├── .github └── workflows │ └── arduino-lint.yaml ├── .gitignore ├── LICENSE ├── README.md ├── REFERENCE.md ├── docs ├── README.md ├── am-241.png ├── bg.png ├── buttons.jpg ├── controls.png ├── enclosure_empty1.jpg ├── enclosure_empty2.jpg ├── enclosure_panel1.jpg ├── enclosure_panel2.jpg ├── flow.drawio ├── flow.drawio.svg ├── gamma_mca.png ├── glaze.png ├── img1.jpg ├── inside_box.jpg ├── lu-176-advanced.png ├── lu-176.png ├── mushrooms-advanced.png ├── mushrooms.png ├── na-22.png ├── oled.jpg ├── oshw.svg ├── pcb_back.png ├── pcb_front.png └── pinout.png ├── enclosure ├── README.md ├── enhanced │ ├── Case_Lower.stl │ ├── Case_Upper.stl │ ├── LCD_Bezel .stl │ ├── Panel_Cover.stl │ └── README.md └── simple │ ├── 3D │ ├── OBJ_PCB.mtl │ └── OBJ_PCB.obj │ ├── Case_Body_ReducedHeight_USB-B.STL │ ├── Case_Body_ReducedHeight_micro-USB.STL │ ├── Case_Body_USB-B.STL │ ├── Case_Body_micro-USB.STL │ ├── Case_Cover.STL │ ├── Case_Cover_Handle.STL │ ├── Case_Cover_OpenGamma.STL │ ├── Case_Cover_Window.STL │ └── README.md ├── hardware ├── BOM.csv ├── Gerber_PCB │ ├── Drill_NPTH_Through.DRL │ ├── Drill_PTH_Through.DRL │ ├── Drill_PTH_Through_Via.DRL │ ├── Gerber_BoardOutlineLayer.GKO │ ├── Gerber_BottomLayer.GBL │ ├── Gerber_BottomPasteMaskLayer.GBP │ ├── Gerber_BottomSilkscreenLayer.GBO │ ├── Gerber_BottomSolderMaskLayer.GBS │ ├── Gerber_DocumentLayer.GDL │ ├── Gerber_InnerLayer1.G1 │ ├── Gerber_InnerLayer2.G2 │ ├── Gerber_TopLayer.GTL │ ├── Gerber_TopPasteMaskLayer.GTP │ ├── Gerber_TopSilkscreenLayer.GTO │ └── Gerber_TopSolderMaskLayer.GTS ├── PCB_Project_EasyEDA.json ├── PickAndPlace_PCB.csv ├── README.md ├── SCH_Project_EasyEDA.json └── schematic.pdf ├── kitspace.yaml └── software ├── README.md ├── ogd_pico-4.3.2-overclocked.uf2 ├── ogd_pico-4.3.2.uf2 └── ogd_pico ├── FS.cpp ├── FS.h ├── Helper.cpp ├── Helper.h └── ogd_pico.ino /.github/workflows/arduino-lint.yaml: -------------------------------------------------------------------------------- 1 | # Execute Arduino Lint automatically upon push or pull request 2 | on: [push, pull_request] 3 | jobs: 4 | lint: 5 | runs-on: ubuntu-latest 6 | steps: 7 | - uses: actions/checkout@v3 8 | - uses: arduino/arduino-lint-action@v1.0.2 9 | with: 10 | path: ./software/ogd_pico/ 11 | project-type: sketch # Only Check Arduino Sketches 12 | library-manager: update 13 | compliance: specification #strict 14 | -------------------------------------------------------------------------------- /.gitignore: -------------------------------------------------------------------------------- 1 | .vscode/ 2 | software/ogd_pico/build/ -------------------------------------------------------------------------------- /LICENSE: -------------------------------------------------------------------------------- 1 | GNU GENERAL PUBLIC LICENSE 2 | Version 3, 29 June 2007 3 | 4 | Copyright (C) 2007 Free Software Foundation, Inc. 5 | Everyone is permitted to copy and distribute verbatim copies 6 | of this license document, but changing it is not allowed. 7 | 8 | Preamble 9 | 10 | The GNU General Public License is a free, copyleft license for 11 | software and other kinds of works. 12 | 13 | The licenses for most software and other practical works are designed 14 | to take away your freedom to share and change the works. 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EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT 593 | HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY 594 | OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, 595 | THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR 596 | PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM 597 | IS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF 598 | ALL NECESSARY SERVICING, REPAIR OR CORRECTION. 599 | 600 | 16. Limitation of Liability. 601 | 602 | IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING 603 | WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MODIFIES AND/OR CONVEYS 604 | THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY 605 | GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE 606 | USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF 607 | DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD 608 | PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS), 609 | EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF 610 | SUCH DAMAGES. 611 | 612 | 17. Interpretation of Sections 15 and 16. 613 | 614 | If the disclaimer of warranty and limitation of liability provided 615 | above cannot be given local legal effect according to their terms, 616 | reviewing courts shall apply local law that most closely approximates 617 | an absolute waiver of all civil liability in connection with the 618 | Program, unless a warranty or assumption of liability accompanies a 619 | copy of the Program in return for a fee. 620 | 621 | END OF TERMS AND CONDITIONS 622 | 623 | How to Apply These Terms to Your New Programs 624 | 625 | If you develop a new program, and you want it to be of the greatest 626 | possible use to the public, the best way to achieve this is to make it 627 | free software which everyone can redistribute and change under these terms. 628 | 629 | To do so, attach the following notices to the program. It is safest 630 | to attach them to the start of each source file to most effectively 631 | state the exclusion of warranty; and each file should have at least 632 | the "copyright" line and a pointer to where the full notice is found. 633 | 634 | 635 | Copyright (C) 636 | 637 | This program is free software: you can redistribute it and/or modify 638 | it under the terms of the GNU General Public License as published by 639 | the Free Software Foundation, either version 3 of the License, or 640 | (at your option) any later version. 641 | 642 | This program is distributed in the hope that it will be useful, 643 | but WITHOUT ANY WARRANTY; without even the implied warranty of 644 | MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the 645 | GNU General Public License for more details. 646 | 647 | You should have received a copy of the GNU General Public License 648 | along with this program. If not, see . 649 | 650 | Also add information on how to contact you by electronic and paper mail. 651 | 652 | If the program does terminal interaction, make it output a short 653 | notice like this when it starts in an interactive mode: 654 | 655 | Copyright (C) 656 | This program comes with ABSOLUTELY NO WARRANTY; for details type `show w'. 657 | This is free software, and you are welcome to redistribute it 658 | under certain conditions; type `show c' for details. 659 | 660 | The hypothetical commands `show w' and `show c' should show the appropriate 661 | parts of the General Public License. Of course, your program's commands 662 | might be different; for a GUI interface, you would use an "about box". 663 | 664 | You should also get your employer (if you work as a programmer) or school, 665 | if any, to sign a "copyright disclaimer" for the program, if necessary. 666 | For more information on this, and how to apply and follow the GNU GPL, see 667 | . 668 | 669 | The GNU General Public License does not permit incorporating your program 670 | into proprietary programs. If your program is a subroutine library, you 671 | may consider it more useful to permit linking proprietary applications with 672 | the library. If this is what you want to do, use the GNU Lesser General 673 | Public License instead of this License. But first, please read 674 | . 675 | -------------------------------------------------------------------------------- /README.md: -------------------------------------------------------------------------------- 1 | Open Source Hardware Association Certificate 2 | 3 | # Open Gamma Detector 4 | 5 | --- 6 | 7 | **This is the latest hardware revision 4.2 using the Pico 2! For older revisions, please have a look at the [other branches](https://github.com/OpenGammaProject/Open-Gamma-Detector/branches). A comparison between the 4.0 and 3.x hardware can be found [here](https://hackaday.io/project/185211-all-in-one-gamma-ray-spectrometer/log/225597-revision-40-status-report).** 8 | 9 | **This project is also on [Hackaday.io](https://hackaday.io/project/185211-all-in-one-gamma-ray-spectrometer), where I post important project updates and other announcements!** 10 | 11 | Open hardware for a hackable gamma spectrometer all-in-one device using a popular NaI(Tl) scintillation crystal and a silicon photomultiplier (SiPM). Extremely affordable design for a powerful DIY gamma spectroscopy setup with a total parts cost of around 200 USD if you get all the individual parts and assemble them on your own. 12 | 13 | The detector uses a standard serial-over-USB and hardware UART connections so that it can be integrated into as many other projects as possible, for example data logging with a Raspberry Pi, weather stations, Arduino projects, etc. It includes both scintillation counter and multichannel analyzer (MCA) functions depending on how you want to use it. 14 | 15 |

16 | Photo of the detector board with mounted SiPM, crystal and OLED 17 |
18 | Photo of the detector board 19 |

20 | 21 | If you want a more barebones version of the Open Gamma Detector to only count pulses or similar, you can have a look at the [Mini SiPM Driver](https://github.com/OpenGammaProject/Mini-SiD) board. 22 | 23 | ## Features 24 | 25 | Here are some of the most important specs: 26 | 27 | - Compact design: Total size 120 x 50 mm. Approx. 70.5 x 50 mm area for electronics and additional 49.5 x 50 mm to mount a scintillator. 28 | - All-in-one: No external parts (e.g. sound card) required to record gamma spectra. 29 | - Standalone spectra recordings on built-in flash. 30 | - Easily programmable using drag-and-drop firmware files or the standard Arduino IDE. 31 | - Low-voltage device: No HV needed like with photomultiplier tubes. 32 | - Can use SiPMs in the voltage range of 27.5 V to 33.8 V. 33 | - 4096 ADC channels with built-in 3 V voltage reference. 34 | - Energy resolution of up to 7% @ 662 keV possible; highly dependent on your SiPM/scintillator assembly. 35 | - Energy Mode: ~10 µs total dead time while measuring energy (default settings). 36 | - Geiger Mode: ~1 µs total dead time without energy measurements (default settings). 37 | - Low power consumption: ~15 mA @ 5 V with default firmware at normal background. 38 | - Built-in ticker (buzzer) for audible pulse count rate output. 39 | - Additional broken-out power pins and I2C, SPI and UART headers for custom parts (e.g. display, µSD card, etc.). 40 | - Simple OLED support out of the box (SSD1306 and SH110x). 41 | - Built-in True Random Number Generator. 42 | 43 | ## How To Get One 44 | 45 | - For quick access and purchase of all the parts (PCB and BOM), you can use [Kitspace](https://kitspace.org/opengammaproject/open-gamma-detector) (non-affiliated). 46 | - Otherwise, use a PCB manufacturer and an electronics distributor of your choice and proceed on your own. All the files you'll need can be found in this repo. 47 | - If you don't want to deal with all of that, feel free to contact me. Just send me an e-mail if you want and we'll figure something out. 48 | 49 | **You will also need to buy a SiPM (e.g. the MICROFC-60035-SMT-TR) and scintillator (NaI(Tl) recommended) separately at a distributor of your choice.** You might also want to grab one of the countless SiPM breakout boards I made. 50 | 51 | ## Working Principle 52 | 53 | Here is a nice flow chart to describe how the device roughly works: 54 | 55 | ![Working Principle Flow Chart](docs/flow.drawio.svg) 56 | 57 | ## Hardware 58 | 59 | Hardware design has been done with [EasyEDA](https://easyeda.com/) and all the needed files for you to import the project as well as the schematic can be found in the `hardware` folder. There is also a Gerber file available for you to go directly to the PCB manufacturing step. 60 | 61 | Detailed information about the hardware of the detector as well as the potentiometer settings and assembly can be found in the [hardware directory](/hardware/). 62 | 63 | ## Software 64 | 65 | The software aims to be as simple as possible to understand and maintain. To achieve this I decided to use an off-the-shelf microcontroller - the [Raspberry Pi Pico 2](https://www.raspberrypi.com/products/raspberry-pi-pico-2/). This board can be programmed with the Arduino IDE over micro-USB and is powerful (dual core, fast ADC, plenty of memory, ...) enough for the purpose and also exceptionally cheap. 66 | 67 | To program the Pico 2 and/or play around with the firmware, head to the [software directory](/software/). There you will also find documentation on the serial interface (!), display support, and much more. 68 | 69 | ## Troubleshooting and FAQ 70 | 71 | Please have a look at [REFERENCE.md](REFERENCE.md) for some general guidance. 72 | 73 | If this doesn't help you, feel free to reach out and create an issue or open a discussions thread. 74 | 75 | ## Example Spectra 76 | 77 | Here is a small collection of example spectra I could make quickly without putting much effort into the detector settings (threshold, SiPM voltage, software tweaks). I'm using the [Tiny MicroFC Breakout](https://github.com/OpenGammaProject/Tiny-MicroFC-Carrier-Board) and just a single SiPM (which isn't the optimal setup actually). In addition, neither the electronics nor the scintillator and sample were shielded from EMI or background radiation whatsoever. So as you can see the detector is actually pretty robust in that regard. 78 | 79 | Background spectrum (2h) with no samples: 80 | 81 | ![Background spectrum](docs/bg.png) 82 | 83 | Spectrum (2h) of two tiny (~5 g) LYSO scintillator showing two distinct gamma peaks (201.83, 306.78 keV) with an additional ~55 keV X-ray peak. The 307 keV peak has an energy resolution of ~14% in this case: 84 | 85 | ![Lu-176 spectrum](docs/lu-176.png) 86 | 87 | Spectrum (5min) of Am-241 commonly used in household ionization smoke detectors (e.g. in the US, no longer in the EU). Gamma peaks at 26.34 and 59.54 keV: 88 | 89 | ![Am-176 spectrum](docs/am-241.png) 90 | 91 | Spectrum (2h) of a small tea cup with pure Uraninite (also known as pitchblende) contents in its glaze. You can see all kinds of isotopes of the Uranium series including the Bi-214 peak at ~610 keV. Because they just used the pure Uraninite without any filtering whatsoever, there is also some U-235 in it and all the daughter radionuclides as well: 92 | 93 | ![Uraninite Glaze](docs/glaze.png) 94 | 95 | Spectrum (30min) of a Na-22 test source, about ~2 µCi made with a Rev.2 board (worse energy resolution than the latest version). You can see the 511 keV annihilation peak and the small 1275 keV gamma peak (much smaller due to limited NaI efficiency and small scintillator size for this energy) as well as the compton edge and continuum: 96 | 97 | ![Na-22](docs/na-22.png) 98 | 99 | Spectrum (2h) of about 100 grams of mushrooms still containing the isotope Cs-137 from the Chernobyl disaster. You can clearly see the gamma peak at 662 keV and the ~32 keV X-ray peak. Resolution of the 662 keV peak was ~8.6%, using only a single SiPM and an old NaI scintillator: 100 | 101 | ![Mushroom "test source"](docs/mushrooms.png) 102 | 103 | --- 104 | 105 | **Here are some of the same spectra using a larger 1x1 inch scintillator rated at 6.9% @ 662 keV and a 2x2 SiPM array:** 106 | 107 | Spectrum (1h) of the same mushroom sample from above. This time the resolution at the 662 keV Cs-137 was 7.7%, not bad! 108 | 109 | ![Mushroom "test source"](docs/mushrooms-advanced.png) 110 | 111 | Spectrum (1h) of a small batch of Lutetium(III) oxide. It contains Lu-176 just like the LYSO scintillator sample from above. Therefore it also has the same peaks, just a lot more clear now. The 307 keV peak now has an energy resolution of 11.5%. 112 | 113 | ![Lu-176 spectrum](docs/lu-176-advanced.png) 114 | 115 | ## Known Limitations 116 | 117 | 1. ~~The Raspberry Pi Pico's ADC has some pretty [severe DNL issues](https://pico-adc.markomo.me/INL-DNL/#dnl) that result in four channels being much more sensitive (wider input range) than the rest. For now the simplest solution was to discard all four of them, by printing a `0` when any of them comes up in the measurement (to not affect the cps readings). You can turn this behavior off by using the `set correction` command. This is by no means perfect or ideal, but it works for now until this gets fixed in a later hardware revision of the RP2040 (wish us luck!).~~ Fixed by the Pico 2! 118 | 2. The power supply is **not** temperature corrected itself, meaning changes in the ambient temperature with a constant voltage affect the gain of the SiPM. This will naturally result in a different DC bias, energy range and S/N ratio. This effect is negligible around room temperature, though. The temperature dependence of the gain is -0.8%/°C (21°C) for the MicroFC SiPMs. **The latest [MicroFC SiPM carrier board](https://github.com/OpenGammaProject/MicroFC-SiPM-Carrier-Board) has automatic temperature compensation on-board however! So use that if you want to get the best performance out of it.