commit c6829e1e322eb0ecf867edcd6b73e424e8df0c89 Author: Patrick Fallberg Date: Sun Sep 13 15:36:56 2015 +0200 Corrected Mouser/Farnell parts for P2 commit 2b0d06d92dfd4355a7a4b18cb5ec9ce1f207d5c6 Author: Patrick Fallberg Date: Sat Sep 12 22:18:08 2015 +0200 Removed origin-symbol from board outlines commit 1c8365d9faff273dc4cebe651df270a5b05ed6fa Author: Patrick Fallberg Date: Sat Sep 12 22:10:38 2015 +0200 Created manufacturing outputs Also created DirtyPCBs-formatted archives. Fixes #9 commit af362b0fcdb8be146da8d00798e79c5897116803 Author: Patrick Fallberg Date: Sat Sep 12 22:02:41 2015 +0200 Minor layout beautifications commit 6da535b47e0d930e4cade6ed8c1804b414268bb9 Author: Patrick Fallberg Date: Sat Sep 12 17:33:58 2015 +0200 Created BOM(s) Fixes #10 commit 09b7c4b18d3ffa5ed8908088ca1046db3e48c771 Author: Patrick Fallberg Date: Sat Sep 12 17:27:01 2015 +0200 Created a BOM generator script for this project The BOM generator (verified on KiCad for Linux) parses the netllist data and outputs 9 BOM files: MySensorsNode_Full.txt - Full BOM with all suppliers MySensorsNode_Cheapest.txt - BOM with the cheapest supplier MySensorsNode_AliExpress.txt - BOM with all parts available from AliExpress MySensorsNode_Digi-Key.txt - BOM with all parts available from Digi-Key This file is supported by Digi-Keys Text File Import tool. MySensorsNode_eBay.txt - BOM with all parts available from eBay MySensorsNode_Elfa.txt - BOM with all parts available from Elfa This file is suppored by Elfas Own list upload tool. MySensorsNode_Farnell.txt - BOM with all parts available from Farnell MySensorsNode_Mouser.csv - BOM with all parts available from Mouser This file is supported by Mousers BOM import tool. MySensorsNode_RS.txt - BOM with all parts available from RS Components Usage: Add plugin in the Bill of Material tool in the KiCad schematic editor. Command line is: python "" "%I" "%P/Manufacturing/BOM/%B" commit a0b7d2081370d753c179b53b6fe635f4e56f8792 Author: Patrick Fallberg Date: Sat Sep 12 17:14:41 2015 +0200 Completed sourcing details of all components Sourcing data is organized in the following way: Supplier1 - The primary supplier (also the cheapest) Supplier1 part - The primary supplier part number Supplier1 link - Link to the part on the suppliers homepage The same goes for Supplier2 to 5. All parts also have a Vendor and Vendor part field to identify a vendor for each part. Fixes #6 commit dedd2f74219450baf48360123f8e6970bc3806d9 Author: Patrick Fallberg Date: Sat Sep 12 12:29:52 2015 +0200 Updated CR123 battery holder footprint Fixes #11 commit ceb92c99b859bb8fba81d5ead6944f00e74a0db8 Author: Patrick Fallberg Date: Thu Sep 10 17:14:51 2015 +0200 Added more sourcing details Also minor schematic beautifications commit c3afbb278e0b595ffe8860ce40d635c5186febf4 Author: Patrick Fallberg Date: Tue Sep 1 23:47:13 2015 +0200 Added a step-up reg and some sourcing details Added TI TPS61221 (3.3V fixed) as an alternative to TPS61097A. Also added some more sourcing details to some components in the schematic. commit a9de2d0fda3e2e20fb438053d0ed1dc1a1a9444a Author: Patrick Fallberg Date: Mon Aug 31 10:47:24 2015 +0200 Moved BT5 to make more room for mounting screw commit 9ecaa06f57022bd6a6c9af58877cf1eb74a005dd Author: Patrick Fallberg Date: Mon Aug 31 10:37:13 2015 +0200 Created layout for LE-BOX-0028 Fixes #8 commit 912072cc9c9a7d4f22a4622eae9dfa80e3f58186 Author: Patrick Fallberg Date: Mon Aug 31 10:36:57 2015 +0200 Adjusted track width of some power-nets commit 78a33fa561b48c61317e8972cb7ff54830cba78a Author: Patrick Fallberg Date: Fri Aug 28 01:39:02 2015 +0200 Radio module footprints updated to latest revisions commit a60b3c3cf31e2c5438b26684cd984a3680335189 Author: Patrick Fallberg Date: Fri Aug 28 01:30:28 2015 +0200 Created 5x5 cm layout BT4 and BT5 are omitted in this layout. Fixes #7. commit 4c2da7ea8109a5d2c6d167f7a072add6e8394303 Author: Patrick Fallberg Date: Mon Aug 24 19:43:32 2015 +0200 Updated U1 footprint U1 footprint is now available in the mysensors-kicad repository commit 3480dfd4274b0d1f4f9a5721b6239103e7c1e26c Author: Patrick Fallberg Date: Mon Aug 24 15:50:53 2015 +0200 Minor beautifications and updated CHANGES.txt commit 3ced118320753cb000ec8ca2e32348e9311f97a1 Author: Patrick Fallberg Date: Mon Aug 24 15:47:35 2015 +0200 Updated .gitignore to filter some autogenerated files commit 0c326c48fd0285459b0b63c1a5e7cb755e61c353 Author: Patrick Fallberg Date: Fri Apr 24 12:14:06 2015 +0200 Rev. 1.1 of my generic MySensors node * Added resistor to terminate REG_BYPASS to default 'on' (fixes #2) * Added extra RF bypass capacitors (fixes #5) * Updated RF69 footprint to have sligtly wider space between holes * Added optional pull-ups to CS signals on SPI devices (fixes #3) * Reversed polarity of CON1 to fit battery default pinout (fixes #1) * Sensor pin connector swapped in favor of MYSX 1.5 connector * More battery options * Discarded 5V regulator and added a different 3.3V reg for 12V input (fixes #4) * Created layout for Superbat box BOX-2252 Things left to do: * Update schematic with full sourcing details * Create 5x5cm layout (default) * Create Superbat box LE-BOX-0028 layout * Create manufacturing outputs * Create BOM(s) commit d8ca8d24746c1e1fc214979bb362ea2246e7586e Author: Patrick Fallberg Date: Fri Apr 24 12:14:06 2015 +0200 First version of my generic MySensors node Features: - Switchable battery level measurement - By-passable 3.3V step-up regulator - Possibility to disable sensor power rail - Optional additional 5V step-up regulator for sensors - 2.5mm DC jack power supply footprint - 2mm pitch JST connector for LiPo batteries - Both RF24 and RF69 footprints and possibility for interrupt connectivity - External SPI flash - AVR ISP programming header - ATSHA204A authenticatior footprint - On-board I2C pullups - On-board sensor ports (all with 3.3 and 5V rails): - 1 PWM enabled sensor port - 2 HW interrupt sensor ports (1 optionally taken by radio) - 2 generic I/O sensor ports that also provide HW UART - 1 SPI header - 2 Analog sensor ports - 2 I2C sensor ports Known issues: - The layout of CON1 is incorrect with respect to normal battery connectors so battery polarity will be reversed. Do NOT connect a battery with JST connector to this board (Rev 1.0). - 3.3V regulator has an unterminated EN-signal. That means it could start up in "off" state which mean that if battery level is too high (>4.1V) SPI flash could fry. If battery level is too low (<1.8V), MCU might not start in order to enable the regulator. A workaround if this situation is undesirable is to solder a pull-up resistor between REG_BYPASS and +BATT signals. - Pull-ups are missing on SPC CS signals which may lead to undetermined behaviour on some SPI devices. - The 5V regulator does not work proerly when cascaded with the 3.3v regulator. It should not be mounted on this board, or the board should be rewired to connect the 5V regulator directly to +BATT. - DC input is inadequatly bypassed for wall warts. It is recommended to add one or two additional capacitors to suppres input noise (~47 to ~470uF). commit bbee155028989935a90c55b6a817a3273476bcd4 Author: Patrick Fallberg Date: Tue Jun 23 15:17:21 2015 +0200 Update README with dependencies commit 18222d58819bbb0e3357e55b16a7755df9d50e5b Author: Patrick Fallberg Date: Sun Jun 7 20:02:16 2015 +0200 Added CERN Open Hardware Licence v1.2 license text commit 9b487e73d7a971a68065ff828a7cadb89106429c Author: Patrick Fallberg Date: Sat Jun 6 11:23:07 2015 +0200 Added .gitignore to filter autogenerated backups commit 86491ca7ff41641f8fa50d24bd5d19b52cb83c9e Author: Patrick Fallberg Date: Mon Apr 13 16:52:03 2015 +0200 Initial commit