Plinsburg

Author: plina

  • FactFrame project presentation

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    About author Hi, I’m Dennis. I started making electronics from my first year in university and then continued working as Electronics engineer (EE). I went from making hobby robotics PCBs to the automotive grade ECUs. I have about 4 years of commercial electronics development experience by now. I believe, I gained decent understanding of the…

  • Hardware building blocks library with simulation

    Hardware building blocks library with simulation

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    I recently started collecting the electronics building blocks from open-source and hobby projects in public GitLab repositories: Link to the GitLab Looking forward to you reusing them and providing feedback.

  • Flexi Teer

    Flexi Teer

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    Flexi-Teer is an open-source project led by Michael Anderson – Staff Scientist at Boston Children’s Hospital. I did a major schematic redesign and PCB layout for this project, and I’m looking forward to the actual testing phase. This is the webpage that describes the project. And this is the project page at Experiment.com

  • Only available on request

    Only available on request

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    Sorry, but I decided to not publicly list my commercial experience as a lot of it has to do with NDAs of different flavors. If you want to see my CV, reach out to me by Telegram or email and I will send you my CV if you have a good reason for it.

  • Automotive modular BMS

    Automotive modular BMS

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    17.07.2019 – 16.06.2021 Project details:  Development of a battery management system for cargo robot modular battery pack based on BQ79606A-Q1 IC. The project involves a 44V 12s 2-module battery pack. The hardware supports up to 1.4kV 384s batteries. The system included isolated UART communication protocol, NTC temperature sensing, and advanced safety features. Tasks:  Schematic development,…

  • Stepper motor control board

    Stepper motor control board

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    26.09.2020 – 02.01.2021 Project details:  Development of a stepper motor control board based on Trinamic TMC IC. Position control using Broadcom magnetic encoder. 12V low noise low power device. UL compliant components used. Redundant safety features implemented Tasks:  Schematic development, PCB layout, Assembly and testing Technical details quiet stepper motor driving with medical grade safety.

  • STM32 learning stand

    STM32 learning stand

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    Software and Leadership by Andrey Dovnar 26.06.2020 – 19.10.2020 Project details: Development of a demonstrational board for STM32G4 MCU learning. LQFP100 Package used for full peripheral utilization Tasks:  Schematic development, PCB layout Technical details   STM32G4 MCU, L2293Q Power module, DRV motor driver

  • Differential drive robot motors control board

    Differential drive robot motors control board

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    Software and Leadership by Andrey Dovnar 24.05.2020 – 01.06.2020 Project details: Development of an MCU based dual DC motors control board. Full bridge MOSFET drivers used with UART and CAN interfaces implemented  Tasks:  Schematic development, PCB layoutTechnical details  TI DRV Motor driver, INA240 ADC, TCAN transceiver, NRF Radio module, SPI EEPROM IC

  • RF remote control

    RF remote control

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    Software and Leadership by Andrey Dovnar Date: 05.08.2019 – 24.01.2020 CAD Software: Autodesk Eagle Tasks: Schematic development, PCB layout, Assembly and testingTechnical details   STM32G0 MCU, NRF24L01, TP4056

  • Electronics load

    Electronics load

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    Unfinished electronics load project..Well, it worked on the simulation.CAD tool: Autodesk EagleSPICE simulation tool: MC12