** 119 | 120 | ## Some Ideas 121 | 122 | ### Coincidence Measurements 123 | 124 | Using multiple detector boards with some firmware modifications it should be theoretically possible to implement a coincidence measurement feature. By respectively connecting the `VSYS`, `GND` and one of the broken-out pins to each other on both boards you have everything you need to get started. The pins would be used for an interrupt from the child detector to the parent to trigger a pulse if both timings coincide. 125 | 126 | At the moment, though, I couldn't get a coincidence mode feature running due to some weird timing issues. There might be a firmware update in the future to implement this feature. If you have any ideas, let me know! 127 | 128 | ### Cooling the SiPM 129 | 130 | During operation all the electronics including the SiPM naturally heat up ever so slightly. Due to the detector board (where most of the power is dissipated) not being directly connected to the SiPM self-heating is negligible, though. Therefore air or water cooling alone won't improve performance considerably, because it won't heat up much above ambient temps, if at all that is. However, you could cool the SiPM PCB with a Peltier module to sub-ambient temperatures. According to the [datasheet AND9770 (Figure 27)](https://www.onsemi.com/pub/Collateral/AND9770-D.PDF) every 10°C reduction in temperature decreases the dark count rate by 50%! But be sure to correct the SiPM voltage (overvoltage) in this case as it also changes with temperature. 131 | 132 | Note that the required breakdown voltage of the SiPM increases linearly with 21.5 mV/°C, see the [C-Series SiPM Sensors Datasheet](https://www.onsemi.com/pdf/datasheet/microc-series-d.pdf). This means that you would also need to temperature correct the PSU voltage if you wanted to use it with considerably different temperatures. 133 | 134 | ### Shielding Background Radiation 135 | 136 | Shielding the ambient background can be done ideally using a wide enough layer of lead (bricks) all around the detector with a thin layer of lower-Z material on the inside such as copper to avoid backscattering. The SiPM and the sample can then be put into the structure to get the best measurements possible (low background). 137 | 138 | See Wikipedia: [Lead Castle](https://en.wikipedia.org/w/index.php?title=Lead_castle&oldid=991799816) 139 | 140 | ## Related Projects 141 | 142 | This is a list of other awesome projects that are relevant or directly related to this one: 143 | 144 | - [OpenDosimeter](https://opendosimeter.org/): A low-cost dosimeter with open-source hardware and software inspired heavily by the Open Gamma Detector. 145 | - [CosmicWatch](http://www.cosmicwatch.lns.mit.edu/): A neat all-in-one device to detect muons. Completely open-source and designed for university students and schools. This project was the original inspiration to start with the Open Gamma Project. 146 | - [OpenGammaKit](https://github.com/vikulin/OpenGammaKit/): Re-design of the Open Gamma Detector hardware using KiCAD, with additionally updated software for mobile use. 147 | 148 | Check them out and let me know what you think. Special thanks to all of the contributors and the entire community for making this possible! 149 | 150 | --- 151 | 152 | Thanks for reading. 153 | -------------------------------------------------------------------------------- /REFERENCE.md: -------------------------------------------------------------------------------- 1 | # Troubleshooting and FAQ 2 | 3 | ## Troubleshooting 4 | 5 | ### My device freezes or crashes periodically 6 | 7 | Make sure that the threshold setting is not set too low! If that's the case you should see the ACTivity LED blinking heavily or even staying on solid. The buzzer might also give you a great indication of the correct count rate setting. In this case, noise is probably overwhelming the detector and forcing it to reset. 8 | 9 | If this is not the case for you, reflash the firmware, reset all the settings and reboot the device. If the problem persists, please feel free to open an issue on GitHub. 10 | 11 | ### My device is not recognized by my computer 12 | 13 | Make sure you are using a micro-USB cable that can be used for data transmission! There are micro-USB cables for powering/charging devices only and they can be easily mistaken for a data cable. 14 | 15 | If this isn't the case for you and it doesn't get recognized at all (even while holding the `BOOTSEL` button), there might be a manufacturing defect or you might have made a mistakes when soldering the parts. Feel free to get in touch if that's the case. 16 | 17 | ### Settings on the device are not saved 18 | 19 | If you flashed it via the Arduino IDE be sure to select `Flash Size: "4MB (Sketch: 1MB, FS: 3MB)"`. Without these 64 KB of flash assigned to the file system, the Pico is unable to create and save a settings file. 20 | 21 | ### ~~I am seeing a sharp peak immediately around ADC channel 511~~ 22 | 23 | ~~That is right, this is due to the DNL issues with the RP2040 ADC as described in the [Known Limitations](README.md#known-limitations) section of the readme.~~ 24 | 25 | ~~This effect would have been much worse without some simple corrections in the firmware. Since there is currently no hardware fix, this is what we have to live with unfortunately. If you know about it, you can just ignore it since all the *real* peaks of the scintillator are much wider than that.~~ Fixed by the Pico 2. 26 | 27 | ### ~~There is always a peak at ADC channel 0~~ 28 | 29 | ~~That is intentional behavior of the device. For the same reason as above, four ADC channels are ignored for the energy measurement.~~ 30 | 31 | ~~Since this would potentially highly influence the count rate, giving lower values than there actually are, these counts are added back to the spectrum to ADC channel 0.~~ 32 | 33 | ~~This way, all the counts are registered, but since there is actually never a signal near channel 0, you can clearly distinguish between the "right" spectrum and the rest.~~ 34 | 35 | ~~If you want to disable this behavior, you can do so by using the `set correction` command over the serial interface. This will still omit the ADC channel readings, but won't create another peak at 0. In geiger mode, there will always only be a channel `0` since this is how the current cps is calculated.~~ Fixed by the Pico 2. 36 | 37 | ### There is always a peak near ADC channel 4095 38 | 39 | The ADC reference voltage is set to 3 Volts. Anything larger than that gets clipped, because the ADC cannot read higher voltages, meaning all pulses larger than 3V accumulate at the maximum ADC channel -- in this case 4095. That is completely normal behavior. 40 | 41 | --- 42 | 43 | ## FAQ 44 | 45 | ### How to update the firmware? 46 | 47 | Press and hold the "BOOTSEL" button on the Raspberry Pi Pico while plugging it into your USB port. It will then show up in your file explorer and you can once again drag-and-drop the firmware file. This also works if your device is completely frozen or crashed. 48 | 49 | ### Can I use a plastic scintillator? 50 | 51 | No, these cannot be used for gamma spectroscopy except in some edge cases. Generally, they have much worse efficiency than your typical inorganic scintillator, like NaI(Tl) or CsI(Tl), and extremely poor energy resolution. 52 | 53 | If you want to *just* count pulses (i.e. **not** measure pulse energy), plastic scintillators can be a better fit, because of their really low cost. If you want to count pulses only, though, it's probably better to use the simpler and much cheaper [Mini SiD](https://github.com/OpenGammaProject/Mini-SiD) board instead of the Open Gamma Detector. With plastic scintillators you can also detect high-energy particles such as beta radiation or muons, which NaI(Tl) generally cannot. 54 | 55 | ### How do I change the gain? 56 | 57 | Since hardware revision 3 the gain is fixed on all boards and cannot be changed without any hardware modifications. This makes it **much** easier to provide a device that has a very high chance of working out of the box without much fiddling around with pot settings or additional components. 58 | 59 | A downside of this is that different scintillator sizes, while working most of the time now, provide slightly different energy ranges and therefore bin per energy resolutions. Normally, this shouldn't be a problem, though. 60 | 61 | If you want to change the gain for whatever reason, you can do so by soldering the optional trim pot on the board (R20) with a [compatible pot (e.g. 5k)](https://www.lcsc.com/product-detail/Variable-Resistors-Potentiometers_BOURNS-3314J-1-502E_C58391.html). Be sure to also remove the existing 0605 resistors R7 and R11 in that case. You can then change the gain from roughly 1 to 6 on the fly. 62 | 63 | ### How do I calibrate the device? 64 | 65 | You have to get a material with at least two known gamma peaks and calibrate the detector using these two peaks. In the Gamma MCA calibration tab you select the two peak ADC channels and assign their gamma-ray energy. 66 | 67 | Ideally you want to use three peaks distributed evenly over your whole energy range to use the best calibration. 68 | 69 | ### Why don't you use a TIA or CSP or change X or Y? 70 | 71 | This device is made to be as simple and cheap as possible, while still yielding as great results as possible. In effect it is a compromise to get the best price-performance ratio. 72 | 73 | Of course, you could use transimpedance or charge-sensitive preamplifiers, however this would significantly increase complexity as you'd need additional parts for the correct power supplies and so on. Using more expensive amplifiers would surely also be an option. 74 | 75 | If you wanted to go the maximum-performance route, you'd also need to use a different microcontroller with a much better ADC, and maybe even consider using 4-layer boards with additional ground and power planes. Essentially, you'd have to re-design the whole board at this point. 76 | 77 | Instead of something like 8-10% energy resolution @ 662 keV (highly dependent on your SiPM/scintillator assembly), you'd then maybe get as much as 6% if you're lucky, which is the limit for most NaI or CsI scintillators anyways. That would come at a much higher cost, though. In my opinion, you get to a point of diminishing returns quickly, especially when designing an entry-level device such as this. 78 | 79 | ### Notes on different microcontrollers 80 | 81 | The Pico 2 is readily available virtually everywhere and it's really cheap. This makes it ideal for use in this kind of "simple" and cheap project. There are a couple of reasons I like to use it. You can read more about it in the [discussions thread about switching to the ESP32](https://github.com/OpenGammaProject/Open-Gamma-Detector/discussions/43). 82 | -------------------------------------------------------------------------------- /docs/README.md: -------------------------------------------------------------------------------- 1 | ## Docs 2 | 3 | This folder includes all the files needed for the README and stuff. 4 | -------------------------------------------------------------------------------- /docs/am-241.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/OpenGammaProject/Open-Gamma-Detector/7f8ad6533d0133a020241e0ffb1acf2bf8966e12/docs/am-241.png -------------------------------------------------------------------------------- /docs/bg.png: -------------------------------------------------------------------------------- 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It's compatible with the Open Gamma Detector Rev. 2, 3 and 4 and also a lot more handy and smaller than the simple case. 4 | 5 | The case is designed to fit a scintillator with a maximum size of 5 x 5 x 5 cm. The USB connection can be accessed through a hole in the front. 6 | 7 | You can have a look at all the different designs by uploading them to [ViewSTL](https://www.viewstl.com/). 8 | 9 | All of the design work has been done by [@sebyon](https://github.com/sebyon), many thanks! 10 | 11 | --- 12 | 13 |

14 | 15 | 16 |

17 | 18 |

19 | 20 | 21 |

22 | 23 | ## Main Body 24 | 25 | These are the `Case_Lower.stl` and `Case_Upper.stl` files. 26 | 27 | - 10 x M3\*5.7\*4.6 Threaded Heatset Inserts 28 | - 10 x M3\*10mm screws 29 | 30 | ## Inserts 31 | 32 | The plug-in inserts for the display and the panel/buttons are called `LCD_Bezel.stl` and `Panel_Cover.stl` respectively. 33 | 34 | These are just friction fits and aren't screwed. The LCD cover is designed for a 1.3 inch OLED display (SH1106). The panel cover can be replaced by a custom made cover that fits your needs, e.g. for buttons. 35 | -------------------------------------------------------------------------------- /enclosure/simple/3D/OBJ_PCB.mtl: -------------------------------------------------------------------------------- 1 | newmtl mtl1 2 | Ka 0.62 0.62 0.36 3 | Kd 0.62 0.62 0.36 4 | Ks 0.00 0.00 0.00 5 | endmtl 6 | newmtl mtl2 7 | Ka 0.95 0.76 0.18 8 | Kd 0.95 0.76 0.18 9 | Ks 0.76 0.61 0.15 10 | endmtl 11 | newmtl mtl3 12 | Ka 0.18 0.18 0.18 13 | Kd 0.18 0.18 0.18 14 | Ks 0.05 0.05 0.05 15 | endmtl 16 | newmtl mtl4 17 | Ka 0.00 0.00 0.00 18 | Kd 0.00 0.00 0.00 19 | Ks 0.00 0.00 0.00 20 | endmtl 21 | newmtl mtl5 22 | Ka 0.00 1.00 1.00 23 | Kd 0.00 1.00 1.00 24 | Ks 0.00 1.00 1.00 25 | endmtl 26 | newmtl mtl6 27 | Ka 1.00 1.00 1.00 28 | Kd 1.00 1.00 1.00 29 | Ks 0.50 0.50 0.50 30 | endmtl 31 | newmtl mtl7 32 | Ka 0.75 0.75 0.00 33 | Kd 0.75 0.75 0.00 34 | Ks 0.38 0.38 0.00 35 | endmtl 36 | newmtl mtl8 37 | Ka 0.50 0.50 0.50 38 | Kd 0.50 0.50 0.50 39 | Ks 0.25 0.25 0.25 40 | endmtl 41 | newmtl mtl9 42 | Ka 0.20 0.20 0.20 43 | Kd 0.20 0.20 0.20 44 | Ks 0.10 0.10 0.10 45 | endmtl 46 | newmtl mtl10 47 | Ka 0.65 0.62 0.59 48 | Kd 0.65 0.62 0.59 49 | Ks 0.45 0.44 0.41 50 | endmtl 51 | newmtl mtl11 52 | Ka 0.75 0.75 0.75 53 | Kd 0.75 0.75 0.75 54 | Ks 0.38 0.38 0.38 55 | endmtl 56 | newmtl mtl12 57 | Ka 0.59 0.46 0.00 58 | Kd 0.59 0.46 0.00 59 | Ks 0.29 0.23 0.00 60 | endmtl 61 | newmtl mtl13 62 | Ka 0.85 0.85 0.85 63 | Kd 0.85 0.85 0.85 64 | Ks 0.43 0.43 0.43 65 | endmtl 66 | newmtl mtl14 67 | Ka 1.00 1.00 1.00 68 | Kd 1.00 1.00 1.00 69 | Ks 0.88 0.88 0.88 70 | endmtl 71 | newmtl mtl15 72 | Ka 0.15 0.15 0.15 73 | Kd 0.15 0.15 0.15 74 | Ks 0.07 0.07 0.07 75 | endmtl 76 | newmtl mtl16 77 | Ka 0.25 0.25 0.25 78 | Kd 0.25 0.25 0.25 79 | Ks 0.13 0.13 0.13 80 | endmtl 81 | newmtl mtl17 82 | Ka 0.25 0.25 0.25 83 | Kd 0.25 0.25 0.25 84 | Ks 0.07 0.07 0.07 85 | endmtl 86 | newmtl mtl18 87 | Ka 0.45 0.43 0.42 88 | Kd 0.45 0.43 0.42 89 | Ks 0.03 0.03 0.03 90 | endmtl 91 | newmtl mtl19 92 | Ka 0.77 0.77 0.77 93 | Kd 0.77 0.77 0.77 94 | Ks 0.62 0.62 0.62 95 | endmtl 96 | newmtl mtl20 97 | Ka 0.03 0.24 0.56 98 | Kd 0.03 0.24 0.56 99 | Ks 0.01 0.12 0.28 100 | endmtl 101 | newmtl mtl21 102 | Ka 0.83 0.67 0.13 103 | Kd 0.83 0.67 0.13 104 | Ks 0.67 0.54 0.10 105 | endmtl 106 | newmtl mtl22 107 | Ka 0.44 0.44 0.44 108 | Kd 0.44 0.44 0.44 109 | Ks 0.22 0.22 0.22 110 | endmtl 111 | newmtl mtl23 112 | Ka 0.22 0.22 0.22 113 | Kd 0.22 0.22 0.22 114 | Ks 0.11 0.11 0.11 115 | endmtl 116 | newmtl mtl24 117 | Ka 0.60 0.60 0.60 118 | Kd 0.60 0.60 0.60 119 | Ks 0.30 0.30 0.30 120 | endmtl 121 | newmtl mtl25 122 | Ka 0.65 0.65 0.65 123 | Kd 0.65 0.65 0.65 124 | Ks 0.32 0.32 0.32 125 | endmtl 126 | newmtl mtl26 127 | Ka 0.85 0.85 0.85 128 | Kd 0.85 0.85 0.85 129 | Ks 0.42 0.42 0.42 130 | endmtl 131 | newmtl mtl27 132 | Ka 0.50 0.25 0.00 133 | Kd 0.50 0.25 0.00 134 | Ks 0.44 0.22 0.00 135 | endmtl 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-------------------------------------------------------------------------------- /enclosure/simple/README.md: -------------------------------------------------------------------------------- 1 | **For a reference 3D model, you can have a look at the `3D` folder. It contains some `mtl` and `obj` files if you want to design your own enclosure.** 2 | 3 | # Parts List 4 | 5 | Here are all the parts you need to build all the different 3D printed enclosures. These are all compatible with the Open Gamma Detector Rev. 2, 3 and 4. 6 | 7 | The case is designed to fit a scintillator with a maximum size of 5 x 5 x 5 cm. The USB connection will be extended to the outside via a short USB panel mount cable. 8 | 9 | You can have a look at all the different designs by uploading them to [ViewSTL](https://www.viewstl.com/). 10 | 11 | All of the design work has been done by WEDBox, [box@wed.ch](mailto:box@wed.ch), many thanks! 12 | 13 | ## Main Body 14 | 15 | ### PCB Mount 16 | 17 | 6 x M3x10 mm Flat Head (not countersunk!) 18 | 19 | ### USB Panel Mount 20 | 21 | Example: [https://www.aliexpress.com/item/4000932328047.html](https://www.aliexpress.com/item/4000932328047.html) or [https://www.aliexpress.com/item/4001250794678.html](https://www.aliexpress.com/item/4001250794678.html) 22 | 23 | Cable Length: 30 cm 24 | 25 | 2 x M3x10 mm Flat Head (not countersunk!) 