz crystal or want even slower clock than stock).
2017-06-10 17:58:36 +00:00
X39250Y-45500
X39250Y-48500
X45250Y-45500
X45250Y-48500
X48500Y-45000
X48500Y-46000
X48500Y-47000
X48500Y-48000
X48500Y-49000
X48500Y-50000
X48500Y-51000
X51500Y-45000
X51500Y-46000
Exported files
2017-05-15 20:54:58 +00:00
X51500Y-47000
X51500Y-48000
X51500Y-49000
X51500Y-50000
Reset circuit revision B Fixed floating inputs on hex inverter (needed when using HCT), added 74HCT74 in order to allow clock division by 2 and 4 (in case missing matching TTL quartz crystal or want even slower clock than stock).
2017-06-10 17:58:36 +00:00
X51500Y-51000
X53250Y-45000
X53250Y-46969
X55500Y-45000
X55500Y-46000
X55500Y-47000
X55500Y-48000
X55500Y-49000
X55500Y-50000
X55500Y-51000
X58500Y-45000
X58500Y-46000
X58500Y-47000
X58500Y-48000
X58500Y-49000
X58500Y-50000
X58500Y-51000
X60250Y-45000
X60250Y-46969
X62750Y-45000
X62750Y-46000
X62750Y-47000
X62750Y-48000
X62750Y-49750
X62750Y-51719
X65750Y-45000
X65750Y-46000
X65750Y-47000
X65750Y-48000
X65750Y-49750
X65750Y-51719
X69750Y-48750
X69750Y-50750
X69750Y-52750
X69750Y-54750
X73750Y-48750
X73750Y-50750
X73750Y-52750
X73750Y-54750
Exported files
2017-05-15 20:54:58 +00:00
T4
Reset circuit revision B Fixed floating inputs on hex inverter (needed when using HCT), added 74HCT74 in order to allow clock division by 2 and 4 (in case missing matching TTL quartz crystal or want even slower clock than stock).
2017-06-10 17:58:36 +00:00
X69750Y-45250
X69750Y-46250
T5
Exported files
2017-05-15 20:54:58 +00:00
X37000Y-57500
X38000Y-57500
X39000Y-57500
X40000Y-57500
Reset circuit revision B Fixed floating inputs on hex inverter (needed when using HCT), added 74HCT74 in order to allow clock division by 2 and 4 (in case missing matching TTL quartz crystal or want even slower clock than stock).
2017-06-10 17:58:36 +00:00
X41000Y-51250
X41000Y-52250
Exported files
2017-05-15 20:54:58 +00:00
X41000Y-57500
Reset circuit revision B Fixed floating inputs on hex inverter (needed when using HCT), added 74HCT74 in order to allow clock division by 2 and 4 (in case missing matching TTL quartz crystal or want even slower clock than stock).
2017-06-10 17:58:36 +00:00
X42000Y-51250
X42000Y-52250
Exported files
2017-05-15 20:54:58 +00:00
X42000Y-57500
Reset circuit revision B Fixed floating inputs on hex inverter (needed when using HCT), added 74HCT74 in order to allow clock division by 2 and 4 (in case missing matching TTL quartz crystal or want even slower clock than stock).
2017-06-10 17:58:36 +00:00
X43000Y-51250
X43000Y-52250
Exported files
2017-05-15 20:54:58 +00:00
X43000Y-57500
Reset circuit revision B Fixed floating inputs on hex inverter (needed when using HCT), added 74HCT74 in order to allow clock division by 2 and 4 (in case missing matching TTL quartz crystal or want even slower clock than stock).
2017-06-10 17:58:36 +00:00
X44000Y-51250
X44000Y-52250
Exported files
2017-05-15 20:54:58 +00:00
X44000Y-57500
X45000Y-57500
X46000Y-57500
X47000Y-57500
X48000Y-57500
X49000Y-57500
X50000Y-57500
X51000Y-57500
X52000Y-57500
X53000Y-57500
X54000Y-57500
X55000Y-57500
X56000Y-57500
X57000Y-57500
X58000Y-57500
X59000Y-57500
X60000Y-57500
X61000Y-57500
X62000Y-57500
X63000Y-57500
X64000Y-57500
X65000Y-57500
X66000Y-57500
X67000Y-57500
X68000Y-57500
X69000Y-57500
X70000Y-57500
X71000Y-57500
X72000Y-57500
X73000Y-57500
X74000Y-57500
X75000Y-57500
Reset circuit revision B Fixed floating inputs on hex inverter (needed when using HCT), added 74HCT74 in order to allow clock division by 2 and 4 (in case missing matching TTL quartz crystal or want even slower clock than stock).
2017-06-10 17:58:36 +00:00
T6
X72250Y-44750
X72250Y-46522
X74809Y-44750
X74809Y-46522
Exported files
2017-05-15 20:54:58 +00:00
T0
M30
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