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60 results for “togolab”

  1. Some more workshop work on the SDG2042X Linux GUI today (got a free Monday): Fixed 5 bugs in this round, including ARB handling on the real instrument, sweep fallback timing, preset handling, and one unsafe input-parsing corner.

    I hope GUI is getting a bit less fragile / more reliable.

    Blog:
    togo-lab.io/?p=287

    Gitea:
    gitea.togo-lab.io/tgohle/0003-

    #ToGoLab #Siglent #SDG2042X #PyQt5 #Testbench #OpenSource #python #weekendProject #diy_electronics #DIY

  2. Some more workshop work on the SDG2042X Linux GUI today (got a free Monday): Fixed 5 bugs in this round, including ARB handling on the real instrument, sweep fallback timing, preset handling, and one unsafe input-parsing corner.

    I hope GUI is getting a bit less fragile / more reliable.

    Blog:
    togo-lab.io/?p=287

    Gitea:
    gitea.togo-lab.io/tgohle/0003-

  3. Some quiet workshop work behind the scenes in the last weeks: Fixing bugs in my SDG2042X GUI & using the process to learn Git issue tracking.

    Found 14 bugs and hope to fix 4 of them soon; tests are ongoing.

    Blog:
    togo-lab.io/?p=287

    Git:
    gitea.togo-lab.io/tgohle/0003-

    Issues I found so far:
    gitea.togo-lab.io/tgohle/0003-

    #SDG2042X #GUI #ToGoLab #Linux #PyQt #Python #Electronics #SCPI #Gitea #BugFixing

  4. Some quiet workshop work behind the scenes in the last weeks: Fixing bugs in my SDG2042X GUI & using the process to learn Git issue tracking.

    Found 14 bugs and hope to fix 4 of them soon; tests are ongoing.

    Blog:
    togo-lab.io/?p=287

    Git:
    gitea.togo-lab.io/tgohle/0003-

    Issues I found so far:
    gitea.togo-lab.io/tgohle/0003-

  5. 電車ベクトル (Train Vector):

    Software post is now online. 3rd & final post about the current version 2.

    togo-lab.io/?p=243

    Job of the SW: Read 2 analogue inputs, averages signals, calibrates itself at startup, applies thresholds + hysteresis, remembers the last valid direction (using by a state machine) & switches the headlights accordingly.

    The optional functions are not in use. I want to wait until feedback from the train club testing this project.

    Link to the git:
    gitea.togo-lab.io/tgohle/0004-

  6. 電車ベクトル (Train Vector project): Hardware description:

    The main board reads the noisy motor signal of a brick-built model locomotive directly from the H-bridge controller, isolates and processes it & controls the headlights.

    There are also a future option board & a detachable test circuit (4 LEDs).

    Blog, describing the schematic & showing the PCB:
    togo-lab.io/?p=233

    Gitea (schematic, PCB):
    gitea.togo-lab.io/tgohle/0004-

  7. Finished my 電車ベクトル (Train Vector) project:

    A Arduino-based board will detect the driving direction of brick-built model locomotives directly from the noisy H-bridge motor controller & switches the headlights automatically.

    Sounds simple, but due signal noise, switching artefacts & inductive (reverse) spikes direction sensing is quite hard.

    Schematics, PCB, and firmware for beta (version2) finished & working.

    Three PCBs were built & tested & the first 2 boards are now handed over for real-life testing in a model railway club.

    Blog:
    togo-lab.io/?p=223

    Gitea (Schematic, PCB):
    gitea.togo-lab.io/tgohle/0004-

    #電車ベクトル #TrainVector #ToGoLab #BrickTrains #ModelRailway #Arduino #Electronics #projects

  8. Finished my 電車ベクトル (Train Vector) project:

    A Arduino-based board will detect the driving direction of brick-built model locomotives directly from the noisy H-bridge motor controller & switches the headlights automatically.

    Sounds simple, but due signal noise, switching artefacts & inductive (reverse) spikes direction sensing is quite hard.

    Schematics, PCB, and firmware for beta (version2) finished & working.

    Three PCBs were built & tested & the first 2 boards are now handed over for real-life testing in a model railway club.

    Blog:
    togo-lab.io/?p=223

    Gitea (Schematic, PCB):
    gitea.togo-lab.io/tgohle/0004-

    #電車ベクトル #TrainVector #ToGoLab #BrickTrains #ModelRailway #Arduino #Electronics #projects

  9. Finished my 電車ベクトル (Train Vector) project:

    A Arduino-based board will detect the driving direction of brick-built model locomotives directly from the noisy H-bridge motor controller & switches the headlights automatically.

    Sounds simple, but due signal noise, switching artefacts & inductive (reverse) spikes direction sensing is quite hard.

    Schematics, PCB, and firmware for beta (version2) finished & working.

    Three PCBs were built & tested & the first 2 boards are now handed over for real-life testing in a model railway club.

    Blog:
    togo-lab.io/?p=223

    Gitea (Schematic, PCB):
    gitea.togo-lab.io/tgohle/0004-

    #電車ベクトル #TrainVector #ToGoLab #BrickTrains #ModelRailway #Arduino #Electronics #projects

  10. Finished my 電車ベクトル (Train Vector) project:

    A Arduino-based board will detect the driving direction of brick-built model locomotives directly from the noisy H-bridge motor controller & switches the headlights automatically.