26 | 27 | ## Case Cover 28 | 29 | ### All Models 30 | 31 | 6 x M3x15 mm Countersunk Head Screw 32 | 33 | #### Handle Variant 34 | 35 | Example: [https://www.aliexpress.com/item/4000012656240.html](https://www.aliexpress.com/item/4000012656240.html) 36 | 37 | Distance between holes: 96 mm 38 | 39 | 2 x M4x15 mm Flat Head (not countersunk!) 40 | 41 | #### Window Variant 42 | 43 | Acrylic glass, max. 1.5 mm thick, size 132x48 mm 44 | -------------------------------------------------------------------------------- /hardware/BOM.csv: -------------------------------------------------------------------------------- 1 | ID;Name;Designator;Footprint;Quantity;Manufacturer Part;Manufacturer;Supplier;Supplier Part;Price 2 | 1;2700Hz;BUZZER1;BUZ-SMD_4P-L7.5-W7.5-P7.59-TL;1;MLT-7525;华能;LCSC;C95299;0.211 3 | 2;PMEG4010BEA;D1,D4;SOD-323_L1.8-W1.3-LS2.5-RD;2;PMEG4010BEA,115;Nexperia(安世);LCSC;C36975;0.039 4 | 3;PM2.54-1*10;H1;HDR-TH_10P-P2.54-V-F;1;PM2.54-1*10;ZHOURI(洲日);LCSC;C5116489;0.096 5 | 4;2.54-1*4P母;H2;HDR-TH_4P-P2.54-V-F;1;2.54-1*4P母;BOOMELE(博穆精密);LCSC;C2718488;0.044 6 | 5;HJ-MCX009;H3,H4;ANT-TH_L6.0-W6.0_MCX-KE;2;HJ-MCX009;皇捷;LCSC;C2904906;0.935 7 | 6;47uH;L1;IND-SMD_L4.0-W4.0_NR4018T;1;NRS4018T470MDGJ;TAIYO YUDEN(太诱);LCSC;C222886;0.114 8 | 7;2N7002,215;Q1,Q2;SOT-23_L2.9-W1.3-P1.90-LS2.4-BR;2;2N7002,215;Nexperia(安世);LCSC;C65189;0.018 9 | 8;1kΩ;R1,R4,R5,R7,R11,R12,R16;R0603;7;ARG03BTC1001;Viking(光颉);LCSC;C309080;0.018 10 | 9;100Ω;R6,R10,R19;R0603;3;0603WAF1000T5E;UNI-ROYAL(厚声);LCSC;C22775;0.001 11 | 10;210kΩ;R9,R14,R15,R17,R21;R0603;5;TC0325D2103T5H;UNI-ROYAL(厚声);LCSC;C517422;0.022 12 | 11;TSC015A03526A;SW1;SW-SMD_4P-L4.5-W4.5-P3.00-LS6.8;1;TSC015A03526A;BZCN(博众电气);LCSC;C2888900;0.01 13 | 12;TLV3201AIDBVR;U1;SOT-23-5_L3.0-W1.7-P0.95-LS2.8-BR;1;TLV3201AIDBVR;TI(德州仪器);LCSC;C105188;0.422 14 | 13;LM4040AIM3-3.0+T;U2,U6;SOT-23-3_L2.9-W1.6-P1.90-LS2.8-BR;2;LM4040AIM3-3.0+T;ADI(亚德诺)/MAXIM(美信);LCSC;C143326;Jän.36 15 | 14;RASPBERRY PI PICO 2;U3;PI-PICO-SMD;1;SC1631;Raspberry Pi;Mouser;358-SC1631; 16 | 15;4.7uF;C1,C5,C16,C17;C0805;4;CL21A475KBQNNNE;SAMSUNG(三星);LCSC;C98192;0.02 17 | 16;BAT54S,215;D2,D3;SOT-23-3_L3.0-W1.7-P0.95-LS2.9-BR;2;BAT54S,215;Nexperia(安世);LCSC;C47546;0.011 18 | 17;LTST-C190KGKT;LED1,LED2;LED0603-RD;2;LTST-C190KGKT;LITEON(光宝);LCSC;C125094;0.014 19 | 18;10kΩ;R3,R13,R18;R0603;3;ARG03FTC1002;Viking(光颉);LCSC;C217687;0.007 20 | 19;22uF;C6,C10,C11,C12,C13,C15;C0603;6;CL10A226MP8NUNE;SAMSUNG(三星);LCSC;C86295;0.013 21 | 20;100nF;C2,C3,C4,C7,C9,C14;C0603;6;CL10B104KC8NNNC;SAMSUNG(三星);LCSC;C15725;0.007 22 | 21;50kΩ;R2,R8;RES-ADJ-TH_3296W;2;3296W-1-503LF;BOURNS;LCSC;C83686;0.7 23 | 22;OPA357AIDBVR;U4,U7,U8;SOT-23-6_L2.9-W1.6-P0.95-LS2.8-BR;3;OPA357AIDBVR;TI(德州仪器);LCSC;C139385;1.137 24 | 23;MAX5026EUT+T;U5;SOT-23-6_L2.9-W1.6-P0.95-LS2.8-BL;1;MAX5026EUT+T;ADI(亚德诺)/MAXIM(美信);LCSC;C87603;1.621 25 | 24;470pF;C8;C0603;1;ECHU1C471JX5;PANASONIC(松下);LCSC;C178419;0.298 26 | 25;1kΩ;L2,L3,L4;L0603;3;BLM18KG102SN1D;muRata(村田);LCSC;C160982;0.014 27 | -------------------------------------------------------------------------------- /hardware/Gerber_PCB/Drill_NPTH_Through.DRL: -------------------------------------------------------------------------------- 1 | M48 2 | METRIC,LZ,000.000 3 | ;FILE_FORMAT=3:3 4 | ;TYPE=NON_PLATED 5 | ;Layer: NPTH_Through 6 | ;EasyEDA v6.5.44, 2024-08-29 13:08:05 7 | ;16ae97f49be74552a1a67efb210d0a0d,9a5be75d700b4a6385dc1106f27949ae,10 8 | ;Gerber Generator version 0.2 9 | ;Holesize 1 = 3.400 mm 10 | T01C3.400 11 | % 12 | G05 13 | G90 14 | T01 15 | X117000Y-003500 16 | X117000Y-046500 17 | M30 18 | -------------------------------------------------------------------------------- /hardware/Gerber_PCB/Drill_PTH_Through.DRL: -------------------------------------------------------------------------------- 1 | M48 2 | METRIC,LZ,000.000 3 | ;FILE_FORMAT=3:3 4 | ;TYPE=PLATED 5 | ;Layer: PTH_Through 6 | ;EasyEDA v6.5.44, 2024-08-29 13:08:05 7 | ;16ae97f49be74552a1a67efb210d0a0d,9a5be75d700b4a6385dc1106f27949ae,10 8 | ;Gerber Generator version 0.2 9 | ;Holesize 1 = 0.310 mm 10 | T01C0.310 11 | ;Holesize 2 = 0.411 mm 12 | T02C0.411 13 | ;Holesize 3 = 0.762 mm 14 | T03C0.762 15 | ;Holesize 4 = 0.889 mm 16 | T04C0.889 17 | ;Holesize 5 = 1.101 mm 18 | T05C1.101 19 | ;Holesize 6 = 1.301 mm 20 | T06C1.301 21 | ;Holesize 7 = 1.501 mm 22 | T07C1.501 23 | ;Holesize 8 = 3.400 mm 24 | T08C3.400 25 | % 26 | G05 27 | G90 28 | T01 29 | X020000Y-017750 30 | X025250Y-013500 31 | X033000Y-004500 32 | X010000Y-032500 33 | X012500Y-032500 34 | X015000Y-032500 35 | X017500Y-032500 36 | X027750Y-032500 37 | X030250Y-032500 38 | X039250Y-009500 39 | X050750Y-009000 40 | X051250Y-017750 41 | X058250Y-010000 42 | X009750Y-002250 43 | X017750Y-012750 44 | X025000Y-007750 45 | X028500Y-012000 46 | X055500Y-002250 47 | X053000Y-005250 48 | X016000Y-005750 49 | X016000Y-007250 50 | X023500Y-013500 51 | X026250Y-013500 52 | X004000Y-017750 53 | X006000Y-017750 54 | X004250Y-018500 55 | X051500Y-018750 56 | X026500Y-037000 57 | X028500Y-036500 58 | X010000Y-031500 59 | X012500Y-031500 60 | X015000Y-031500 61 | X017500Y-031500 62 | X027750Y-031500 63 | X030250Y-031500 64 | X050000Y-011500 65 | X031000Y-045500 66 | X033500Y-045500 67 | X034500Y-046500 68 | X029000Y-039000 69 | X031496Y-036322 70 | X036000Y-037000 71 | X045500Y-037500 72 | X054500Y-036000 73 | X021500Y-013500 74 | X044250Y-042000 75 | X021000Y-017750 76 | X006604Y-000762 77 | X008636Y-000762 78 | X010668Y-000762 79 | X012700Y-000762 80 | X020828Y-000762 81 | X018796Y-000762 82 | X016764Y-000762 83 | X014732Y-000762 84 | X028956Y-000762 85 | X026924Y-000762 86 | X024892Y-000762 87 | X022860Y-000762 88 | X037084Y-000762 89 | X035052Y-000762 90 | X033020Y-000762 91 | X030988Y-000762 92 | X041148Y-000762 93 | X043180Y-000762 94 | X045212Y-000762 95 | X047244Y-000762 96 | X039116Y-000762 97 | X051308Y-000762 98 | X053340Y-000762 99 | X055372Y-000762 100 | X057404Y-000762 101 | X049276Y-000762 102 | X063500Y-000762 103 | X061468Y-000762 104 | X059436Y-000762 105 | X059436Y-049276 106 | X061468Y-049276 107 | X063500Y-049276 108 | X049276Y-049276 109 | X057404Y-049276 110 | X055372Y-049276 111 | X053340Y-049276 112 | X051308Y-049276 113 | X039116Y-049276 114 | X047244Y-049276 115 | X045212Y-049276 116 | X043180Y-049276 117 | X041148Y-049276 118 | X030988Y-049276 119 | X033020Y-049276 120 | X035052Y-049276 121 | X037084Y-049276 122 | X022860Y-049276 123 | X024892Y-049276 124 | X026924Y-049276 125 | X028956Y-049276 126 | X014732Y-049276 127 | X016764Y-049276 128 | X018796Y-049276 129 | X020828Y-049276 130 | X012700Y-049276 131 | X010668Y-049276 132 | X008636Y-049276 133 | X006604Y-049276 134 | X000762Y-035306 135 | X000762Y-037338 136 | X000762Y-039370 137 | X000762Y-041402 138 | X000762Y-043434 139 | X000762Y-021082 140 | X000762Y-023114 141 | X000762Y-025146 142 | X000762Y-027178 143 | X000762Y-029210 144 | X000762Y-031242 145 | X000762Y-033274 146 | X000762Y-006858 147 | X000762Y-008890 148 | X000762Y-010922 149 | X000762Y-012954 150 | X000762Y-014986 151 | X000762Y-017018 152 | X000762Y-019050 153 | X070104Y-006604 154 | X070104Y-008636 155 | X070104Y-010668 156 | X070104Y-012700 157 | X070104Y-014732 158 | X070104Y-016764 159 | X070104Y-018796 160 | X070104Y-020828 161 | X070104Y-022860 162 | X070104Y-024892 163 | X070104Y-026924 164 | X070104Y-028956 165 | X070104Y-030988 166 | X070104Y-033020 167 | X070104Y-035052 168 | X070104Y-037084 169 | X070104Y-039116 170 | X070104Y-041148 171 | X070104Y-043180 172 | X000762Y-002794 173 | X000762Y-004826 174 | X002540Y-000762 175 | X004572Y-000762 176 | X001270Y-001270 177 | X067564Y-000762 178 | X065532Y-000762 179 | X070104Y-002540 180 | X070104Y-004572 181 | X069596Y-000762 182 | X065532Y-049276 183 | X067564Y-049276 184 | X069596Y-049276 185 | X070104Y-047244 186 | X070104Y-045212 187 | X004572Y-049276 188 | X000762Y-047498 189 | X000762Y-045466 190 | X002540Y-049276 191 | X001270Y-048768 192 | X038500Y-009000 193 | X041000Y-004500 194 | X043500Y-004500 195 | X023500Y-011500 196 | X024500Y-010000 197 | X029750Y-012000 198 | X030250Y-006500 199 | X030250Y-004750 200 | X029000Y-007250 201 | X033500Y-003750 202 | X034500Y-048000 203 | X050000Y-010000 204 | X051500Y-010000 205 | X059500Y-039500 206 | X061000Y-039500 207 | X059750Y-036000 208 | X061000Y-035000 209 | X064500Y-029000 210 | X064000Y-030500 211 | X068500Y-032000 212 | X050500Y-041000 213 | X050500Y-044500 214 | X049500Y-045250 215 | X050250Y-017750 216 | X051500Y-011500 217 | X053000Y-011500 218 | X054500Y-011500 219 | X053000Y-010000 220 | X055750Y-013250 221 | X055750Y-014250 222 | X055750Y-015250 223 | X057750Y-016250 224 | X059250Y-016750 225 | X059250Y-017750 226 | X059250Y-018750 227 | X061500Y-020500 228 | X051500Y-020500 229 | X054000Y-022500 230 | X053000Y-013000 231 | X054250Y-008500 232 | X056750Y-016250 233 | X056750Y-011500 234 | X057750Y-011500 235 | X057000Y-010000 236 | X059500Y-010000 237 | X055750Y-021750 238 | X047500Y-037500 239 | X049500Y-037500 240 | X051500Y-037500 241 | X053500Y-037500 242 | X048500Y-041000 243 | X046500Y-041000 244 | X037500Y-039000 245 | X039500Y-039000 246 | X041500Y-039000 247 | X031000Y-043500 248 | X031000Y-041500 249 | X054250Y-016500 250 | X052500Y-016500 251 | X059500Y-020500 252 | X057500Y-020500 253 | X048500Y-011500 254 | X047000Y-011500 255 | X045500Y-011500 256 | X043000Y-009500 257 | X045000Y-009500 258 | X021500Y-011500 259 | X022000Y-010000 260 | X023750Y-004750 261 | X025250Y-004749 262 | X044250Y-046750 263 | X031750Y-003500 264 | X035500Y-003750 265 | T02 266 | X007250Y-017750 267 | X017500Y-017750 268 | X032750Y-017750 269 | X045500Y-017750 270 | X007250Y-032500 271 | X020000Y-032500 272 | X032750Y-032500 273 | X045500Y-032500 274 | X048750Y-025000 275 | X028000Y-005500 276 | X016500Y-006500 277 | X037500Y-011500 278 | X053500Y-009000 279 | X057250Y-012250 280 | X027500Y-036750 281 | X005000Y-017750 282 | X009906Y-007874 283 | X018000Y-006500 284 | X018250Y-010750 285 | X027250Y-010000 286 | X033750Y-005500 287 | X036000Y-011500 288 | X040500Y-011500 289 | X065500Y-007000 290 | X034036Y-036830 291 | X026416Y-042926 292 | X040000Y-042250 293 | X042000Y-040250 294 | X054000Y-046750 295 | X057250Y-041500 296 | X057000Y-034750 297 | X043000Y-011500 298 | X032750Y-013250 299 | X053500Y-025000 300 | X020000Y-036500 301 | X007250Y-036500 302 | X031750Y-002500 303 | T03 304 | X049500Y-039250 305 | X052040Y-039250 306 | X046960Y-039250 307 | X043500Y-006000 308 | X046040Y-006000 309 | X040960Y-006000 310 | T04 311 | X007330Y-011501 312 | X002250Y-011501 313 | X004790Y-011501 314 | T05 315 | X032431Y-047501 316 | X029891Y-047501 317 | X027351Y-047501 318 | X024811Y-047501 319 | X022271Y-047501 320 | X019731Y-047501 321 | X017191Y-047501 322 | X014651Y-047501 323 | X012111Y-047501 324 | X009571Y-047501 325 | X066749Y-028811 326 | X066749Y-026271 327 | X066749Y-023731 328 | X066749Y-021191 329 | T06 330 | X065499Y-036500 331 | X065499Y-013500 332 | T07 333 | X062959Y-033960 334 | X068039Y-033960 335 | X062959Y-039040 336 | X068039Y-039040 337 | X062959Y-010960 338 | X068039Y-010960 339 | X062959Y-016040 340 | X068039Y-016040 341 | T08 342 | X003500Y-003500 343 | X067000Y-003500 344 | X067000Y-046500 345 | X003500Y-046500 346 | M30 347 | -------------------------------------------------------------------------------- /hardware/Gerber_PCB/Drill_PTH_Through_Via.DRL: -------------------------------------------------------------------------------- 1 | M48 2 | METRIC,LZ,000.000 3 | ;FILE_FORMAT=3:3 4 | ;TYPE=PLATED 5 | ;Layer: PTH_Through_Via 6 | ;EasyEDA v6.5.44, 2024-08-29 13:08:05 7 | ;16ae97f49be74552a1a67efb210d0a0d,9a5be75d700b4a6385dc1106f27949ae,10 8 | ;Gerber Generator version 0.2 9 | ;Holesize 1 = 0.310 mm 10 | T01C0.310 11 | ;Holesize 2 = 0.411 mm 12 | T02C0.411 13 | % 14 | G05 15 | G90 16 | T01 17 | X020000Y-017750 18 | X025250Y-013500 19 | X033000Y-004500 20 | X010000Y-032500 21 | X012500Y-032500 22 | X015000Y-032500 23 | X017500Y-032500 24 | X027750Y-032500 25 | X030250Y-032500 26 | X039250Y-009500 27 | X050750Y-009000 28 | X051250Y-017750 29 | X058250Y-010000 30 | X009750Y-002250 31 | X017750Y-012750 32 | X025000Y-007750 33 | X028500Y-012000 34 | X055500Y-002250 35 | X053000Y-005250 36 | X016000Y-005750 37 | X016000Y-007250 38 | X023500Y-013500 39 | X026250Y-013500 40 | X004000Y-017750 41 | X006000Y-017750 42 | X004250Y-018500 43 | X051500Y-018750 44 | X026500Y-037000 45 | X028500Y-036500 46 | X010000Y-031500 47 | X012500Y-031500 48 | X015000Y-031500 49 | X017500Y-031500 50 | X027750Y-031500 51 | X030250Y-031500 52 | X050000Y-011500 53 | X031000Y-045500 54 | X033500Y-045500 55 | X034500Y-046500 56 | X029000Y-039000 57 | X031496Y-036322 58 | X036000Y-037000 59 | X045500Y-037500 60 | X054500Y-036000 61 | X021500Y-013500 62 | X044250Y-042000 63 | X021000Y-017750 64 | X006604Y-000762 65 | X008636Y-000762 66 | X010668Y-000762 67 | X012700Y-000762 68 | X020828Y-000762 69 | X018796Y-000762 70 | X016764Y-000762 71 | X014732Y-000762 72 | X028956Y-000762 73 | X026924Y-000762 74 | X024892Y-000762 75 | X022860Y-000762 76 | X037084Y-000762 77 | X035052Y-000762 78 | X033020Y-000762 79 | X030988Y-000762 80 | X041148Y-000762 81 | X043180Y-000762 82 | X045212Y-000762 83 | X047244Y-000762 84 | X039116Y-000762 85 | X051308Y-000762 86 | X053340Y-000762 87 | X055372Y-000762 88 | X057404Y-000762 89 | X049276Y-000762 90 | X063500Y-000762 91 | X061468Y-000762 92 | X059436Y-000762 93 | X059436Y-049276 94 | X061468Y-049276 95 | X063500Y-049276 96 | X049276Y-049276 97 | X057404Y-049276 98 | X055372Y-049276 99 | X053340Y-049276 100 | X051308Y-049276 101 | X039116Y-049276 102 | X047244Y-049276 103 | X045212Y-049276 104 | X043180Y-049276 105 | X041148Y-049276 106 | X030988Y-049276 107 | X033020Y-049276 108 | X035052Y-049276 109 | X037084Y-049276 110 | X022860Y-049276 111 | X024892Y-049276 112 | X026924Y-049276 113 | X028956Y-049276 114 | X014732Y-049276 115 | X016764Y-049276 116 | X018796Y-049276 117 | X020828Y-049276 118 | X012700Y-049276 119 | X010668Y-049276 120 | X008636Y-049276 121 | X006604Y-049276 122 | X000762Y-035306 123 | X000762Y-037338 124 | X000762Y-039370 125 | X000762Y-041402 126 | X000762Y-043434 127 | X000762Y-021082 128 | X000762Y-023114 129 | X000762Y-025146 130 | X000762Y-027178 131 | X000762Y-029210 132 | X000762Y-031242 133 | X000762Y-033274 134 | X000762Y-006858 135 | X000762Y-008890 136 | X000762Y-010922 137 | X000762Y-012954 138 | X000762Y-014986 139 | X000762Y-017018 140 | X000762Y-019050 141 | X070104Y-006604 142 | X070104Y-008636 143 | X070104Y-010668 144 | X070104Y-012700 145 | X070104Y-014732 146 | X070104Y-016764 147 | X070104Y-018796 148 | X070104Y-020828 149 | X070104Y-022860 150 | X070104Y-024892 151 | X070104Y-026924 152 | X070104Y-028956 153 | X070104Y-030988 154 | X070104Y-033020 155 | X070104Y-035052 156 | X070104Y-037084 157 | X070104Y-039116 158 | X070104Y-041148 159 | X070104Y-043180 160 | X000762Y-002794 161 | X000762Y-004826 162 | X002540Y-000762 163 | X004572Y-000762 164 | X001270Y-001270 165 | X067564Y-000762 166 | X065532Y-000762 167 | X070104Y-002540 168 | X070104Y-004572 169 | X069596Y-000762 170 | X065532Y-049276 171 | X067564Y-049276 172 | X069596Y-049276 173 | X070104Y-047244 174 | X070104Y-045212 175 | X004572Y-049276 176 | X000762Y-047498 177 | X000762Y-045466 178 | X002540Y-049276 179 | X001270Y-048768 180 | X038500Y-009000 181 | X041000Y-004500 182 | X043500Y-004500 183 | X023500Y-011500 184 | X024500Y-010000 185 | X029750Y-012000 186 | X030250Y-006500 187 | X030250Y-004750 188 | X029000Y-007250 189 | X033500Y-003750 190 | X034500Y-048000 191 | X050000Y-010000 192 | X051500Y-010000 193 | X059500Y-039500 194 | X061000Y-039500 195 | X059750Y-036000 196 | X061000Y-035000 197 | X064500Y-029000 198 | X064000Y-030500 199 | X068500Y-032000 200 | X050500Y-041000 201 | X050500Y-044500 202 | X049500Y-045250 203 | X050250Y-017750 204 | X051500Y-011500 205 | X053000Y-011500 206 | X054500Y-011500 207 | X053000Y-010000 208 | X055750Y-013250 209 | X055750Y-014250 210 | X055750Y-015250 211 | X057750Y-016250 212 | X059250Y-016750 213 | X059250Y-017750 214 | X059250Y-018750 215 | X061500Y-020500 216 | X051500Y-020500 217 | X054000Y-022500 218 | X053000Y-013000 219 | X054250Y-008500 220 | X056750Y-016250 221 | X056750Y-011500 222 | X057750Y-011500 223 | X057000Y-010000 224 | X059500Y-010000 225 | X055750Y-021750 226 | X047500Y-037500 227 | X049500Y-037500 228 | X051500Y-037500 229 | X053500Y-037500 230 | X048500Y-041000 231 | X046500Y-041000 232 | X037500Y-039000 233 | X039500Y-039000 234 | X041500Y-039000 235 | X031000Y-043500 236 | X031000Y-041500 237 | X054250Y-016500 238 | X052500Y-016500 239 | X059500Y-020500 240 | X057500Y-020500 241 | X048500Y-011500 242 | X047000Y-011500 243 | X045500Y-011500 244 | X043000Y-009500 245 | X045000Y-009500 246 | X021500Y-011500 247 | X022000Y-010000 248 | X023750Y-004750 249 | X025250Y-004749 250 | X044250Y-046750 251 | X031750Y-003500 252 | X035500Y-003750 253 | T02 254 | X007250Y-017750 255 | X017500Y-017750 256 | X032750Y-017750 257 | X045500Y-017750 258 | X007250Y-032500 259 | X020000Y-032500 260 | X032750Y-032500 261 | X045500Y-032500 262 | X048750Y-025000 263 | X028000Y-005500 264 | X016500Y-006500 265 | X037500Y-011500 266 | X053500Y-009000 267 | X057250Y-012250 268 | X027500Y-036750 269 | X005000Y-017750 270 | X009906Y-007874 271 | X018000Y-006500 272 | X018250Y-010750 273 | X027250Y-010000 274 | X033750Y-005500 275 | X036000Y-011500 276 | X040500Y-011500 277 | X065500Y-007000 278 | X034036Y-036830 279 | X026416Y-042926 280 | X040000Y-042250 281 | X042000Y-040250 282 | X054000Y-046750 283 | X057250Y-041500 284 | X057000Y-034750 285 | X043000Y-011500 286 | X032750Y-013250 287 | X053500Y-025000 288 | X020000Y-036500 289 | X007250Y-036500 290 | X031750Y-002500 291 | M30 292 | -------------------------------------------------------------------------------- /hardware/Gerber_PCB/Gerber_BoardOutlineLayer.GKO: -------------------------------------------------------------------------------- 1 | G04 Layer: BoardOutlineLayer* 2 | G04 EasyEDA v6.5.44, 2024-08-29 13:08:05* 3 | G04 16ae97f49be74552a1a67efb210d0a0d,9a5be75d700b4a6385dc1106f27949ae,10* 4 | G04 Gerber Generator version 0.2* 5 | G04 Scale: 100 percent, Rotated: No, Reflected: No * 6 | G04 Dimensions in millimeters * 7 | G04 leading zeros omitted , absolute positions ,4 integer and 5 decimal * 8 | %FSLAX45Y45*% 9 | %MOMM*% 10 | 11 | %ADD10C,0.2540*% 12 | %ADD11C,0.0254*% 13 | D10* 14 | X11800027Y-4999987D02* 15 | G01* 16 | X199948Y-4999987D01* 17 | X11999975Y-199999D02* 18 | G01* 19 | X11999975Y-4799990D01* 20 | X203200Y0D02* 21 | G01* 22 | X11799976Y0D01* 23 | X0Y-4799990D02* 24 | G01* 25 | X0Y-199999D01* 26 | G75* 27 | G01* 28 | X0Y-200000D02* 29 | G02* 30 | X200000Y0I200000J0D01* 31 | G75* 32 | G01* 33 | X11799976Y0D02* 34 | G02* 35 | X11999976Y-200000I0J-200000D01* 36 | G75* 37 | G01* 38 | X11999976Y-4799990D02* 39 | G02* 40 | X11799976Y-4999990I-200000J0D01* 41 | G75* 42 | G01* 43 | X200000Y-4999987D02* 44 | G02* 45 | X0Y-4799988I0J199999D01* 46 | D11* 47 | X7340584Y-812797D02* 48 | G01* 49 | X7340584Y-4190992D01* 50 | G75* 51 | G01* 52 | X7340585Y-4190992D02* 53 | G02* 54 | X7100585Y-4190992I-120000J0D01* 55 | X7100585Y-4190992D02* 56 | G01* 57 | X7100585Y-812797D01* 58 | G75* 59 | G01* 60 | X7100585Y-812797D02* 61 | G02* 62 | X7340585Y-812797I120000J0D01* 63 | X7340584Y-812797D02* 64 | G01* 65 | X7340584Y-812797D01* 66 | 67 | %LPD*% 68 | M02* 69 | -------------------------------------------------------------------------------- /hardware/Gerber_PCB/Gerber_BottomPasteMaskLayer.GBP: -------------------------------------------------------------------------------- 1 | G04 Layer: BottomPasteMaskLayer* 2 | G04 EasyEDA v6.5.44, 2024-08-29 13:08:05* 3 | G04 16ae97f49be74552a1a67efb210d0a0d,9a5be75d700b4a6385dc1106f27949ae,10* 4 | G04 Gerber Generator version 0.2* 5 | G04 Scale: 100 percent, Rotated: No, Reflected: No * 6 | G04 Dimensions in millimeters * 7 | G04 leading zeros omitted , absolute positions ,4 integer and 5 decimal * 8 | %FSLAX45Y45*% 9 | %MOMM*% 10 | 11 | %ADD10C,0.0001*% 12 | 13 | %LPD*% 14 | G36* 15 | X1960016Y-1454200D02* 16 | G01* 17 | X1954987Y-1459179D01* 18 | X1954987Y-1502105D01* 19 | X1960016Y-1507185D01* 20 | X2039975Y-1507185D01* 21 | X2045004Y-1502105D01* 22 | X2045004Y-1459179D01* 23 | X2039975Y-1454200D01* 24 | G37* 25 | G36* 26 | X1960016Y-1602232D02* 27 | G01* 28 | X1954987Y-1607261D01* 29 | X1954987Y-1650136D01* 30 | X1960016Y-1655216D01* 31 | X2039975Y-1655216D01* 32 | X2045004Y-1650136D01* 33 | X2045004Y-1607261D01* 34 | X2039975Y-1602232D01* 35 | G37* 36 | M02* 37 | -------------------------------------------------------------------------------- /hardware/Gerber_PCB/Gerber_BottomSolderMaskLayer.GBS: -------------------------------------------------------------------------------- 1 | G04 Layer: BottomSolderMaskLayer* 2 | G04 EasyEDA v6.5.44, 2024-08-29 13:08:05* 3 | G04 16ae97f49be74552a1a67efb210d0a0d,9a5be75d700b4a6385dc1106f27949ae,10* 4 | G04 Gerber Generator version 0.2* 5 | G04 Scale: 100 percent, Rotated: No, Reflected: No * 6 | G04 Dimensions in millimeters * 7 | G04 leading zeros omitted , absolute positions ,4 integer and 5 decimal * 8 | %FSLAX45Y45*% 9 | %MOMM*% 10 | 11 | %AMMACRO1*4,1,47,-0.4572,-0.6033,-0.4608,-0.603,-0.4644,-0.6022,-0.4677,-0.601,-0.4709,-0.5992,-0.4738,-0.5971,-0.4764,-0.5945,-0.4786,-0.5916,-0.4803,-0.5884,-0.4816,-0.585,-0.4823,-0.5815,-0.4826,-0.5779,-0.4826,0.1588,-0.4822,0.1629,-0.4812,0.167,-0.4795,0.1709,-0.4772,0.1744,-0.4744,0.1775,-0.0172,0.5966,-0.0142,0.5989,-0.0109,0.6008,-0.0074,0.6021,-0.0038,0.603,0,0.6033,0.0038,0.603,0.0074,0.6021,0.0109,0.6008,0.0142,0.5989,0.0172,0.5966,0.4744,0.1775,0.4772,0.1744,0.4795,0.1709,0.4812,0.167,0.4822,0.1629,0.4826,0.1588,0.4826,-0.5779,0.4823,-0.5815,0.4816,-0.585,0.4803,-0.5884,0.4786,-0.5916,0.4764,-0.5945,0.4738,-0.5971,0.4709,-0.5992,0.4677,-0.601,0.4644,-0.6022,0.4608,-0.603,0.4572,-0.6033,-0.4572,-0.6033,0*% 12 | %AMMACRO2*4,1,8,-0.8085,-0.8382,-0.8382,-0.8084,-0.8382,0.8085,-0.8085,0.8382,0.8084,0.8382,0.8382,0.8085,0.8382,-0.8084,0.8084,-0.8382,-0.8085,-0.8382,0*% 13 | %AMMACRO3*4,1,8,-0.8085,-0.9008,-0.8382,-0.871,-0.8382,0.8711,-0.8085,0.9008,0.8084,0.9008,0.8382,0.8711,0.8382,-0.871,0.8084,-0.9008,-0.8085,-0.9008,0*% 14 | %AMMACRO4*4,1,8,-0.8711,-0.9008,-0.9008,-0.871,-0.9008,0.8711,-0.8711,0.9008,0.871,0.9008,0.9008,0.8711,0.9008,-0.871,0.871,-0.9008,-0.8711,-0.9008,0*% 15 | %ADD10C,0.7016*% 16 | %ADD11MACRO1*% 17 | %ADD12MACRO2*% 18 | %ADD13C,1.8016*% 19 | %ADD14MACRO3*% 20 | %ADD15MACRO4*% 21 | %ADD16C,2.3000*% 22 | %ADD17C,2.1000*% 23 | %ADD18C,1.6256*% 24 | %ADD19C,5.6016*% 25 | 26 | %LPD*% 27 | G36* 28 | X177800Y-76200D02* 29 | G01* 30 | X127000Y-127000D01* 31 | X127000Y-149199D01* 32 | X76200Y-199999D01* 33 | X76200Y-254000D01* 34 | X99974Y-249986D01* 35 | X249986Y-99974D01* 36 | X254000Y-76200D01* 37 | G37* 38 | G36* 39 | X76200Y-4749800D02* 40 | G01* 41 | X76200Y-4799990D01* 42 | X150114Y-4873904D01* 43 | X150114Y-4899863D01* 44 | X177850Y-4927600D01* 45 | X300024Y-4927600D01* 46 | X300024Y-4849977D01* 47 | X150012Y-4750003D01* 48 | G37* 49 | G36* 50 | X7010349Y-4674971D02* 51 | G01* 52 | X6949998Y-4700016D01* 53 | X6757771Y-4927600D01* 54 | X6925005Y-4927600D01* 55 | X7010349Y-4842205D01* 56 | G37* 57 | G36* 58 | X6756400Y-76200D02* 59 | G01* 60 | X6749999Y-99974D01* 61 | X6949998Y-300024D01* 62 | X7010349Y-330149D01* 63 | X7010349Y-126949D01* 64 | X6959600Y-76200D01* 65 | G37* 66 | G36* 67 | X6999986Y-99974D02* 68 | G01* 69 | X6999986Y-4999990D01* 70 | X7049973Y-4999990D01* 71 | X7049973Y-99974D01* 72 | G37* 73 | G36* 74 | X0Y0D02* 75 | G01* 76 | X0Y-99974D01* 77 | X7049973Y-99974D01* 78 | X7049973Y0D01* 79 | G37* 80 | G36* 81 | X0Y-49987D02* 82 | G01* 83 | X0Y-4950002D01* 84 | X99974Y-4950002D01* 85 | X99974Y-49987D01* 86 | G37* 87 | G36* 88 | X0Y-4899964D02* 89 | G01* 90 | X0Y-4999990D01* 91 | X7049973Y-4999990D01* 92 | X7049973Y-4899964D01* 93 | G37* 94 | D10* 95 | X76200Y-4749800D02* 96 | G01* 97 | X76200Y-279400D01* 98 | X76200Y-4749800D02* 99 | G01* 100 | X76200Y-279400D01* 101 | X6959600Y-4927600D02* 102 | G01* 103 | X254000Y-4927600D01* 104 | X254000Y-4927600D02* 105 | G01* 106 | X177825Y-4927600D01* 107 | X127000Y-4876774D01* 108 | X76200Y-4749800D02* 109 | G01* 110 | X76200Y-4825974D01* 111 | X127000Y-4876774D01* 112 | X76200Y-279400D02* 113 | G01* 114 | X76200Y-177800D01* 115 | X127000Y-127000D01* 116 | X254000Y-76200D02* 117 | G01* 118 | X177800Y-76200D01* 119 | X127000Y-127000D01* 120 | X7010374Y-254000D02* 121 | G01* 122 | X7010374Y-126974D01* 123 | X6959600Y-76200D01* 124 | X7010374Y-4724400D02* 125 | G01* 126 | X7010374Y-4876825D01* 127 | X6959600Y-4927600D01* 128 | X6959600Y-4927600D02* 129 | G01* 130 | X254000Y-4927600D01* 131 | X7010374Y-254000D02* 132 | G01* 133 | X7010374Y-4724400D01* 134 | X254000Y-76200D02* 135 | G01* 136 | X6959600Y-76200D01* 137 | D11* 138 | G01* 139 | X1999996Y-1601431D03* 140 | G36* 141 | X1954433Y-1563961D02* 142 | G01* 143 | X1954088Y-1563959D01* 144 | X1953745Y-1563911D01* 145 | X1953412Y-1563817D01* 146 | X1953097Y-1563677D01* 147 | X1952802Y-1563496D01* 148 | X1952536Y-1563278D01* 149 | X1952302Y-1563024D01* 150 | X1952101Y-1562742D01* 151 | X1951944Y-1562435D01* 152 | X1951829Y-1562110D01* 153 | X1951758Y-1561772D01* 154 | X1951736Y-1561426D01* 155 | X1951736Y-1450936D01* 156 | X1951761Y-1450576D01* 157 | X1951840Y-1450220D01* 158 | X1951964Y-1449882D01* 159 | X1952139Y-1449562D01* 160 | X1952355Y-1449273D01* 161 | X1952612Y-1449016D01* 162 | X1952901Y-1448800D01* 163 | X1953221Y-1448625D01* 164 | X1953559Y-1448501D01* 165 | X1953915Y-1448422D01* 166 | X1954275Y-1448396D01* 167 | X2045715Y-1448396D01* 168 | X2046076Y-1448422D01* 169 | X2046432Y-1448501D01* 170 | X2046770Y-1448625D01* 171 | X2047090Y-1448800D01* 172 | X2047379Y-1449016D01* 173 | X2047636Y-1449273D01* 174 | X2047852Y-1449562D01* 175 | X2048027Y-1449882D01* 176 | X2048151Y-1450220D01* 177 | X2048230Y-1450576D01* 178 | X2048256Y-1450936D01* 179 | X2048256Y-1561426D01* 180 | X2048233Y-1561772D01* 181 | X2048162Y-1562110D01* 182 | X2048047Y-1562435D01* 183 | X2047890Y-1562742D01* 184 | X2047689Y-1563024D01* 185 | X2047455Y-1563278D01* 186 | X2047189Y-1563496D01* 187 | X2046894Y-1563677D01* 188 | X2046579Y-1563817D01* 189 | X2046246Y-1563911D01* 190 | X2045903Y-1563959D01* 191 | X2045558Y-1563961D01* 192 | X2045218Y-1563918D01* 193 | X2044882Y-1563827D01* 194 | X2044565Y-1563692D01* 195 | X2044268Y-1563514D01* 196 | X2043998Y-1563298D01* 197 | X1999995Y-1522963D01* 198 | X1955993Y-1563298D01* 199 | X1955723Y-1563514D01* 200 | X1955426Y-1563692D01* 201 | X1955109Y-1563827D01* 202 | X1954773Y-1563918D01* 203 | G37* 204 | D12* 205 | G01* 206 | X733043Y-1150111D03* 207 | D13* 208 | G01* 209 | X3243072Y-4750054D03* 210 | G01* 211 | X2989072Y-4750054D03* 212 | G01* 213 | X2735072Y-4750054D03* 214 | G01* 215 | X2481072Y-4750054D03* 216 | G01* 217 | X2227072Y-4750054D03* 218 | G01* 219 | X1973072Y-4750054D03* 220 | G01* 221 | X1719071Y-4750054D03* 222 | G01* 223 | X1465071Y-4750054D03* 224 | G01* 225 | X1211071Y-4750054D03* 226 | D14* 227 | G01* 228 | X957072Y-4750054D03* 229 | D15* 230 | G01* 231 | X6674865Y-2881122D03* 232 | D13* 233 | G01* 234 | X6674865Y-2627121D03* 235 | G01* 236 | X6674865Y-2373121D03* 237 | G01* 238 | X6674865Y-2119121D03* 239 | D16* 240 | G01* 241 | X6295897Y-3395979D03* 242 | G01* 243 | X6803897Y-3395979D03* 244 | G01* 245 | X6295897Y-3903979D03* 246 | G01* 247 | X6803897Y-3903979D03* 248 | D17* 249 | G01* 250 | X6549897Y-3649979D03* 251 | D16* 252 | G01* 253 | X6295897Y-1096010D03* 254 | G01* 255 | X6803897Y-1096010D03* 256 | G01* 257 | X6295897Y-1604010D03* 258 | G01* 259 | X6803897Y-1604010D03* 260 | D17* 261 | G01* 262 | X6549897Y-1350010D03* 263 | D12* 264 | G01* 265 | X225043Y-1150111D03* 266 | G01* 267 | X479043Y-1150111D03* 268 | D18* 269 | G01* 270 | X4949977Y-3925011D03* 271 | G01* 272 | X5203977Y-3925011D03* 273 | G01* 274 | X4695977Y-3925011D03* 275 | G01* 276 | X4349978Y-600024D03* 277 | G01* 278 | X4603978Y-600024D03* 279 | G01* 280 | X4095978Y-600024D03* 281 | D19* 282 | G01* 283 | X350012Y-350012D03* 284 | G01* 285 | X6699986Y-350012D03* 286 | G01* 287 | X6699986Y-4650003D03* 288 | G01* 289 | X350012Y-4650003D03* 290 | M02* 291 | -------------------------------------------------------------------------------- /hardware/Gerber_PCB/Gerber_DocumentLayer.GDL: -------------------------------------------------------------------------------- 1 | G04 Layer: DocumentLayer* 2 | G04 EasyEDA v6.5.44, 2024-08-29 13:08:05* 3 | G04 16ae97f49be74552a1a67efb210d0a0d,9a5be75d700b4a6385dc1106f27949ae,10* 4 | G04 Gerber Generator version 0.2* 5 | G04 Scale: 100 percent, Rotated: No, Reflected: No * 6 | G04 Dimensions in millimeters * 7 | G04 leading zeros omitted , absolute positions ,4 integer and 5 decimal * 8 | %FSLAX45Y45*% 9 | %MOMM*% 10 | 11 | %ADD10C,0.1016*% 12 | %ADD11C,0.3000*% 13 | %ADD12C,0.4000*% 14 | %ADD13C,0.2000*% 15 | 16 | %LPD*% 17 | D10* 18 | X12750774Y5D02* 19 | G01* 20 | X12750774Y-321536D01* 21 | X12750774Y-2180353D02* 22 | G01* 23 | X12750774Y-2501894D01* 24 | X12712674Y-152394D02* 25 | G01* 26 | X12750774Y5D01* 27 | X12788874Y-152394D01* 28 | X12712674Y-2349494D02* 29 | G01* 30 | X12750774Y-2501894D01* 31 | X12788874Y-2349494D01* 32 | X12552123Y-2118001D02* 33 | G01* 34 | X12540693Y-2118001D01* 35 | X12517579Y-2106571D01* 36 | X12505895Y-2094887D01* 37 | X12494465Y-2071773D01* 38 | X12494465Y-2025545D01* 39 | X12505895Y-2002431D01* 40 | X12517579Y-1991001D01* 41 | X12540693Y-1979571D01* 42 | X12563807Y-1979571D01* 43 | X12586921Y-1991001D01* 44 | X12621465Y-2014115D01* 45 | X12737035Y-2129431D01* 46 | X12737035Y-1967887D01* 47 | X12494465Y-1753257D02* 48 | G01* 49 | X12494465Y-1868573D01* 50 | X12598351Y-1880257D01* 51 | X12586921Y-1868573D01* 52 | X12575237Y-1834029D01* 53 | X12575237Y-1799231D01* 54 | X12586921Y-1764687D01* 55 | X12610035Y-1741573D01* 56 | X12644579Y-1730143D01* 57 | X12667693Y-1730143D01* 58 | X12702237Y-1741573D01* 59 | X12725351Y-1764687D01* 60 | X12737035Y-1799231D01* 61 | X12737035Y-1834029D01* 62 | X12725351Y-1868573D01* 63 | X12713921Y-1880257D01* 64 | X12690807Y-1891687D01* 65 | X12679123Y-1642259D02* 66 | G01* 67 | X12690807Y-1653943D01* 68 | X12702237Y-1642259D01* 69 | X12690807Y-1630829D01* 70 | X12679123Y-1642259D01* 71 | X12494465Y-1485287D02* 72 | G01* 73 | X12505895Y-1519831D01* 74 | X12540693Y-1542945D01* 75 | X12598351Y-1554629D01* 76 | X12632895Y-1554629D01* 77 | X12690807Y-1542945D01* 78 | X12725351Y-1519831D01* 79 | X12737035Y-1485287D01* 80 | X12737035Y-1462173D01* 81 | X12725351Y-1427629D01* 82 | X12690807Y-1404515D01* 83 | X12632895Y-1392831D01* 84 | X12598351Y-1392831D01* 85 | X12540693Y-1404515D01* 86 | X12505895Y-1427629D01* 87 | X12494465Y-1462173D01* 88 | X12494465Y-1485287D01* 89 | X12540693Y-1316631D02* 90 | G01* 91 | X12529009Y-1293771D01* 92 | X12494465Y-1258973D01* 93 | X12737035Y-1258973D01* 94 | X12575237Y-1032659D02* 95 | G01* 96 | X12610035Y-1044343D01* 97 | X12632895Y-1067457D01* 98 | X12644579Y-1102001D01* 99 | X12644579Y-1113431D01* 100 | X12632895Y-1148229D01* 101 | X12610035Y-1171343D01* 102 | X12575237Y-1182773D01* 103 | X12563807Y-1182773D01* 104 | X12529009Y-1171343D01* 105 | X12505895Y-1148229D01* 106 | X12494465Y-1113431D01* 107 | X12494465Y-1102001D01* 108 | X12505895Y-1067457D01* 109 | X12529009Y-1044343D01* 110 | X12575237Y-1032659D01* 111 | X12632895Y-1032659D01* 112 | X12690807Y-1044343D01* 113 | X12725351Y-1067457D01* 114 | X12737035Y-1102001D01* 115 | X12737035Y-1125115D01* 116 | X12725351Y-1159659D01* 117 | X12702237Y-1171343D01* 118 | X12575237Y-956459D02* 119 | G01* 120 | X12737035Y-956459D01* 121 | X12621465Y-956459D02* 122 | G01* 123 | X12586921Y-921915D01* 124 | X12575237Y-898801D01* 125 | X12575237Y-864257D01* 126 | X12586921Y-841143D01* 127 | X12621465Y-829459D01* 128 | X12737035Y-829459D01* 129 | X12621465Y-829459D02* 130 | G01* 131 | X12586921Y-794915D01* 132 | X12575237Y-771801D01* 133 | X12575237Y-737257D01* 134 | X12586921Y-714143D01* 135 | X12621465Y-702459D01* 136 | X12737035Y-702459D01* 137 | X12575237Y-626259D02* 138 | G01* 139 | X12737035Y-626259D01* 140 | X12621465Y-626259D02* 141 | G01* 142 | X12586921Y-591715D01* 143 | X12575237Y-568601D01* 144 | X12575237Y-534057D01* 145 | X12586921Y-510943D01* 146 | X12621465Y-499259D01* 147 | X12737035Y-499259D01* 148 | X12621465Y-499259D02* 149 | G01* 150 | X12586921Y-464715D01* 151 | X12575237Y-441601D01* 152 | X12575237Y-407057D01* 153 | X12586921Y-383943D01* 154 | X12621465Y-372259D01* 155 | X12737035Y-372259D01* 156 | X12851734Y5D02* 157 | G01* 158 | X12496774Y5D01* 159 | X12851734Y-2501894D02* 160 | G01* 161 | X12496774Y-2501894D01* 162 | X12750774Y-2501894D02* 163 | G01* 164 | X12750774Y-2823436D01* 165 | X12750774Y-4682253D02* 166 | G01* 167 | X12750774Y-5003794D01* 168 | X12712674Y-2654294D02* 169 | G01* 170 | X12750774Y-2501894D01* 171 | X12788874Y-2654294D01* 172 | X12712674Y-4851394D02* 173 | G01* 174 | X12750774Y-5003794D01* 175 | X12788874Y-4851394D01* 176 | X12552123Y-4619901D02* 177 | G01* 178 | X12540693Y-4619901D01* 179 | X12517579Y-4608471D01* 180 | X12505895Y-4596787D01* 181 | X12494465Y-4573673D01* 182 | X12494465Y-4527445D01* 183 | X12505895Y-4504331D01* 184 | X12517579Y-4492901D01* 185 | X12540693Y-4481471D01* 186 | X12563807Y-4481471D01* 187 | X12586921Y-4492901D01* 188 | X12621465Y-4516015D01* 189 | X12737035Y-4631331D01* 190 | X12737035Y-4469787D01* 191 | X12494465Y-4255157D02* 192 | G01* 193 | X12494465Y-4370473D01* 194 | X12598351Y-4382157D01* 195 | X12586921Y-4370473D01* 196 | X12575237Y-4335929D01* 197 | X12575237Y-4301131D01* 198 | X12586921Y-4266587D01* 199 | X12610035Y-4243473D01* 200 | X12644579Y-4232043D01* 201 | X12667693Y-4232043D01* 202 | X12702237Y-4243473D01* 203 | X12725351Y-4266587D01* 204 | X12737035Y-4301131D01* 205 | X12737035Y-4335929D01* 206 | X12725351Y-4370473D01* 207 | X12713921Y-4382157D01* 208 | X12690807Y-4393587D01* 209 | X12679123Y-4144159D02* 210 | G01* 211 | X12690807Y-4155843D01* 212 | X12702237Y-4144159D01* 213 | X12690807Y-4132729D01* 214 | X12679123Y-4144159D01* 215 | X12494465Y-3987187D02* 216 | G01* 217 | X12505895Y-4021731D01* 218 | X12540693Y-4044845D01* 219 | X12598351Y-4056529D01* 220 | X12632895Y-4056529D01* 221 | X12690807Y-4044845D01* 222 | X12725351Y-4021731D01* 223 | X12737035Y-3987187D01* 224 | X12737035Y-3964073D01* 225 | X12725351Y-3929529D01* 226 | X12690807Y-3906415D01* 227 | X12632895Y-3894731D01* 228 | X12598351Y-3894731D01* 229 | X12540693Y-3906415D01* 230 | X12505895Y-3929529D01* 231 | X12494465Y-3964073D01* 232 | X12494465Y-3987187D01* 233 | X12540693Y-3818531D02* 234 | G01* 235 | X12529009Y-3795671D01* 236 | X12494465Y-3760873D01* 237 | X12737035Y-3760873D01* 238 | X12575237Y-3534559D02* 239 | G01* 240 | X12610035Y-3546243D01* 241 | X12632895Y-3569357D01* 242 | X12644579Y-3603901D01* 243 | X12644579Y-3615331D01* 244 | X12632895Y-3650129D01* 245 | X12610035Y-3673243D01* 246 | X12575237Y-3684673D01* 247 | X12563807Y-3684673D01* 248 | X12529009Y-3673243D01* 249 | X12505895Y-3650129D01* 250 | X12494465Y-3615331D01* 251 | X12494465Y-3603901D01* 252 | X12505895Y-3569357D01* 253 | X12529009Y-3546243D01* 254 | X12575237Y-3534559D01* 255 | X12632895Y-3534559D01* 256 | X12690807Y-3546243D01* 257 | X12725351Y-3569357D01* 258 | X12737035Y-3603901D01* 259 | X12737035Y-3627015D01* 260 | X12725351Y-3661559D01* 261 | X12702237Y-3673243D01* 262 | X12575237Y-3458359D02* 263 | G01* 264 | X12737035Y-3458359D01* 265 | X12621465Y-3458359D02* 266 | G01* 267 | X12586921Y-3423815D01* 268 | X12575237Y-3400701D01* 269 | X12575237Y-3366157D01* 270 | X12586921Y-3343043D01* 271 | X12621465Y-3331359D01* 272 | X12737035Y-3331359D01* 273 | X12621465Y-3331359D02* 274 | G01* 275 | X12586921Y-3296815D01* 276 | X12575237Y-3273701D01* 277 | X12575237Y-3239157D01* 278 | X12586921Y-3216043D01* 279 | X12621465Y-3204359D01* 280 | X12737035Y-3204359D01* 281 | X12575237Y-3128159D02* 282 | G01* 283 | X12737035Y-3128159D01* 284 | X12621465Y-3128159D02* 285 | G01* 286 | X12586921Y-3093615D01* 287 | X12575237Y-3070501D01* 288 | X12575237Y-3035957D01* 289 | X12586921Y-3012843D01* 290 | X12621465Y-3001159D01* 291 | X12737035Y-3001159D01* 292 | X12621465Y-3001159D02* 293 | G01* 294 | X12586921Y-2966615D01* 295 | X12575237Y-2943501D01* 296 | X12575237Y-2908957D01* 297 | X12586921Y-2885843D01* 298 | X12621465Y-2874159D01* 299 | X12737035Y-2874159D01* 300 | X12813634Y-2501894D02* 301 | G01* 302 | X12496774Y-2501894D01* 303 | X12813634Y-5003794D02* 304 | G01* 305 | X12496774Y-5003794D01* 306 | X0Y1777692D02* 307 | G01* 308 | X4945888Y1777692D01* 309 | X7054088Y1777692D02* 310 | G01* 311 | X11999975Y1777692D01* 312 | X152400Y1739592D02* 313 | G01* 314 | X0Y1777692D01* 315 | X152400Y1815792D01* 316 | X11847575Y1739592D02* 317 | G01* 318 | X11999975Y1777692D01* 319 | X11847575Y1815792D01* 320 | X4996688Y1987804D02* 321 | G01* 322 | X5019802Y1999487D01* 323 | X5054345Y2034031D01* 324 | X5054345Y1791462D01* 325 | X5142229Y1976373D02* 326 | G01* 327 | X5142229Y1987804D01* 328 | X5153659Y2010918D01* 329 | X5165343Y2022347D01* 330 | X5188458Y2034031D01* 331 | X5234431Y2034031D01* 332 | X5257545Y2022347D01* 333 | X5269229Y2010918D01* 334 | X5280659Y1987804D01* 335 | X5280659Y1964689D01* 336 | X5269229Y1941576D01* 337 | X5246115Y1907031D01* 338 | X5130545Y1791462D01* 339 | X5292343Y1791462D01* 340 | X5437631Y2034031D02* 341 | G01* 342 | X5403088Y2022347D01* 343 | X5379974Y1987804D01* 344 | X5368543Y1930145D01* 345 | X5368543Y1895347D01* 346 | X5379974Y1837689D01* 347 | X5403088Y1803145D01* 348 | X5437631Y1791462D01* 349 | X5460745Y1791462D01* 350 | X5495543Y1803145D01* 351 | X5518658Y1837689D01* 352 | X5530088Y1895347D01* 353 | X5530088Y1930145D01* 354 | X5518658Y1987804D01* 355 | X5495543Y2022347D01* 356 | X5460745Y2034031D01* 357 | X5437631Y2034031D01* 358 | X5617718Y1849373D02* 359 | G01* 360 | X5606288Y1837689D01* 361 | X5617718Y1826260D01* 362 | X5629402Y1837689D01* 363 | X5617718Y1849373D01* 364 | X5774943Y2034031D02* 365 | G01* 366 | X5740145Y2022347D01* 367 | X5717031Y1987804D01* 368 | X5705602Y1930145D01* 369 | X5705602Y1895347D01* 370 | X5717031Y1837689D01* 371 | X5740145Y1803145D01* 372 | X5774943Y1791462D01* 373 | X5798058Y1791462D01* 374 | X5832602Y1803145D01* 375 | X5855715Y1837689D01* 376 | X5867145Y1895347D01* 377 | X5867145Y1930145D01* 378 | X5855715Y1987804D01* 379 | X5832602Y2022347D01* 380 | X5798058Y2034031D01* 381 | X5774943Y2034031D01* 382 | X6012688Y2034031D02* 383 | G01* 384 | X5978143Y2022347D01* 385 | X5955029Y1987804D01* 386 | X5943345Y1930145D01* 387 | X5943345Y1895347D01* 388 | X5955029Y1837689D01* 389 | X5978143Y1803145D01* 390 | X6012688Y1791462D01* 391 | X6035802Y1791462D01* 392 | X6070345Y1803145D01* 393 | X6093459Y1837689D01* 394 | X6105143Y1895347D01* 395 | X6105143Y1930145D01* 396 | X6093459Y1987804D01* 397 | X6070345Y2022347D01* 398 | X6035802Y2034031D01* 399 | X6012688Y2034031D01* 400 | X6250431Y2034031D02* 401 | G01* 402 | X6215888Y2022347D01* 403 | X6192774Y1987804D01* 404 | X6181343Y1930145D01* 405 | X6181343Y1895347D01* 406 | X6192774Y1837689D01* 407 | X6215888Y1803145D01* 408 | X6250431Y1791462D01* 409 | X6273545Y1791462D01* 410 | X6308343Y1803145D01* 411 | X6331458Y1837689D01* 412 | X6342888Y1895347D01* 413 | X6342888Y1930145D01* 414 | X6331458Y1987804D01* 415 | X6308343Y2022347D01* 416 | X6273545Y2034031D01* 417 | X6250431Y2034031D01* 418 | X6419088Y1953260D02* 419 | G01* 420 | X6419088Y1791462D01* 421 | X6419088Y1907031D02* 422 | G01* 423 | X6453631Y1941576D01* 424 | X6476745Y1953260D01* 425 | X6511543Y1953260D01* 426 | X6534658Y1941576D01* 427 | X6546088Y1907031D01* 428 | X6546088Y1791462D01* 429 | X6546088Y1907031D02* 430 | G01* 431 | X6580631Y1941576D01* 432 | X6603745Y1953260D01* 433 | X6638543Y1953260D01* 434 | X6661658Y1941576D01* 435 | X6673088Y1907031D01* 436 | X6673088Y1791462D01* 437 | X6749288Y1953260D02* 438 | G01* 439 | X6749288Y1791462D01* 440 | X6749288Y1907031D02* 441 | G01* 442 | X6783831Y1941576D01* 443 | X6806945Y1953260D01* 444 | X6841743Y1953260D01* 445 | X6864858Y1941576D01* 446 | X6876288Y1907031D01* 447 | X6876288Y1791462D01* 448 | X6876288Y1907031D02* 449 | G01* 450 | X6910831Y1941576D01* 451 | X6933945Y1953260D01* 452 | X6968743Y1953260D01* 453 | X6991858Y1941576D01* 454 | X7003288Y1907031D01* 455 | X7003288Y1791462D01* 456 | X0Y1699996D02* 457 | G01* 458 | X0Y2031692D01* 459 | X11999975Y1699996D02* 460 | G01* 461 | X11999975Y2031692D01* 462 | X0Y1249842D02* 463 | G01* 464 | X2537856Y1249842D01* 465 | X4512129Y1249842D02* 466 | G01* 467 | X7049985Y1249842D01* 468 | X152400Y1211742D02* 469 | G01* 470 | X0Y1249842D01* 471 | X152400Y1287942D01* 472 | X6897585Y1211742D02* 473 | G01* 474 | X7049985Y1249842D01* 475 | X6897585Y1287942D01* 476 | X2750311Y1506220D02* 477 | G01* 478 | X2634741Y1263650D01* 479 | X2588768Y1506220D02* 480 | G01* 481 | X2750311Y1506220D01* 482 | X2895854Y1506220D02* 483 | G01* 484 | X2861056Y1494536D01* 485 | X2837941Y1459992D01* 486 | X2826511Y1402334D01* 487 | X2826511Y1367536D01* 488 | X2837941Y1309878D01* 489 | X2861056Y1275334D01* 490 | X2895854Y1263650D01* 491 | X2918968Y1263650D01* 492 | X2953511Y1275334D01* 493 | X2976625Y1309878D01* 494 | X2988056Y1367536D01* 495 | X2988056Y1402334D01* 496 | X2976625Y1459992D01* 497 | X2953511Y1494536D01* 498 | X2918968Y1506220D01* 499 | X2895854Y1506220D01* 500 | X3075940Y1321307D02* 501 | G01* 502 | X3064256Y1309878D01* 503 | X3075940Y1298447D01* 504 | X3087370Y1309878D01* 505 | X3075940Y1321307D01* 506 | X3302254Y1506220D02* 507 | G01* 508 | X3186684Y1506220D01* 509 | X3175254Y1402334D01* 510 | X3186684Y1413763D01* 511 | X3221227Y1425447D01* 512 | X3256025Y1425447D01* 513 | X3290570Y1413763D01* 514 | X3313684Y1390650D01* 515 | X3325368Y1356105D01* 516 | X3325368Y1332992D01* 517 | X3313684Y1298447D01* 518 | X3290570Y1275334D01* 519 | X3256025Y1263650D01* 520 | X3221227Y1263650D01* 521 | X3186684Y1275334D01* 522 | X3175254Y1286763D01* 523 | X3163570Y1309878D01* 524 | X3470656Y1506220D02* 525 | G01* 526 | X3436111Y1494536D01* 527 | X3412997Y1459992D01* 528 | X3401568Y1402334D01* 529 | X3401568Y1367536D01* 530 | X3412997Y1309878D01* 531 | X3436111Y1275334D01* 532 | X3470656Y1263650D01* 533 | X3493770Y1263650D01* 534 | X3528568Y1275334D01* 535 | X3551427Y1309878D01* 536 | X3563111Y1367536D01* 537 | X3563111Y1402334D01* 538 | X3551427Y1459992D01* 539 | X3528568Y1494536D01* 540 | X3493770Y1506220D01* 541 | X3470656Y1506220D01* 542 | X3708654Y1506220D02* 543 | G01* 544 | X3673856Y1494536D01* 545 | X3650741Y1459992D01* 546 | X3639311Y1402334D01* 547 | X3639311Y1367536D01* 548 | X3650741Y1309878D01* 549 | X3673856Y1275334D01* 550 | X3708654Y1263650D01* 551 | X3731768Y1263650D01* 552 | X3766311Y1275334D01* 553 | X3789425Y1309878D01* 554 | X3800856Y1367536D01* 555 | X3800856Y1402334D01* 556 | X3789425Y1459992D01* 557 | X3766311Y1494536D01* 558 | X3731768Y1506220D01* 559 | X3708654Y1506220D01* 560 | X3877056Y1425447D02* 561 | G01* 562 | X3877056Y1263650D01* 563 | X3877056Y1379220D02* 564 | G01* 565 | X3911854Y1413763D01* 566 | X3934968Y1425447D01* 567 | X3969511Y1425447D01* 568 | X3992625Y1413763D01* 569 | X4004056Y1379220D01* 570 | X4004056Y1263650D01* 571 | X4004056Y1379220D02* 572 | G01* 573 | X4038854Y1413763D01* 574 | X4061968Y1425447D01* 575 | X4096511Y1425447D01* 576 | X4119625Y1413763D01* 577 | X4131056Y1379220D01* 578 | X4131056Y1263650D01* 579 | X4207256Y1425447D02* 580 | G01* 581 | X4207256Y1263650D01* 582 | X4207256Y1379220D02* 583 | G01* 584 | X4242054Y1413763D01* 585 | X4265168Y1425447D01* 586 | X4299711Y1425447D01* 587 | X4322825Y1413763D01* 588 | X4334256Y1379220D01* 589 | X4334256Y1263650D01* 590 | X4334256Y1379220D02* 591 | G01* 592 | X4369054Y1413763D01* 593 | X4392168Y1425447D01* 594 | X4426711Y1425447D01* 595 | X4449825Y1413763D01* 596 | X4461256Y1379220D01* 597 | X4461256Y1263650D01* 598 | X0Y1199997D02* 599 | G01* 600 | X0Y1503842D01* 601 | X7049985Y1199997D02* 602 | G01* 603 | X7049985Y1503842D01* 604 | X7049985Y1275242D02* 605 | G01* 606 | X8537844Y1275242D01* 607 | X10512117Y1275242D02* 608 | G01* 609 | X11999975Y1275242D01* 610 | X7202385Y1237142D02* 611 | G01* 612 | X7049985Y1275242D01* 613 | X7202385Y1313342D01* 614 | X11847575Y1237142D02* 615 | G01* 616 | X11999975Y1275242D01* 617 | X11847575Y1313342D01* 618 | X8704072Y1531620D02* 619 | G01* 620 | X8588756Y1369821D01* 621 | X8761729Y1369821D01* 622 | X8704072Y1531620D02* 623 | G01* 624 | X8704072Y1289050D01* 625 | X8988043Y1450847D02* 626 | G01* 627 | X8976613Y1416050D01* 628 | X8953500Y1392936D01* 629 | X8918956Y1381505D01* 630 | X8907272Y1381505D01* 631 | X8872727Y1392936D01* 632 | X8849613Y1416050D01* 633 | X8837929Y1450847D01* 634 | X8837929Y1462278D01* 635 | X8849613Y1496821D01* 636 | X8872727Y1519936D01* 637 | X8907272Y1531620D01* 638 | X8918956Y1531620D01* 639 | X8953500Y1519936D01* 640 | X8976613Y1496821D01* 641 | X8988043Y1450847D01* 642 | X8988043Y1392936D01* 643 | X8976613Y1335278D01* 644 | X8953500Y1300734D01* 645 | X8918956Y1289050D01* 646 | X8895841Y1289050D01* 647 | X8861043Y1300734D01* 648 | X8849613Y1323847D01* 649 | X9075927Y1346707D02* 650 | G01* 651 | X9064243Y1335278D01* 652 | X9075927Y1323847D01* 653 | X9087358Y1335278D01* 654 | X9075927Y1346707D01* 655 | X9302241Y1531620D02* 656 | G01* 657 | X9186672Y1531620D01* 658 | X9175241Y1427734D01* 659 | X9186672Y1439163D01* 660 | X9221215Y1450847D01* 661 | X9256013Y1450847D01* 662 | X9290558Y1439163D01* 663 | X9313672Y1416050D01* 664 | X9325356Y1381505D01* 665 | X9325356Y1358392D01* 666 | X9313672Y1323847D01* 667 | X9290558Y1300734D01* 668 | X9256013Y1289050D01* 669 | X9221215Y1289050D01* 670 | X9186672Y1300734D01* 671 | X9175241Y1312163D01* 672 | X9163558Y1335278D01* 673 | X9470643Y1531620D02* 674 | G01* 675 | X9436100Y1519936D01* 676 | X9412986Y1485392D01* 677 | X9401556Y1427734D01* 678 | X9401556Y1392936D01* 679 | X9412986Y1335278D01* 680 | X9436100Y1300734D01* 681 | X9470643Y1289050D01* 682 | X9493758Y1289050D01* 683 | X9528556Y1300734D01* 684 | X9551415Y1335278D01* 685 | X9563100Y1392936D01* 686 | X9563100Y1427734D01* 687 | X9551415Y1485392D01* 688 | X9528556Y1519936D01* 689 | X9493758Y1531620D01* 690 | X9470643Y1531620D01* 691 | X9708641Y1531620D02* 692 | G01* 693 | X9673843Y1519936D01* 694 | X9650729Y1485392D01* 695 | X9639300Y1427734D01* 696 | X9639300Y1392936D01* 697 | X9650729Y1335278D01* 698 | X9673843Y1300734D01* 699 | X9708641Y1289050D01* 700 | X9731756Y1289050D01* 701 | X9766300Y1300734D01* 702 | X9789413Y1335278D01* 703 | X9800843Y1392936D01* 704 | X9800843Y1427734D01* 705 | X9789413Y1485392D01* 706 | X9766300Y1519936D01* 707 | X9731756Y1531620D01* 708 | X9708641Y1531620D01* 709 | X9877043Y1450847D02* 710 | G01* 711 | X9877043Y1289050D01* 712 | X9877043Y1404620D02* 713 | G01* 714 | X9911841Y1439163D01* 715 | X9934956Y1450847D01* 716 | X9969500Y1450847D01* 717 | X9992613Y1439163D01* 718 | X10004043Y1404620D01* 719 | X10004043Y1289050D01* 720 | X10004043Y1404620D02* 721 | G01* 722 | X10038841Y1439163D01* 723 | X10061956Y1450847D01* 724 | X10096500Y1450847D01* 725 | X10119613Y1439163D01* 726 | X10131043Y1404620D01* 727 | X10131043Y1289050D01* 728 | X10207243Y1450847D02* 729 | G01* 730 | X10207243Y1289050D01* 731 | X10207243Y1404620D02* 732 | G01* 733 | X10242041Y1439163D01* 734 | X10265156Y1450847D01* 735 | X10299700Y1450847D01* 736 | X10322813Y1439163D01* 737 | X10334243Y1404620D01* 738 | X10334243Y1289050D01* 739 | X10334243Y1404620D02* 740 | G01* 741 | X10369041Y1439163D01* 742 | X10392156Y1450847D01* 743 | X10426700Y1450847D01* 744 | X10449813Y1439163D01* 745 | X10461243Y1404620D01* 746 | X10461243Y1289050D01* 747 | X7049985Y1199997D02* 748 | G01* 749 | X7049985Y1529242D01* 750 | X11999975Y1199997D02* 751 | G01* 752 | X11999975Y1529242D01* 753 | X-955426Y0D02* 754 | G01* 755 | X-955426Y-262862D01* 756 | X-955426Y-2237132D02* 757 | G01* 758 | X-955426Y-2499995D01* 759 | X-993526Y-152400D02* 760 | G01* 761 | X-955426Y0D01* 762 | X-917326Y-152400D01* 763 | X-993526Y-2347595D02* 764 | G01* 765 | X-955426Y-2499995D01* 766 | X-917326Y-2347595D01* 767 | X-1153955Y-2174770D02* 768 | G01* 769 | X-1165639Y-2174770D01* 770 | X-1188753Y-2163340D01* 771 | X-1200183Y-2151656D01* 772 | X-1211613Y-2128542D01* 773 | X-1211613Y-2082314D01* 774 | X-1200183Y-2059454D01* 775 | X-1188753Y-2047770D01* 776 | X-1165639Y-2036340D01* 777 | X-1142525Y-2036340D01* 778 | X-1119411Y-2047770D01* 779 | X-1084613Y-2070884D01* 780 | X-969297Y-2186454D01* 781 | X-969297Y-2024656D01* 782 | X-1211613Y-1810026D02* 783 | G01* 784 | X-1211613Y-1925342D01* 785 | X-1107727Y-1937026D01* 786 | X-1119411Y-1925342D01* 787 | X-1130841Y-1890798D01* 788 | X-1130841Y-1856254D01* 789 | X-1119411Y-1821456D01* 790 | X-1096297Y-1798342D01* 791 | X-1061753Y-1786912D01* 792 | X-1038639Y-1786912D01* 793 | X-1003841Y-1798342D01* 794 | X-980727Y-1821456D01* 795 | X-969297Y-1856254D01* 796 | X-969297Y-1890798D01* 797 | X-980727Y-1925342D01* 798 | X-992411Y-1937026D01* 799 | X-1015525Y-1948456D01* 800 | X-1026955Y-1699028D02* 801 | G01* 802 | X-1015525Y-1710712D01* 803 | X-1003841Y-1699028D01* 804 | X-1015525Y-1687598D01* 805 | X-1026955Y-1699028D01* 806 | X-1211613Y-1542056D02* 807 | G01* 808 | X-1200183Y-1576854D01* 809 | X-1165639Y-1599714D01* 810 | X-1107727Y-1611398D01* 811 | X-1073183Y-1611398D01* 812 | X-1015525Y-1599714D01* 813 | X-980727Y-1576854D01* 814 | X-969297Y-1542056D01* 815 | X-969297Y-1518942D01* 816 | X-980727Y-1484398D01* 817 | X-1015525Y-1461284D01* 818 | X-1073183Y-1449854D01* 819 | X-1107727Y-1449854D01* 820 | X-1165639Y-1461284D01* 821 | X-1200183Y-1484398D01* 822 | X-1211613Y-1518942D01* 823 | X-1211613Y-1542056D01* 824 | X-1211613Y-1304312D02* 825 | G01* 826 | X-1200183Y-1338856D01* 827 | X-1165639Y-1361970D01* 828 | X-1107727Y-1373654D01* 829 | X-1073183Y-1373654D01* 830 | X-1015525Y-1361970D01* 831 | X-980727Y-1338856D01* 832 | X-969297Y-1304312D01* 833 | X-969297Y-1281198D01* 834 | X-980727Y-1246654D01* 835 | X-1015525Y-1223540D01* 836 | X-1073183Y-1211856D01* 837 | X-1107727Y-1211856D01* 838 | X-1165639Y-1223540D01* 839 | X-1200183Y-1246654D01* 840 | X-1211613Y-1281198D01* 841 | X-1211613Y-1304312D01* 842 | X-1211613Y-1066314D02* 843 | G01* 844 | X-1200183Y-1101112D01* 845 | X-1165639Y-1124226D01* 846 | X-1107727Y-1135656D01* 847 | X-1073183Y-1135656D01* 848 | X-1015525Y-1124226D01* 849 | X-980727Y-1101112D01* 850 | X-969297Y-1066314D01* 851 | X-969297Y-1043454D01* 852 | X-980727Y-1008656D01* 853 | X-1015525Y-985542D01* 854 | X-1073183Y-974112D01* 855 | X-1107727Y-974112D01* 856 | X-1165639Y-985542D01* 857 | X-1200183Y-1008656D01* 858 | X-1211613Y-1043454D01* 859 | X-1211613Y-1066314D01* 860 | X-1130841Y-897912D02* 861 | G01* 862 | X-969297Y-897912D01* 863 | X-1084613Y-897912D02* 864 | G01* 865 | X-1119411Y-863114D01* 866 | X-1130841Y-840254D01* 867 | X-1130841Y-805456D01* 868 | X-1119411Y-782342D01* 869 | X-1084613Y-770912D01* 870 | X-969297Y-770912D01* 871 | X-1084613Y-770912D02* 872 | G01* 873 | X-1119411Y-736114D01* 874 | X-1130841Y-713254D01* 875 | X-1130841Y-678456D01* 876 | X-1119411Y-655342D01* 877 | X-1084613Y-643912D01* 878 | X-969297Y-643912D01* 879 | X-1130841Y-567712D02* 880 | G01* 881 | X-969297Y-567712D01* 882 | X-1084613Y-567712D02* 883 | G01* 884 | X-1119411Y-532914D01* 885 | X-1130841Y-510054D01* 886 | X-1130841Y-475256D01* 887 | X-1119411Y-452142D01* 888 | X-1084613Y-440712D01* 889 | X-969297Y-440712D01* 890 | X-1084613Y-440712D02* 891 | G01* 892 | X-1119411Y-405914D01* 893 | X-1130841Y-383054D01* 894 | X-1130841Y-348256D01* 895 | X-1119411Y-325142D01* 896 | X-1084613Y-313712D01* 897 | X-969297Y-313712D01* 898 | X-849998Y0D02* 899 | G01* 900 | X-1209426Y0D01* 901 | X-849998Y-2499995D02* 902 | G01* 903 | X-1209426Y-2499995D01* 904 | X-1087130Y-2499995D02* 905 | G01* 906 | X-1087130Y-2762857D01* 907 | X-1087130Y-4737127D02* 908 | G01* 909 | X-1087130Y-4999989D01* 910 | X-1125230Y-2652395D02* 911 | G01* 912 | X-1087130Y-2499995D01* 913 | X-1049030Y-2652395D01* 914 | X-1125230Y-4847589D02* 915 | G01* 916 | X-1087130Y-4999989D01* 917 | X-1049030Y-4847589D01* 918 | X-1285786Y-4674890D02* 919 | G01* 920 | X-1297216Y-4674890D01* 921 | X-1320330Y-4663206D01* 922 | X-1332014Y-4651776D01* 923 | X-1343444Y-4628662D01* 924 | X-1343444Y-4582434D01* 925 | X-1332014Y-4559320D01* 926 | X-1320330Y-4547890D01* 927 | X-1297216Y-4536206D01* 928 | X-1274102Y-4536206D01* 929 | X-1250988Y-4547890D01* 930 | X-1216444Y-4570750D01* 931 | X-1100874Y-4686320D01* 932 | X-1100874Y-4524776D01* 933 | X-1343444Y-4309892D02* 934 | G01* 935 | X-1343444Y-4425462D01* 936 | X-1239558Y-4436892D01* 937 | X-1250988Y-4425462D01* 938 | X-1262672Y-4390664D01* 939 | X-1262672Y-4356120D01* 940 | X-1250988Y-4321576D01* 941 | X-1227874Y-4298462D01* 942 | X-1193330Y-4286778D01* 943 | X-1170216Y-4286778D01* 944 | X-1135672Y-4298462D01* 945 | X-1112558Y-4321576D01* 946 | X-1100874Y-4356120D01* 947 | X-1100874Y-4390664D01* 948 | X-1112558Y-4425462D01* 949 | X-1123988Y-4436892D01* 950 | X-1147102Y-4448576D01* 951 | X-1158786Y-4199148D02* 952 | G01* 953 | X-1147102Y-4210578D01* 954 | X-1135672Y-4199148D01* 955 | X-1147102Y-4187464D01* 956 | X-1158786Y-4199148D01* 957 | X-1343444Y-4042176D02* 958 | G01* 959 | X-1332014Y-4076720D01* 960 | X-1297216Y-4099834D01* 961 | X-1239558Y-4111264D01* 962 | X-1205014Y-4111264D01* 963 | X-1147102Y-4099834D01* 964 | X-1112558Y-4076720D01* 965 | X-1100874Y-4042176D01* 966 | X-1100874Y-4019062D01* 967 | X-1112558Y-3984264D01* 968 | X-1147102Y-3961150D01* 969 | X-1205014Y-3949720D01* 970 | X-1239558Y-3949720D01* 971 | X-1297216Y-3961150D01* 972 | X-1332014Y-3984264D01* 973 | X-1343444Y-4019062D01* 974 | X-1343444Y-4042176D01* 975 | X-1343444Y-3804178D02* 976 | G01* 977 | X-1332014Y-3838976D01* 978 | X-1297216Y-3862090D01* 979 | X-1239558Y-3873520D01* 980 | X-1205014Y-3873520D01* 981 | X-1147102Y-3862090D01* 982 | X-1112558Y-3838976D01* 983 | X-1100874Y-3804178D01* 984 | X-1100874Y-3781064D01* 985 | X-1112558Y-3746520D01* 986 | X-1147102Y-3723406D01* 987 | X-1205014Y-3711976D01* 988 | X-1239558Y-3711976D01* 989 | X-1297216Y-3723406D01* 990 | X-1332014Y-3746520D01* 991 | X-1343444Y-3781064D01* 992 | X-1343444Y-3804178D01* 993 | X-1343444Y-3566434D02* 994 | G01* 995 | X-1332014Y-3600978D01* 996 | X-1297216Y-3624092D01* 997 | X-1239558Y-3635776D01* 998 | X-1205014Y-3635776D01* 999 | X-1147102Y-3624092D01* 1000 | X-1112558Y-3600978D01* 1001 | X-1100874Y-3566434D01* 1002 | X-1100874Y-3543320D01* 1003 | X-1112558Y-3508776D01* 1004 | X-1147102Y-3485662D01* 1005 | X-1205014Y-3473978D01* 1006 | X-1239558Y-3473978D01* 1007 | X-1297216Y-3485662D01* 1008 | X-1332014Y-3508776D01* 1009 | X-1343444Y-3543320D01* 1010 | X-1343444Y-3566434D01* 1011 | X-1262672Y-3397778D02* 1012 | G01* 1013 | X-1100874Y-3397778D01* 1014 | X-1216444Y-3397778D02* 1015 | G01* 1016 | X-1250988Y-3363234D01* 1017 | X-1262672Y-3340120D01* 1018 | X-1262672Y-3305576D01* 1019 | X-1250988Y-3282462D01* 1020 | X-1216444Y-3270778D01* 1021 | X-1100874Y-3270778D01* 1022 | X-1216444Y-3270778D02* 1023 | G01* 1024 | X-1250988Y-3236234D01* 1025 | X-1262672Y-3213120D01* 1026 | X-1262672Y-3178576D01* 1027 | X-1250988Y-3155462D01* 1028 | X-1216444Y-3143778D01* 1029 | X-1100874Y-3143778D01* 1030 | X-1262672Y-3067578D02* 1031 | G01* 1032 | X-1100874Y-3067578D01* 1033 | X-1216444Y-3067578D02* 1034 | G01* 1035 | X-1250988Y-3033034D01* 1036 | X-1262672Y-3009920D01* 1037 | X-1262672Y-2975376D01* 1038 | X-1250988Y-2952262D01* 1039 | X-1216444Y-2940578D01* 1040 | X-1100874Y-2940578D01* 1041 | X-1216444Y-2940578D02* 1042 | G01* 1043 | X-1250988Y-2906034D01* 1044 | X-1262672Y-2882920D01* 1045 | X-1262672Y-2848376D01* 1046 | X-1250988Y-2825262D01* 1047 | X-1216444Y-2813578D01* 1048 | X-1100874Y-2813578D01* 1049 | X-999997Y-2499995D02* 1050 | G01* 1051 | X-1341130Y-2499995D01* 1052 | X-999997Y-4999989D02* 1053 | G01* 1054 | X-1341130Y-4999989D01* 1055 | G36* 1056 | X1720596Y-3936085D02* 1057 | G01* 1058 | X1631696Y-4024985D01* 1059 | X1720596Y-4113885D01* 1060 | G37* 1061 | G36* 1062 | X2228596Y-4329785D02* 1063 | G01* 1064 | X2228596Y-4380585D01* 1065 | X2406396Y-4380585D01* 1066 | X2406396Y-4329785D01* 1067 | G37* 1068 | G36* 1069 | X2292096Y-4266285D02* 1070 | G01* 1071 | X2292096Y-4444085D01* 1072 | X2342896Y-4444085D01* 1073 | X2342896Y-4266285D01* 1074 | G37* 1075 | G36* 1076 | X4060139Y-4516424D02* 1077 | G01* 1078 | X4060139Y-4532020D01* 1079 | X4122521Y-4532020D01* 1080 | X4122521Y-4516424D01* 1081 | G37* 1082 | G36* 1083 | X3868521Y-4518406D02* 1084 | G01* 1085 | X3868521Y-4534001D01* 1086 | X3930954Y-4534001D01* 1087 | X3930954Y-4518406D01* 1088 | G37* 1089 | G36* 1090 | X3891737Y-4474006D02* 1091 | G01* 1092 | X3891737Y-4577994D01* 1093 | X3907332Y-4577994D01* 1094 | X3907332Y-4474006D01* 1095 | G37* 1096 | G36* 1097 | X2541320Y-4027627D02* 1098 | G01* 1099 | X2541320Y-4090009D01* 1100 | X2556967Y-4090009D01* 1101 | X2556967Y-4027627D01* 1102 | G37* 1103 | G36* 1104 | X2543352Y-4219194D02* 1105 | G01* 1106 | X2543352Y-4281627D01* 1107 | X2558948Y-4281627D01* 1108 | X2558948Y-4219194D01* 1109 | G37* 1110 | G36* 1111 | X2498953Y-4242816D02* 1112 | G01* 1113 | X2498953Y-4258411D01* 1114 | X2602941Y-4258411D01* 1115 | X2602941Y-4242816D01* 1116 | G37* 1117 | G36* 1118 | X4777994Y-1268018D02* 1119 | G01* 1120 | X4777994Y-1281023D01* 1121 | X4831994Y-1281023D01* 1122 | X4831994Y-1268018D01* 1123 | G37* 1124 | G36* 1125 | X4638497Y-1248206D02* 1126 | G01* 1127 | X4638497Y-1302156D01* 1128 | X4651502Y-1302156D01* 1129 | X4651502Y-1248206D01* 1130 | G37* 1131 | G36* 1132 | X4618075Y-1268730D02* 1133 | G01* 1134 | X4618075Y-1281734D01* 1135 | X4672076Y-1281734D01* 1136 | X4672076Y-1268730D01* 1137 | G37* 1138 | G36* 1139 | X1068070Y-218948D02* 1140 | G01* 1141 | X1068070Y-231952D01* 1142 | X1122070Y-231952D01* 1143 | X1122070Y-218948D01* 1144 | G37* 1145 | G36* 1146 | X1248511Y-197815D02* 1147 | G01* 1148 | X1248511Y-251815D01* 1149 | X1261516Y-251815D01* 1150 | X1261516Y-197815D01* 1151 | G37* 1152 | G36* 1153 | X1227937Y-218287D02* 1154 | G01* 1155 | X1227937Y-231292D01* 1156 | X1281938Y-231292D01* 1157 | X1281938Y-218287D01* 1158 | G37* 1159 | G36* 1160 | X5248808Y-4045508D02* 1161 | G01* 1162 | X5248808Y-4146651D01* 1163 | X5254955Y-4143908D01* 1164 | X5260695Y-4140454D01* 1165 | X5265928Y-4136288D01* 1166 | X5270652Y-4131513D01* 1167 | X5274716Y-4126179D01* 1168 | X5278120Y-4120387D01* 1169 | X5280710Y-4114190D01* 1170 | X5281777Y-4110990D01* 1171 | X5283200Y-4104436D01* 1172 | X5283860Y-4097782D01* 1173 | X5283606Y-4091076D01* 1174 | X5282590Y-4084421D01* 1175 | X5281777Y-4081170D01* 1176 | X5279491Y-4074871D01* 1177 | X5278120Y-4071823D01* 1178 | X5274716Y-4066032D01* 1179 | X5270652Y-4060698D01* 1180 | X5265928Y-4055922D01* 1181 | X5260695Y-4051757D01* 1182 | X5254955Y-4048251D01* 1183 | G37* 1184 | G36* 1185 | X5211978Y-4045508D02* 1186 | G01* 1187 | X5205882Y-4048251D01* 1188 | X5200142Y-4051757D01* 1189 | X5194858Y-4055922D01* 1190 | X5190185Y-4060698D01* 1191 | X5186121Y-4066032D01* 1192 | X5184292Y-4068876D01* 1193 | X5181295Y-4074871D01* 1194 | X5179060Y-4081170D01* 1195 | X5177586Y-4087723D01* 1196 | X5176977Y-4094429D01* 1197 | X5177180Y-4101134D01* 1198 | X5178247Y-4107738D01* 1199 | X5180076Y-4114190D01* 1200 | X5182717Y-4120387D01* 1201 | X5184292Y-4123334D01* 1202 | X5188051Y-4128871D01* 1203 | X5192471Y-4133951D01* 1204 | X5194858Y-4136288D01* 1205 | X5200142Y-4140454D01* 1206 | X5205882Y-4143908D01* 1207 | X5211978Y-4146651D01* 1208 | G37* 1209 | G36* 1210 | X4648809Y-720547D02* 1211 | G01* 1212 | X4648809Y-821690D01* 1213 | X4654956Y-818946D01* 1214 | X4660696Y-815441D01* 1215 | X4665929Y-811276D01* 1216 | X4670653Y-806500D01* 1217 | X4674717Y-801166D01* 1218 | X4678121Y-795375D01* 1219 | X4680712Y-789228D01* 1220 | X4681778Y-786028D01* 1221 | X4683201Y-779475D01* 1222 | X4683861Y-772769D01* 1223 | X4683607Y-766064D01* 1224 | X4682591Y-759460D01* 1225 | X4681778Y-756208D01* 1226 | X4679492Y-749858D01* 1227 | X4678121Y-746810D01* 1228 | X4674717Y-741019D01* 1229 | X4670653Y-735685D01* 1230 | X4665929Y-730910D01* 1231 | X4660696Y-726744D01* 1232 | X4654956Y-723290D01* 1233 | G37* 1234 | G36* 1235 | X4611979Y-720547D02* 1236 | G01* 1237 | X4605883Y-723290D01* 1238 | X4600143Y-726744D01* 1239 | X4594860Y-730910D01* 1240 | X4590186Y-735685D01* 1241 | X4586122Y-741019D01* 1242 | X4584293Y-743864D01* 1243 | X4581296Y-749858D01* 1244 | X4579061Y-756208D01* 1245 | X4577588Y-762762D01* 1246 | X4576978Y-769416D01* 1247 | X4577181Y-776122D01* 1248 | X4577588Y-779475D01* 1249 | X4579061Y-786028D01* 1250 | X4581296Y-792327D01* 1251 | X4584293Y-798322D01* 1252 | X4588052Y-803910D01* 1253 | X4592472Y-808939D01* 1254 | X4597450Y-813460D01* 1255 | X4602937Y-817270D01* 1256 | X4608880Y-820369D01* 1257 | X4611979Y-821690D01* 1258 | G37* 1259 | D11* 1260 | G75* 1261 | G01 1262 | X3040304Y-1293876D02* 1263 | G03X3040304Y-1293876I-15011J0D01* 1264 | G75* 1265 | G01 1266 | X2489606Y-3706114D02* 1267 | G03X2489606Y-3706114I-15011J0D01* 1268 | D12* 1269 | G75* 1270 | G01 1271 | 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-------------------------------------------------------------------------------- /hardware/Gerber_PCB/Gerber_TopPasteMaskLayer.GTP: -------------------------------------------------------------------------------- 1 | G04 Layer: TopPasteMaskLayer* 2 | G04 EasyEDA v6.5.44, 2024-08-29 13:08:05* 3 | G04 16ae97f49be74552a1a67efb210d0a0d,9a5be75d700b4a6385dc1106f27949ae,10* 4 | G04 Gerber Generator version 0.2* 5 | G04 Scale: 100 percent, Rotated: No, Reflected: No * 6 | G04 Dimensions in millimeters * 7 | G04 leading zeros omitted , absolute positions ,4 integer and 5 decimal * 8 | %FSLAX45Y45*% 9 | %MOMM*% 10 | 11 | %AMMACRO1*21,1,$1,$2,0,0,$3*% 12 | %ADD10R,1.6810X1.6800*% 13 | %ADD11R,1.0000X0.7500*% 14 | %ADD12R,0.7500X1.0000*% 15 | %ADD13R,3.7000X1.2000*% 16 | %ADD14R,1.0000X0.8000*% 17 | %ADD15R,1.3000X2.0000*% 18 | %ADD16R,2.0000X2.0000*% 19 | %ADD17R,1.1000X1.4000*% 20 | %ADD18R,1.0000X0.6000*% 21 | %ADD19R,0.6000X1.0700*% 22 | %ADD20R,2.8000X1.6000*% 23 | %ADD21R,1.6000X2.8000*% 24 | %ADD22R,0.5320X1.0375*% 25 | %ADD23MACRO1,0.532X1.0375X90.0000*% 26 | %ADD24R,0.8000X0.8000*% 27 | %ADD25R,0.8000X0.9000*% 28 | %ADD26R,0.9000X0.8000*% 29 | %ADD27R,1.1000X0.6000*% 30 | %ADD28R,1.0720X0.5320*% 31 | %ADD29C,1.0000*% 32 | %ADD30C,0.0138*% 33 | 34 | %LPD*% 35 | G36* 36 | X2535072Y-1000455D02* 37 | G01* 38 | X2530043Y-1005484D01* 39 | X2530043Y-1085443D01* 40 | X2535072Y-1090472D01* 41 | X2557830Y-1090472D01* 42 | X2557830Y-1053439D01* 43 | X2590850Y-1053439D01* 44 | X2590850Y-1090472D01* 45 | X2615031Y-1090472D01* 46 | X2620060Y-1085443D01* 47 | X2620060Y-1005484D01* 48 | X2615031Y-1000455D01* 49 | G37* 50 | G36* 51 | X2535072Y-1160475D02* 52 | G01* 53 | X2530043Y-1165453D01* 54 | X2530043Y-1244447D01* 55 | X2535072Y-1249476D01* 56 | X2615031Y-1249476D01* 57 | X2620060Y-1244447D01* 58 | X2620060Y-1165453D01* 59 | X2615031Y-1160475D01* 60 | X2590850Y-1160475D01* 61 | X2590850Y-1198473D01* 62 | X2557830Y-1198473D01* 63 | X2557830Y-1160475D01* 64 | G37* 65 | G36* 66 | 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355 | X5434990Y-1974392D01* 356 | X5514949Y-1974392D01* 357 | X5519978Y-1969363D01* 358 | X5519978Y-1890369D01* 359 | X5514949Y-1885391D01* 360 | X5490768Y-1885391D01* 361 | X5490768Y-1923389D01* 362 | X5457748Y-1923389D01* 363 | X5457748Y-1885391D01* 364 | G37* 365 | G36* 366 | X5509920Y-434543D02* 367 | G01* 368 | X5504891Y-439572D01* 369 | X5504891Y-519531D01* 370 | X5509920Y-524560D01* 371 | X5589879Y-524560D01* 372 | X5594908Y-519531D01* 373 | X5594908Y-439572D01* 374 | X5589879Y-434543D01* 375 | X5567121Y-434543D01* 376 | X5567121Y-471576D01* 377 | X5534101Y-471576D01* 378 | X5534101Y-434543D01* 379 | G37* 380 | G36* 381 | X5509920Y-275539D02* 382 | G01* 383 | X5504891Y-280568D01* 384 | X5504891Y-359562D01* 385 | X5509920Y-364540D01* 386 | X5534101Y-364540D01* 387 | X5534101Y-326542D01* 388 | X5567121Y-326542D01* 389 | X5567121Y-364540D01* 390 | X5589879Y-364540D01* 391 | X5594908Y-359562D01* 392 | X5594908Y-280568D01* 393 | X5589879Y-275539D01* 394 | G37* 395 | G36* 396 | 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X5439994Y-1424990D03* 1036 | G01* 1037 | X5439994Y-1329994D03* 1038 | G01* 1039 | X5709996Y-1329994D03* 1040 | G01* 1041 | X5709996Y-1424990D03* 1042 | G01* 1043 | X5709996Y-1519986D03* 1044 | D28* 1045 | G01* 1046 | X4114901Y-4319981D03* 1047 | G01* 1048 | X4114901Y-4224985D03* 1049 | G01* 1050 | X4114901Y-4129989D03* 1051 | G01* 1052 | X3885082Y-4129989D03* 1053 | G01* 1054 | X3885082Y-4224985D03* 1055 | G01* 1056 | X3885082Y-4319981D03* 1057 | D25* 1058 | G01* 1059 | X2580004Y-875004D03* 1060 | G01* 1061 | X2719984Y-875004D03* 1062 | D29* 1063 | G01* 1064 | X3450005Y-450011D03* 1065 | M02* 1066 | -------------------------------------------------------------------------------- /hardware/Gerber_PCB/Gerber_TopSolderMaskLayer.GTS: -------------------------------------------------------------------------------- 1 | G04 Layer: TopSolderMaskLayer* 2 | G04 EasyEDA v6.5.44, 2024-08-29 13:08:05* 3 | G04 16ae97f49be74552a1a67efb210d0a0d,9a5be75d700b4a6385dc1106f27949ae,10* 4 | G04 Gerber Generator version 0.2* 5 | G04 Scale: 100 percent, Rotated: No, Reflected: No * 6 | G04 Dimensions in millimeters * 7 | G04 leading zeros omitted , absolute positions ,4 integer and 5 decimal * 8 | %FSLAX45Y45*% 9 | %MOMM*% 10 | 11 | %AMMACRO1*4,1,8,-0.8616,-0.8908,-0.8913,-0.861,-0.8913,0.8611,-0.8616,0.8908,0.8615,0.8908,0.8913,0.8611,0.8913,-0.861,0.8615,-0.8908,-0.8616,-0.8908,0*% 12 | %AMMACRO2*4,1,8,-0.5211,-0.4258,-0.5508,-0.396,-0.5508,0.3961,-0.5211,0.4258,0.521,0.4258,0.5508,0.3961,0.5508,-0.396,0.521,-0.4258,-0.5211,-0.4258,0*% 13 | %AMMACRO3*4,1,8,-0.3961,-0.5508,-0.4258,-0.521,-0.4258,0.5211,-0.3961,0.5508,0.396,0.5508,0.4258,0.5211,0.4258,-0.521,0.396,-0.5508,-0.3961,-0.5508,0*% 14 | %AMMACRO4*4,1,8,-0.8085,-0.8382,-0.8382,-0.8084,-0.8382,0.8085,-0.8085,0.8382,0.8084,0.8382,0.8382,0.8085,0.8382,-0.8084,0.8084,-0.8382,-0.8085,-0.8382,0*% 15 | 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%AMMACRO17*4,1,8,-0.8211,-1.4508,-0.8508,-1.421,-0.8508,1.4211,-0.8211,1.4508,0.821,1.4508,0.8508,1.4211,0.8508,-1.421,0.821,-1.4508,-0.8211,-1.4508,0*% 28 | %AMMACRO18*4,1,8,-0.6961,-0.7558,-0.7258,-0.726,-0.7258,0.7261,-0.6961,0.7558,0.696,0.7558,0.7258,0.7261,0.7258,-0.726,0.696,-0.7558,-0.6961,-0.7558,0*% 29 | %AMMACRO19*4,1,8,-0.7261,-0.7258,-0.7558,-0.696,-0.7558,0.6961,-0.7261,0.7258,0.726,0.7258,0.7558,0.6961,0.7558,-0.696,0.726,-0.7258,-0.7261,-0.7258,0*% 30 | %AMMACRO20*4,1,8,-0.2871,-0.5696,-0.3168,-0.5398,-0.3168,0.5398,-0.2871,0.5696,0.287,0.5696,0.3168,0.5398,0.3168,-0.5398,0.287,-0.5696,-0.2871,-0.5696,0*% 31 | %AMMACRO21*4,1,8,-0.287,-0.5696,-0.3168,-0.5398,-0.3168,0.5398,-0.287,0.5696,0.287,0.5696,0.3168,0.5398,0.3168,-0.5398,0.287,-0.5696,-0.287,-0.5696,0*% 32 | %AMMACRO22*4,1,8,-0.5398,-0.3168,-0.5696,-0.287,-0.5696,0.2871,-0.5398,0.3168,0.5398,0.3168,0.5696,0.2871,0.5696,-0.287,0.5398,-0.3168,-0.5398,-0.3168,0*% 33 | %AMMACRO23*4,1,8,-0.5398,-0.3168,-0.5696,-0.287,-0.5696,0.287,-0.5398,0.3168,0.5398,0.3168,0.5696,0.287,0.5696,-0.287,0.5398,-0.3168,-0.5398,-0.3168,0*% 34 | %AMMACRO24*4,1,8,-0.4211,-0.4508,-0.4508,-0.421,-0.4508,0.4211,-0.4211,0.4508,0.421,0.4508,0.4508,0.4211,0.4508,-0.421,0.421,-0.4508,-0.4211,-0.4508,0*% 35 | %AMMACRO25*4,1,8,-0.4211,-0.5008,-0.4508,-0.471,-0.4508,0.4711,-0.4211,0.5008,0.421,0.5008,0.4508,0.4711,0.4508,-0.471,0.421,-0.5008,-0.4211,-0.5008,0*% 36 | %AMMACRO26*4,1,8,-0.4711,-0.4508,-0.5008,-0.421,-0.5008,0.4211,-0.4711,0.4508,0.471,0.4508,0.5008,0.4211,0.5008,-0.421,0.471,-0.4508,-0.4711,-0.4508,0*% 37 | %AMMACRO27*4,1,8,-0.5711,-0.351,-0.601,-0.3211,-0.601,0.3211,-0.5711,0.351,0.5711,0.351,0.601,0.3211,0.601,-0.3211,0.5711,-0.351,-0.5711,-0.351,0*% 38 | %AMMACRO28*4,1,8,-0.557,-0.3168,-0.5868,-0.287,-0.5868,0.287,-0.557,0.3168,0.557,0.3168,0.5868,0.287,0.5868,-0.287,0.557,-0.3168,-0.557,-0.3168,0*% 39 | %AMMACRO29*4,1,8,-0.4211,-0.4828,-0.4508,-0.453,-0.4508,0.4531,-0.4211,0.4828,0.421,0.4828,0.4508,0.4531,0.4508,-0.453,0.421,-0.4828,-0.4211,-0.4828,0*% 40 | %AMMACRO30*4,1,8,-0.4531,-0.4508,-0.4828,-0.421,-0.4828,0.4211,-0.4531,0.4508,0.453,0.4508,0.4828,0.4211,0.4828,-0.421,0.453,-0.4508,-0.4531,-0.4508,0*% 41 | %ADD10C,0.7016*% 42 | %ADD11C,0.7116*% 43 | %ADD12MACRO1*% 44 | %ADD13MACRO2*% 45 | %ADD14MACRO3*% 46 | %ADD15MACRO4*% 47 | %ADD16C,1.8016*% 48 | %ADD17MACRO5*% 49 | %ADD18MACRO6*% 50 | %ADD19C,2.3000*% 51 | %ADD20C,2.1000*% 52 | %ADD21MACRO7*% 53 | %ADD22MACRO8*% 54 | %ADD23MACRO9*% 55 | %ADD24MACRO10*% 56 | %ADD25MACRO11*% 57 | %ADD26MACRO12*% 58 | %ADD27MACRO13*% 59 | %ADD28MACRO14*% 60 | %ADD29MACRO15*% 61 | %ADD30MACRO16*% 62 | %ADD31MACRO17*% 63 | %ADD32MACRO18*% 64 | %ADD33MACRO19*% 65 | %ADD34MACRO20*% 66 | %ADD35MACRO21*% 67 | %ADD36MACRO22*% 68 | %ADD37MACRO23*% 69 | %ADD38MACRO24*% 70 | %ADD39MACRO25*% 71 | %ADD40MACRO26*% 72 | %ADD41C,1.6256*% 73 | %ADD42MACRO27*% 