    Sounds simple, but due signal noise, switching artefacts & inductive (reverse) spikes direction sensing is quite hard.

    Schematics, PCB, and firmware for beta (version2) finished & working.

    Three PCBs were built & tested & the first 2 boards are now handed over for real-life testing in a model railway club.

    Blog:
    togo-lab.io/?p=223

    Gitea (Schematic, PCB):
    gitea.togo-lab.io/tgohle/0004-

    #電車ベクトル #TrainVector #ToGoLab #BrickTrains #ModelRailway #Arduino #Electronics #projects

  11. Finished my 電車ベクトル (Train Vector) project:

    A Arduino-based board will detect the driving direction of brick-built model locomotives directly from the noisy H-bridge motor controller & switches the headlights automatically.

    Sounds simple, but due signal noise, switching artefacts & inductive (reverse) spikes direction sensing is quite hard.

    Schematics, PCB, and firmware for beta (version2) finished & working.

    Three PCBs were built & tested & the first 2 boards are now handed over for real-life testing in a model railway club.

    Blog:
    togo-lab.io/?p=223

    Gitea (Schematic, PCB):
    gitea.togo-lab.io/tgohle/0004-

  12. Lazy Sunday afternoon project, a simple *PC817 OptoCoupler tester.

    Two very simple ~5V circuits:

    1) Quick check — push the button, LED on = works.

    2) Test Circuit as mentioned in the datasheet for frequency / pulse behavior test.

    Nothing fancy, but handy for sorting out good vs questionable parts.

    Blog:
    togo-lab.io/?p=153

    Gitea:
    gitea.togo-lab.io/tgohle/0002-

    #electronics #DIY #optocoupler #pc817 #ToGoLab #SundayDIY

  13. Improving my test bench for future projects, I wrote a small PyQt5 GUI to control my Siglent SDG2042X from a remote Ubuntu desktop.

    It handles basic waveform setup, sweeps, bursts, presets (so you can adjust at the generator and than load down for later), ARB upload/download (not fully tested yet), and SCPI commands, also screenshots.

    I’m more of a hardware guy than a coder (for sure there will be some bugs), so feedback are welcome. Fork if you like.

    --
    Blog:
    togo-lab.io/?p=130

    Gitea with script:
    gitea.togo-lab.io/tgohle/0003-

    #ToGoLab #Siglent #SDG2042X #PyQt5 #Testbench #OpenSource #python #weekendProject #diy_electronics #DIY

  14. Today I worked on my remote control GUI for the SDG2042X.

    This project is now becoming usable for my test bench: Did some bugfixes, added configuration file, path settings (screenshot and pre-saved Settings) and, most important, context-sensitive input fields that depend on the waveform.

    But the GUI still in a very early stage, at example, the ARB management isn't really working yet, that's still on my to-do list.

    & yes, the GUI is ugly as hell, but at this stage of the project, the functionality is more important to me.

    Blog: togo-lab.io/?p=130

    Gitea: gitea.togo-lab.io/tgohle/0003-

    #SDG2042X #DIY #python #testbench #TestEquipment

  15. New here on techhub.social.

    Rebooting my hobby: RF, analog, sensors, ATtiny. Back to the bench after decades in semiconductor maintenance. Full intro: togo-lab.io/?p=72

    #Introductions #Electronics #RF #Analog #ATtiny #DIY #Sensors

  16. New here on techhub.social.

    Rebooting my hobby: RF, analog, sensors, ATtiny. Back to the bench after decades in semiconductor maintenance. Full intro: togo-lab.io/?p=72

    #Introductions #Electronics #RF #Analog #ATtiny #DIY #Sensors

  17. New here on techhub.social.

    Rebooting my hobby: RF, analog, sensors, ATtiny. Back to the bench after decades in semiconductor maintenance. Full intro: togo-lab.io/?p=72

    #Introductions #Electronics #RF #Analog #ATtiny #DIY #Sensors

  18. New here on techhub.social.

    Rebooting my hobby: RF, analog, sensors, ATtiny. Back to the bench after decades in semiconductor maintenance. Full intro: togo-lab.io/?p=72

    #Introductions #Electronics #RF #Analog #ATtiny #DIY #Sensors

  19. New here on techhub.social.

    Rebooting my hobby: RF, analog, sensors, ATtiny. Back to the bench after decades in semiconductor maintenance. Full intro: togo-lab.io/?p=72

  20. « Arka’n Asrafokor » est un groupe de métal fusion togolais bien chouette.
    Leur album « Zã Keli » est bien plaisant.
    #music #metal #fusion #HorsSujet

    deezer.page.link/eYDFoRxmmUU9t

  21. CW: meta algorithms +

    I know algorithms are a hot topic but I think there could be a togglable algo that could be a positive addition: one that gives equal space to all your follows, it hides some posts by your prolific follows behind a button so that you miss less of your less talkative ones.

    This is a subtoot to @22 's #yoyogi post.

  22. CW: meta algorithms +

    I know algorithms are a hot topic but I think there could be a togglable algo that could be a positive addition: one that gives equal space to all your follows, it hides some posts by your prolific follows behind a button so that you miss less of your less talkative ones.

    This is a subtoot to @22 's #yoyogi post.