74 | %ADD43MACRO28*% 75 | %ADD44C,1.2032*% 76 | %ADD45MACRO29*% 77 | %ADD46MACRO30*% 78 | %ADD47C,5.6016*% 79 | %ADD48C,0.0119*% 80 | 81 | %LPD*% 82 | G36* 83 | X375005Y-74980D02* 84 | G01* 85 | X177800Y-76200D01* 86 | X76200Y-177800D01* 87 | X76200Y-224993D01* 88 | X224993Y-224993D01* 89 | G37* 90 | G36* 91 | X76200Y-4624984D02* 92 | G01* 93 | X76200Y-4825949D01* 94 | X150114Y-4899863D01* 95 | X226263Y-4899863D01* 96 | X254000Y-4927600D01* 97 | G37* 98 | G36* 99 | X7010349Y-4599990D02* 100 | G01* 101 | X6974992Y-4635398D01* 102 | X6974992Y-4700016D01* 103 | X6799986Y-4874971D01* 104 | X6749999Y-4899964D01* 105 | X6799986Y-4927600D01* 106 | X6959600Y-4927600D01* 107 | X7010349Y-4876850D01* 108 | G37* 109 | G36* 110 | X6756400Y-76200D02* 111 | G01* 112 | X6756400Y-96012D01* 113 | X7010349Y-350012D01* 114 | X7010349Y-126949D01* 115 | X6959600Y-76200D01* 116 | G37* 117 | G36* 118 | X0Y0D02* 119 | G01* 120 | X0Y-99974D01* 121 | X7049973Y-99974D01* 122 | X7049973Y0D01* 123 | G37* 124 | G36* 125 | X0Y-99974D02* 126 | G01* 127 | X0Y-4999990D01* 128 | X99974Y-4999990D01* 129 | X99974Y-99974D01* 130 | G37* 131 | G36* 132 | X6756400Y-76200D02* 133 | G01* 134 | X6756400Y-96012D01* 135 | X7010349Y-350012D01* 136 | X7010349Y-126949D01* 137 | X6959600Y-76200D01* 138 | G37* 139 | G36* 140 | X0Y-4899964D02* 141 | G01* 142 | X0Y-4999990D01* 143 | X7049973Y-4999990D01* 144 | X7049973Y-4899964D01* 145 | G37* 146 | D10* 147 | X6959600Y-76200D02* 148 | G01* 149 | X254000Y-76200D01* 150 | D11* 151 | X127000Y-127000D02* 152 | G01* 153 | X177800Y-76200D01* 154 | X254000Y-76200D01* 155 | X127000Y-127000D02* 156 | G01* 157 | X76200Y-177800D01* 158 | X76200Y-279400D01* 159 | X6959600Y-76200D02* 160 | G01* 161 | X7010374Y-126974D01* 162 | X7010374Y-254000D01* 163 | X7010374Y-4724400D02* 164 | G01* 165 | X7010374Y-254000D01* 166 | X6959600Y-4927600D02* 167 | G01* 168 | X7010374Y-4876825D01* 169 | X7010374Y-4724400D01* 170 | X254000Y-4927600D02* 171 | G01* 172 | X6959600Y-4927600D01* 173 | X127000Y-4876774D02* 174 | G01* 175 | X76200Y-4825974D01* 176 | X76200Y-4749800D01* 177 | X127000Y-4876774D02* 178 | G01* 179 | X177825Y-4927600D01* 180 | X254000Y-4927600D01* 181 | X76200Y-279400D02* 182 | G01* 183 | X76200Y-4749800D01* 184 | D12* 185 | G01* 186 | X2349741Y-4339991D03* 187 | G01* 188 | X2349741Y-3709995D03* 189 | G01* 190 | X1650250Y-3709995D03* 191 | G01* 192 | X1650250Y-4339991D03* 193 | D13* 194 | G01* 195 | X3882774Y-4525009D03* 196 | G01* 197 | X4117280Y-4525009D03* 198 | D14* 199 | G01* 200 | X2549944Y-4267361D03* 201 | G01* 202 | X2549944Y-4032855D03* 203 | D15* 204 | G01* 205 | X733043Y-1150111D03* 206 | D16* 207 | G01* 208 | X3243072Y-4750054D03* 209 | G01* 210 | X2989072Y-4750054D03* 211 | G01* 212 | X2735072Y-4750054D03* 213 | G01* 214 | X2481072Y-4750054D03* 215 | G01* 216 | X2227072Y-4750054D03* 217 | G01* 218 | X1973072Y-4750054D03* 219 | G01* 220 | X1719071Y-4750054D03* 221 | G01* 222 | X1465071Y-4750054D03* 223 | G01* 224 | X1211071Y-4750054D03* 225 | D17* 226 | G01* 227 | X957072Y-4750054D03* 228 | D18* 229 | G01* 230 | X6674865Y-2881122D03* 231 | D16* 232 | G01* 233 | X6674865Y-2627121D03* 234 | G01* 235 | X6674865Y-2373121D03* 236 | G01* 237 | X6674865Y-2119121D03* 238 | D19* 239 | G01* 240 | X6295897Y-3395979D03* 241 | G01* 242 | X6803897Y-3395979D03* 243 | G01* 244 | X6295897Y-3903979D03* 245 | G01* 246 | X6803897Y-3903979D03* 247 | D20* 248 | G01* 249 | X6549897Y-3649979D03* 250 | D19* 251 | G01* 252 | X6295897Y-1096010D03* 253 | G01* 254 | X6803897Y-1096010D03* 255 | G01* 256 | X6295897Y-1604010D03* 257 | G01* 258 | X6803897Y-1604010D03* 259 | D20* 260 | G01* 261 | X6549897Y-1350010D03* 262 | D21* 263 | G01* 264 | X3575051Y-4424934D03* 265 | G01* 266 | X3575051Y-4125214D03* 267 | D22* 268 | G01* 269 | X2965023Y-1104900D03* 270 | G01* 271 | X2735021Y-1199896D03* 272 | G01* 273 | X2965020Y-1294902D03* 274 | G01* 275 | X2534869Y-3895100D03* 276 | G01* 277 | X2764871Y-3800104D03* 278 | G01* 279 | X2534871Y-3705098D03* 280 | D23* 281 | G01* 282 | X2575052Y-1049641D03* 283 | G01* 284 | X2575052Y-1200290D03* 285 | G01* 286 | X6400037Y-2124569D03* 287 | G01* 288 | X6400037Y-2275218D03* 289 | D24* 290 | G01* 291 | X4349609Y-1275080D03* 292 | G01* 293 | X4500258Y-1275080D03* 294 | D23* 295 | G01* 296 | X5649976Y-1774557D03* 297 | G01* 298 | X5649976Y-1925206D03* 299 | G01* 300 | X5549900Y-1075322D03* 301 | G01* 302 | X5549900Y-924673D03* 303 | D24* 304 | G01* 305 | X4700410Y-4525010D03* 306 | G01* 307 | X4549761Y-4525010D03* 308 | G01* 309 | X2574657Y-674877D03* 310 | G01* 311 | X2725306Y-674877D03* 312 | D23* 313 | G01* 314 | X5549900Y-775348D03* 315 | G01* 316 | X5549900Y-624699D03* 317 | D24* 318 | G01* 319 | X5275212Y-774953D03* 320 | G01* 321 | X5124563Y-774953D03* 322 | D23* 323 | G01* 324 | X4949952Y-475374D03* 325 | G01* 326 | X4949952Y-324725D03* 327 | G01* 328 | X5474969Y-1774557D03* 329 | G01* 330 | X5474969Y-1925206D03* 331 | G01* 332 | X5549900Y-475374D03* 333 | G01* 334 | X5549900Y-324725D03* 335 | G01* 336 | X5325110Y-1925206D03* 337 | G01* 338 | X5325110Y-1774557D03* 339 | G01* 340 | X5575046Y-4350398D03* 341 | G01* 342 | X5575046Y-4199749D03* 343 | D25* 344 | G01* 345 | X5832591Y-849985D03* 346 | G01* 347 | X6067612Y-849985D03* 348 | D26* 349 | G01* 350 | X5950102Y-449986D03* 351 | D23* 352 | G01* 353 | X4949952Y-775348D03* 354 | G01* 355 | X4949952Y-624699D03* 356 | D27* 357 | G01* 358 | X6049911Y-2174880D03* 359 | G01* 360 | X6049911Y-2824881D03* 361 | G01* 362 | X5749912Y-2174880D03* 363 | G01* 364 | X5749912Y-2824881D03* 365 | D28* 366 | G01* 367 | X3920058Y-1244879D03* 368 | G01* 369 | X3920058Y-1054887D03* 370 | G01* 371 | X4180078Y-1054887D03* 372 | G01* 373 | X4180078Y-1149883D03* 374 | G01* 375 | X4180078Y-1244879D03* 376 | D29* 377 | G01* 378 | X1504962Y-1273611D03* 379 | G01* 380 | X1694954Y-1273611D03* 381 | G01* 382 | X1599958Y-1026612D03* 383 | G01* 384 | X5104904Y-623625D03* 385 | G01* 386 | X5294896Y-623625D03* 387 | G01* 388 | X5199900Y-376626D03* 389 | D15* 390 | G01* 391 | X225043Y-1150111D03* 392 | G01* 393 | X479043Y-1150111D03* 394 | D30* 395 | G01* 396 | X5100977Y-2246121D03* 397 | G01* 398 | X5100977Y-2500121D03* 399 | G01* 400 | X5100977Y-2754121D03* 401 | D31* 402 | G01* 403 | X236981Y-1550123D03* 404 | G01* 405 | X490981Y-1550123D03* 406 | G01* 407 | X744981Y-1550123D03* 408 | G01* 409 | X998981Y-1550123D03* 410 | G01* 411 | X1252981Y-1550123D03* 412 | G01* 413 | X1506981Y-1550123D03* 414 | G01* 415 | X1760981Y-1550123D03* 416 | G01* 417 | X2014982Y-1550123D03* 418 | G01* 419 | X2268982Y-1550123D03* 420 | G01* 421 | X2522982Y-1550123D03* 422 | G01* 423 | X2776982Y-1550123D03* 424 | G01* 425 | X3030982Y-1550123D03* 426 | G01* 427 | X3284982Y-1550123D03* 428 | G01* 429 | X3538982Y-1550123D03* 430 | G01* 431 | X3792982Y-1550123D03* 432 | G01* 433 | X4046982Y-1550123D03* 434 | G01* 435 | X4300982Y-1550123D03* 436 | G01* 437 | X4554982Y-1550123D03* 438 | G01* 439 | X4808982Y-1550123D03* 440 | G01* 441 | X5062982Y-1550123D03* 442 | G01* 443 | X5062982Y-3450120D03* 444 | G01* 445 | X4808982Y-3450120D03* 446 | G01* 447 | X4554982Y-3450120D03* 448 | G01* 449 | X4300982Y-3450120D03* 450 | G01* 451 | X4046982Y-3450120D03* 452 | G01* 453 | X3792982Y-3450120D03* 454 | G01* 455 | X3538982Y-3450120D03* 456 | G01* 457 | X3284982Y-3450120D03* 458 | G01* 459 | X3030982Y-3450120D03* 460 | G01* 461 | X2776982Y-3450120D03* 462 | G01* 463 | X2522982Y-3450120D03* 464 | G01* 465 | X2268982Y-3450120D03* 466 | G01* 467 | X2014982Y-3450120D03* 468 | G01* 469 | X1760981Y-3450120D03* 470 | G01* 471 | X1506981Y-3450120D03* 472 | G01* 473 | X1252981Y-3450120D03* 474 | G01* 475 | X998981Y-3450120D03* 476 | G01* 477 | X744981Y-3450120D03* 478 | G01* 479 | X490981Y-3450120D03* 480 | G01* 481 | X236981Y-3450120D03* 482 | D32* 483 | G01* 484 | X5599938Y-3824912D03* 485 | G01* 486 | X5599938Y-3624907D03* 487 | D33* 488 | G01* 489 | X5050101Y-4674869D03* 490 | G01* 491 | X5250106Y-4674869D03* 492 | D32* 493 | G01* 494 | X4325111Y-4524936D03* 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X3885082Y-4224992D03* 659 | G01* 660 | X3885082Y-4319988D03* 661 | D39* 662 | G01* 663 | X2579994Y-874999D03* 664 | G01* 665 | X2719994Y-874999D03* 666 | D44* 667 | G01* 668 | X3450005Y-450011D03* 669 | D45* 670 | G01* 671 | X3294994Y-3950004D03* 672 | G01* 673 | X3154994Y-3950004D03* 674 | D46* 675 | G01* 676 | X1249984Y-1294998D03* 677 | G01* 678 | X1249984Y-1154998D03* 679 | D45* 680 | G01* 681 | X4694991Y-4675004D03* 682 | G01* 683 | X4554992Y-4675004D03* 684 | D47* 685 | G01* 686 | X350012Y-350012D03* 687 | G01* 688 | X6699986Y-350012D03* 689 | G01* 690 | X6699986Y-4650003D03* 691 | G01* 692 | X350012Y-4650003D03* 693 | M02* 694 | -------------------------------------------------------------------------------- /hardware/PickAndPlace_PCB.csv: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/OpenGammaProject/Open-Gamma-Detector/7f8ad6533d0133a020241e0ffb1acf2bf8966e12/hardware/PickAndPlace_PCB.csv -------------------------------------------------------------------------------- /hardware/README.md: -------------------------------------------------------------------------------- 1 | # Hardware 2 | 3 | _Here you can find everything you need to build yourself a detector, or more._ 4 | 5 | This project utilizes a silicon photomultiplier (short SiPM) which is way smaller and more robust than a traditional photomultiplier tube and does not need a high-voltage supply (traditionally ~1000 V). 6 | 7 | The following 6 mm SiPMs are recommended for this project: 8 | 9 | * **MICROFC-60035-SMT-TR** 10 | * MICROFC-60035-SMT-TR1 (the exact same as above, however will be more expensive to purchase as sold in smaller batches to suppliers) 11 | * AFBR-S4N66C013 (a good replacement if the above are unavailable, but already officially EOL'd, so keep that in mind) 12 | 13 | Here are some very helpful in-depth datasheets about the particular MicroFC SiPM recommended here: 14 | 15 | * [C-Series SiPM Sensors datasheet](https://www.onsemi.com/pdf/datasheet/microc-series-d.pdf) 16 | * [Linearity of the Silicon Photomultiplier](https://www.onsemi.com/pub/Collateral/AND9776-D.PDF) 17 | * [Introduction to the SiliconPhotomultiplier (SiPM)](https://www.onsemi.com/pub/Collateral/AND9770-D.PDF) 18 | * [Biasing and Readout of ON Semiconductor SiPM Sensors](https://www.onsemi.com/pub/Collateral/AND9782-D.PDF) 19 | 20 | The hardware consists of the main detector (hardware in this folder) which includes amplification, pulse detection and energy measurement. If you already have a SiPM/crystal assembly compatible with voltages around 30 V, you may use it with the detector board and connecting wires directly to the correct pads. Otherwise, you can use my [SiPM carrier board](https://github.com/OpenGammaProject/MicroFC-SiPM-Carrier-Board), which holds the SiPM and all the optional decoupling as well as a temperature compensation circuit for the SiPM. There is also a carrier board for the Broadcom SiPM. 21 | 22 | The heart of the detector board is the Raspberry Pi Pico 2 which uses its ADC to measure the pulse amplitude (i.e. the energy) immediately after an event occurs starting with an interrupt. I can really recommend you reading the datasheet ~~or maybe also having a look at a deeper analysis of the Pico ADC~~ (only relevant to Pico 1), if you're interested: 23 | 24 | * [Raspberry Pi Pico 2](https://datasheets.raspberrypi.com/pico/pico-2-datasheet.pdf) 25 | * ~~[Characterizing the Raspberry Pi Pico ADC](https://pico-adc.markomo.me/)~~ (only relevant to Pico 1) 26 | 27 | Here are some front and back side renders of the detector PCB. Size is about 120 x 50 mm. If you don't need the additional space to mechanically mount the SiPM/scintillator assembly to the rest of the detector board, you can just cut it off at the white line and you're left with an even smaller detector. 28 | 29 | ![Front Side PCB](../docs/pcb_front.png) 30 | 31 | ![Back Side PCB](../docs/pcb_back.png) 32 | 33 | On the back side of the PCB there is also a jumper to connect the analog ground to the rest of the ground plane. You can solder that if you want to and you know exactly what you're doing. It's not needed, though, that's why it's open by default. 34 | 35 | There are also broken-out pins for the power supply, I2C, SPI and UART connections. These can be used to modify the device, e.g. by adding a display or using a battery charger. You can have a look at the great [Raspberry Pi Pico 2 datasheet](https://datasheets.raspberrypi.com/pico/pico-2-datasheet.pdf) for more info on this. 36 | 37 | Some more info on the peripheral headers can be found in the `software` section of this project. 38 | 39 | ## Pinout 40 | 41 | ![Header Pinout](../docs/pinout.png) 42 | 43 | You can also put a little jumper from `VBUS` to `VSYS` if you **only** want to use the detector with the USB connection on the Pico. This bridges the diode on the Raspberry Pi Pico 2 and saves you a couple of mW. 44 | 45 | As for the **SiPM connections**, there is a female 2.54mm pin header on the board and also two MCX jacks. The pin headers are just a very easy way to get everything up and running and are fine if you're not really touching them and the scintillator is mounted very close to the header (i.e. on the PCB). 46 | 47 | If you want to have a more secure and more importantly shielded way of connecting the SiPM, use MCX cables and the corresponding jacks on the board. There are special MCX breakout cables that have the connectors on one end and then terminate to some stranded copper wire on the other side. You can use this to solder the cable directly to the SiPM breakout board and then have the plug on the other side. However, because you need two cables (one for power and one for signal), be sure to keep them as close together as possible (e.g. twist them together) as to not create a huge ground loop area. 48 | 49 | ## Potentiometers 50 | 51 | Here is a helpful image about the potentiometer settings for revision 4.x: 52 | 53 | ![Potentiometer Controls](../docs/controls.png) 54 | 55 | As you can see it is pretty simple to set the required voltage and threshold. **Just turn any potentiometer clockwise to increase the corresponding parameter, turn anti-clockwise to decrease.** 56 | 57 | ## Buttons 58 | 59 | There are two buttons on the device: 60 | 61 | * A small one on the Raspberry Pi Pico 2 itself that is only used to reboot the device into bootloader mode. This is handy if you want to change or update the firmware of the device. 62 | * A larger one next to the Pico that is used to toggle between spectrum and Geiger mode by **short-pressing** (<1 second) and toggling the buzzer by **long-pressing** (>=1 second) it. 63 | 64 | ![Potentiometer Controls](../docs/buttons.jpg) 65 | 66 | ## Scintillator (Assembly) 67 | 68 | The finished [standard MicroFC-](https://github.com/OpenGammaProject/MicroFC-SiPM-Carrier-Board), [tiny MicroFC-](https://github.com/OpenGammaProject/Tiny-MicroFC-Carrier-Board) and [AFBR-](https://github.com/OpenGammaProject/AFBR-SiPM-Carrier-Board) SiPM carrier boards are there to allow for easier packaging with the scintillator as well as to be reusable for different detectors as that's by far the single most expensive part and you'll want to use it as long as possible. 69 | 70 | If you are using a larger-diameter scintillator, it's probably better for you to use something like the [MicroFC SiPM Array Board](https://github.com/OpenGammaProject/MicroFC-SiPM-Array-Board), which has a 2x2 matrix of SiPMs resulting in 4x the active area. **This will increase the energy resolution for large crystals.** 71 | 72 | ### Scintillator Cyrstals 73 | 74 | I got most of my scintillators (used NaI(Tl), LYSO, ...) on eBay. Just search for some keywords or specific types, you'll probably find something. Just be sure to look out for signs of wear and tear like scratches on the window or yellowing (!) in NaI crystals as these can deteriorate performance significantly. 75 | 76 | You can obviously also buy brand-new scintillators, however, these can be much more expensive. It really depends on the manufacturer there. You can get some cheap 1" x 1" NaI(Tl) scintillator from China for <100 USD. 77 | 78 | Two sources of new NaI(Tl) scintillators are: 79 | 80 | | Brand | Location | Comment | 81 | |-------|----------|---------| 82 | | [OST - Photonics](https://www.ost-photonics.com/products/scintillation-crystal/encapsulated-scintillator/standard-type-naitl-scintillator/) | China | Can purchase directly from website | 83 | | [Epic-Crystal](https://www.epic-crystal.com/) | China | Also sold by [GammaSpectacular](https://www.gammaspectacular.com/) | 84 | 85 | **Since this is a fixed-gain device, I can only highly recommend you to get a scintillator that fits on the PCB and is of a comparable volume as the scintillators I tested.** I am using an 18 x 30 mm crystal for most of the spectra that you can see here and it works great. Also, due to the small size of the SiPM in comparison to the scintillator opening, try to use narrower crystals than wider ones if you can. That way, there aren't many light losses to the SiPM. In general, just be sure the volume/size is not orders of magnitue larger or smaller. If that's not possible, consider using the array board. **The array board works great with a 1" x 1" NaI(Tl) with this detector for example. There is also an optional trim pot for the gain on the Rev. 4 boards that you can solder and use to change the preamp gain.** 86 | 87 | If the scintillator is too small, the output voltage will be very low and you might get restricted by the ADC resolution. In this case the energy range will also be much higher than you would ever need (can easily get up to 10 MeV). 88 | 89 | If the scintillator is too large, the output voltages will be pretty high and thus decrease your energy range dramatically. The device is limited by the 3.0 V reference voltage in this case, so you might see clipping. Your mileage my vary. 90 | 91 | **As a general rule of thumb, try to use as much of the space available on the PCB as possible to mount the scintillator and you will (in most cases) be absolutely fine.** 92 | 93 | ### Index-Matching Material For Coupling 94 | 95 | You should apply some optical coupling compound between the SiPM and the crystal window to reduce reflections as good as possible (this way the best photon detection efficiency is achieved). There a multitude of options for optical couplants, and depending on your region some may be easier to aquire than others. As a general rule of thumb, silicone oil/grease can also be used and works fine. If it contains polydimethylsiloxane, you're on the right track. Some options: 96 | 97 | 98 | 99 | | Description | Brand | Reflective Index | Viscosity (cPs)| Cost (USD) | Comment | 100 | |------------------------|--------|------------------|----------------|------------|---------| 101 | |[Index Matching Gel, 3 cc](https://www.thorlabs.com/thorproduct.cfm?partnumber=G608N3)|Thorlabs| 1.43 | 1,060,000 | $47.46 | High viscosity, works well for fibre optic coupling. | 102 | |[Index-Matching Fluid](https://www.newport.com/f/index-matching-fluid) | Newport | 1.52 | 100 | $45.60 | Low viscosity may make setting the SiPM and crystal window difficult. However, the RI is the closer to the window properties. Use if you're experienced with assembly. | 103 | |XIAMETER™ PMX-200 Silicone Fluid | Dow Corning | 1.40 | 60,000 - 100,000 | Depends on source | Low cost and [used in research](https://pubs.acs.org/doi/10.1021/acs.cgd.0c00256) due to performance / price. PMX-200 can come in various viscosities, try to get close to 100,000 cPs. | 104 | |Molykote Industrial 4 Electrical Insulating Compound | Dow Corning | N/A | Grease | ~$20 | Used by Ludlum for their survey meter scintillation detectors. | 105 | 106 | 107 | 108 | After you applied some, you press both parts together and wrap everything with light-tight tape, again, I'm just using some black electrical tape here. That's essentially it, now you can solder some wires to the pads on the board to connect them together and secure it in place in the free space on the board. 109 | 110 | **It's very important to get the SiPM/scintillator assembly light-tight.** Otherwise you'll either run into problems with lower energies where noise dominates or outright not measure anything at all, because the sensor is saturating (clipping signals). 111 | 112 | **==> More assembly instructions can be found on the [Hackaday.io project page](https://hackaday.io/project/185211/instructions)!** 113 | 114 | ## The `ACT` LED 115 | 116 | There is an additional LED on the board called `ACT` for "activity". It's directly connected to the comparator that handles the pulse thresholds and will light up for every impulse that's larger than the set threshold voltage for the duration of said impulse. That means generally you won't see much, because the count rates are pretty low and the pulses are really fast (couple of microseconds). 117 | 118 | However, it's helpful when setting the correct threshold voltage, because as soon as you decrease it too low and completely get into the noise floor, the LED will visibly light up. 119 | 120 | On top of that, since it's not connected to the microcontroller in any way, it's a nice backup for when the device crashes and/or the count rates get so high that it's completely saturating otherwise. **The detector will display ZERO counts per second when it saturates at very high count rates: the count rate will actually gradually go down to zero the higher and higher your ACTUAL (real) count rate is.** So if the device displays 0.0 cps, but the LED is lit up brightly, you either have a light leak or you should run for your own safety. 121 | 122 | ## 3D Printed Case 123 | 124 | You can get a 3D-printable case for the Open Gamma Detector with different styles of covers. 125 | 126 | All the STL files to print the two parts (main body and cover) can be found in [/enclosure](../enclosure), as well as some more info on the necessary screws and the USB extension cable. 127 | 128 | ![Inside view of the box](../docs/inside_box.jpg) 129 | 130 | (This is an old image from Revision 2.0, but the footprint is exactly the same, you get the gist.) 131 | 132 | ## Shielding 133 | 134 | Due to the detector measuring small voltages, energy resolution being limited by noise and a small 470 pF capacitor being on board, it can sometimes be pretty sensitive to EMI. For the absolute best performance, you should put your detector into some kind of metal enclosure. It doesn't need to be a thick metal case, a tin can will most likely suffice. 135 | 136 | 137 | 138 | The four screw holes on the PCB's actual detector part are connected to the circuit GND. 139 | 140 | As some level of protection against EMI, the peak and hold capacitor is periodically discharged as to avoid it being charged ever so slightly by interference and the feedback path. This takes place every millisecond by default and cannot be switched on or off via a serial command. This adds less than 1% of additional dead time (~2.5 µs per reset every ms), so should be completely negligible. 141 | 142 | ## Raspberry Pi Pico 2 W 143 | 144 | Since the Pico 2 W has functionally the exact same size and pinout, it can be a trivial replacement for the standard Pico 2. This can be a great place to start experimenting with connecting to the Open Gamma Detector via Bluetooth or WiFi, there are endless possibilities what you can do with that. 145 | 146 | If you switch to the Pico 2 W, though, you will need to modify the stock firmware slightly since internal pins like the input voltage pin are changed. 147 | 148 | There is also no firmware build for the Pico 2 W and I don't plan to make one in the near future, since I'm busy enough with the stock firmware, hardware and Gamma MCA, to start building yet another Bluetooth- or WiFi-connected app or whatever. 149 | 150 | I'll happily accept PRs if you make something like that, though, so let me know! ;) 151 | -------------------------------------------------------------------------------- /hardware/schematic.pdf: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/OpenGammaProject/Open-Gamma-Detector/7f8ad6533d0133a020241e0ffb1acf2bf8966e12/hardware/schematic.pdf -------------------------------------------------------------------------------- /kitspace.yaml: -------------------------------------------------------------------------------- 1 | summary: Open hardware for a DIY all-in-one gamma-ray spectrometer using popular scintillation crystals and a Raspberry Pi Pico. 2 | 3 | site: https://nuclearphoenix.xyz # A site you would like to link to (include http:// or https://) 4 | 5 | color: black # for example 6 | # The solder resist color of the preview rendering. If left undefined "green" is used. Can be one of: 7 | # - green 8 | # - red 9 | # - blue 10 | # - black 11 | # - white 12 | # - orange 13 | # - purple 14 | # - yellow 15 | 16 | bom: hardware/BOM.csv 17 | # A path to your 1-click-bom in case it isn't `1-click-bom.tsv`. Supported extensions are: 18 | # - .tsv 19 | # - .csv 20 | # - .ods 21 | # - .xlsx 22 | # Check out https://github.com/kitspace/1clickBOM#readme for more details 23 | 24 | gerbers: hardware/Gerber_PCB/ # A path to your folder of gerbers in case it isn't `gerbers/`. 25 | 26 | eda: 27 | type: easyeda # kicad | eagle | easyeda 28 | pcb: hardware/PCB_Project_EasyEDA.json # | your/eagle.brd | your/easyeda.json 29 | -------------------------------------------------------------------------------- /software/ogd_pico-4.3.2-overclocked.uf2: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/OpenGammaProject/Open-Gamma-Detector/7f8ad6533d0133a020241e0ffb1acf2bf8966e12/software/ogd_pico-4.3.2-overclocked.uf2 -------------------------------------------------------------------------------- /software/ogd_pico-4.3.2.uf2: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/OpenGammaProject/Open-Gamma-Detector/7f8ad6533d0133a020241e0ffb1acf2bf8966e12/software/ogd_pico-4.3.2.uf2 -------------------------------------------------------------------------------- /software/ogd_pico/FS.cpp: -------------------------------------------------------------------------------- 1 | /* 2 | 3 | Helper functions for all actions related solely to the file system. 4 | Used in the main Open Gamma Detector sketch. 5 | 6 | 2024, NuclearPhoenix. Open Gamma Project. 7 | https://github.com/OpenGammaProject/Open-Gamma-Detector 8 | 9 | */ 10 | 11 | #include "FS.h" 12 | 13 | #include // Needed to interface with the FS on flash 14 | 15 | uint8_t getUsedPercentageFS() { 16 | FSInfo fsinfo; 17 | LittleFS.info(fsinfo); 18 | 19 | return round(float(fsinfo.usedBytes) / fsinfo.totalBytes * 100.0); 20 | } 21 | 22 | 23 | void fsInfo([[maybe_unused]] String *args) { 24 | FSInfo fsinfo; 25 | LittleFS.info(fsinfo); 26 | 27 | Dir dir = LittleFS.openDir(DATA_DIR_PATH); 28 | size_t dirSize = 0; 29 | while (dir.next()) { 30 | dirSize += dir.fileSize(); 31 | } 32 | 33 | println("Total Size: \t" + String(fsinfo.totalBytes / 1000.0) + " kB"); 34 | print("Used Size: \t\t" + String(fsinfo.usedBytes / 1000.0) + " kB"); 35 | cleanPrintln(" / " + String(getUsedPercentageFS()) + " %"); 36 | println("Data Dir Size: \t" + String(dirSize / 1000.0) + " kB"); 37 | // Uncomment these for advanced users 38 | //println("Block Size: " + String(fsinfo.blockSize / 1000.0) + " kB"); 39 | //println("Page Size: " + String(fsinfo.pageSize) + " B"); 40 | //println("Max Open Files: " + String(fsinfo.maxOpenFiles)); 41 | //println("Max Path Length: " + String(fsinfo.maxPathLength)); 42 | } 43 | 44 | 45 | void readDirFS([[maybe_unused]] String *args) { 46 | Dir dir = LittleFS.openDir(DATA_DIR_PATH); 47 | size_t counter = 0; 48 | 49 | while (dir.next()) { 50 | print(dir.fileName() + ": \t"); 51 | cleanPrintln(String(dir.fileSize() / 1000.0) + " kB"); 52 | counter++; 53 | } 54 | 55 | if (counter == 0) { 56 | println("Directory is empty."); 57 | } 58 | } 59 | 60 | 61 | void readFileFS(String *args) { 62 | String command = *args; 63 | command.replace("read file", ""); 64 | command.trim(); 65 | 66 | if (command == "") { 67 | println("No inpute file given! You must supply a file name.", true); 68 | return; 69 | } 70 | 71 | if (!LittleFS.exists(DATA_DIR_PATH + command)) { 72 | println("Could not open file. File '" + command + "' does not exist!", true); 73 | return; 74 | } 75 | 76 | File f = LittleFS.open(DATA_DIR_PATH + command, "r"); 77 | 78 | if (!f) { 79 | println("Could not open file'" + command + "'!", true); 80 | return; 81 | } 82 | 83 | while (f.available()) { 84 | cleanPrintln(f.readString()); 85 | } 86 | 87 | f.close(); 88 | } 89 | 90 | 91 | void removeFileFS(String *args) { 92 | String command = *args; 93 | command.replace("remove file", ""); 94 | command.trim(); 95 | 96 | if (command == "") { 97 | println("No inpute file given! You must supply a file name.", true); 98 | return; 99 | } 100 | 101 | if (!LittleFS.exists(DATA_DIR_PATH + command)) { 102 | println("Could not delete file. File '" + command + "' does not exist!", true); 103 | return; 104 | } 105 | 106 | if (LittleFS.remove(DATA_DIR_PATH + command)) { 107 | println("Successfully deleted '" + command + "'."); 108 | } else { 109 | println("Could not delete file '" + command + "'!", true); 110 | } 111 | } 112 | -------------------------------------------------------------------------------- /software/ogd_pico/FS.h: -------------------------------------------------------------------------------- 1 | /* 2 | 3 | Helper functions for all actions related solely to the file system. 4 | Used in the main Open Gamma Detector sketch. 5 | 6 | 2024, NuclearPhoenix. Open Gamma Project. 7 | https://github.com/OpenGammaProject/Open-Gamma-Detector 8 | 9 | */ 10 | 11 | #ifndef FS_H 12 | #define FS_H 13 | 14 | #include "Helper.h" // Misc helper functions (Serial, data types, ...) 15 | 16 | const String DATA_DIR_PATH = "/data/"; 17 | 18 | uint8_t getUsedPercentageFS(); 19 | 20 | void fsInfo(String *args); 21 | void readDirFS(String *args); 22 | void readFileFS(String *args); 23 | void removeFileFS(String *args); 24 | 25 | #endif // FS_H 26 | -------------------------------------------------------------------------------- /software/ogd_pico/Helper.cpp: -------------------------------------------------------------------------------- 1 | /* 2 | 3 | Misc helper functions used in the main Open Gamma Detector sketch. 4 | 5 | 2023, NuclearPhoenix. Open Gamma Project. 6 | https://github.com/OpenGammaProject/Open-Gamma-Detector 7 | 8 | */ 9 | 10 | #include "Helper.h" 11 | 12 | void cleanPrintln(const String &text) { 13 | if (Serial) { 14 | Serial.println(text); 15 | } 16 | if (Serial2) { 17 | Serial2.println(text); 18 | } 19 | } 20 | 21 | 22 | void cleanPrintln(unsigned int number, int base) { 23 | if (Serial) { 24 | Serial.println(number, base); 25 | } 26 | if (Serial2) { 27 | Serial2.println(number, base); 28 | } 29 | } 30 | 31 | 32 | void cleanPrint(const String &text) { 33 | if (Serial) { 34 | Serial.print(text); 35 | } 36 | if (Serial2) { 37 | Serial2.print(text); 38 | } 39 | } 40 | 41 | 42 | void cleanPrint(unsigned int number, int base) { 43 | if (Serial) { 44 | Serial.print(number, base); 45 | } 46 | if (Serial2) { 47 | Serial2.print(number, base); 48 | } 49 | } 50 | 51 | 52 | void print(String text, bool error) { 53 | text = (error ? "[!] " : "[#] ") + text; 54 | 55 | if (Serial) { 56 | Serial.print(text); 57 | } 58 | if (Serial2) { 59 | Serial2.print(text); 60 | } 61 | } 62 | 63 | 64 | void print(unsigned int number, bool error) { 65 | print(String(number), error); 66 | } 67 | 68 | 69 | void println(String text, bool error) { 70 | text = (error ? "[!] " : "[#] ") + text; 71 | 72 | if (Serial) { 73 | Serial.println(text); 74 | } 75 | if (Serial2) { 76 | Serial2.println(text); 77 | } 78 | } 79 | 80 | 81 | void println(unsigned int number, bool error) { 82 | println(String(number), error); 83 | } 84 | -------------------------------------------------------------------------------- /software/ogd_pico/Helper.h: -------------------------------------------------------------------------------- 1 | /* 2 | 3 | Misc helper functions used in the main Open Gamma Detector sketch. 4 | 5 | 2023, NuclearPhoenix. Open Gamma Project. 6 | https://github.com/OpenGammaProject/Open-Gamma-Detector 7 | 8 | */ 9 | 10 | #ifndef HELPER_H 11 | #define HELPER_H 12 | 13 | #include // Needed for Serial, String and uint data types 14 | 15 | const String RESET_REASON_TEXT[8] = { "unknown", "power-on", "run pin", "software", "watchdog", "debug", "glitch", "brownout" }; 16 | 17 | void cleanPrintln(const String &text = String("")); 18 | void cleanPrintln(unsigned int number, int base = DEC); 19 | void cleanPrint(const String &text = String("")); 20 | void cleanPrint(unsigned int number, int base = DEC); 21 | 22 | void print(String text = "", bool error = false); 23 | void print(unsigned int number, bool error = false); 24 | void println(String text = "", bool error = false); 25 | void println(unsigned int number, bool error = false); 26 | 27 | // opengamma_pcb, 32x32 px 28 | const uint8_t opengamma_pcb[] = { 29 | 0x00, 0x00, 0x00, 0x00, 30 | 0x00, 0x00, 0x00, 0x00, 31 | 0x00, 0x01, 0x80, 0x00, 32 | 0x00, 0x01, 0x80, 0x00, 33 | 0x00, 0x03, 0xc0, 0x00, 34 | 0x00, 0x07, 0xe0, 0x00, 35 | 0x00, 0x06, 0x60, 0x00, 36 | 0x00, 0x0c, 0x30, 0x00, 37 | 0x00, 0x0c, 0x30, 0x00, 38 | 0x00, 0x18, 0x18, 0x00, 39 | 0x00, 0x18, 0x18, 0x00, 40 | 0x00, 0x30, 0x0c, 0x00, 41 | 0x00, 0x60, 0x06, 0x00, 42 | 0x00, 0x68, 0x16, 0x00, 43 | 0x00, 0xdc, 0x33, 0x00, 44 | 0x00, 0xd6, 0x33, 0x00, 45 | 0x01, 0x92, 0x31, 0x80, 46 | 0x01, 0x82, 0x21, 0x80, 47 | 0x03, 0x01, 0x60, 0xc0, 48 | 0x06, 0x01, 0x40, 0x60, 49 | 0x06, 0x00, 0x00, 0x60, 50 | 0x0c, 0x00, 0x80, 0x30, 51 | 0x0c, 0x00, 0x80, 0x30, 52 | 0x18, 0x01, 0x80, 0x18, 53 | 0x38, 0x01, 0x80, 0x1c, 54 | 0x30, 0x01, 0x80, 0x0c, 55 | 0x60, 0x01, 0x80, 0x06, 56 | 0x60, 0x01, 0x80, 0x06, 57 | 0xff, 0xff, 0xff, 0xff, 58 | 0xff, 0xff, 0xff, 0xff, 59 | 0x00, 0x00, 0x00, 0x00, 60 | 0x00, 0x00, 0x00, 0x00 61 | }; 62 | 63 | // play_solid, 6x8 px 64 | const uint8_t play_solid[] = { 65 | 0x00, 0xe0, 0xf0, 0xfc, 0xfc, 0xf0, 0xe0, 0x00 66 | }; 67 | 68 | #endif // HELPER_H 69 | --------------------------------------------------------------------------------