jmiller3931

United States

Pinned Repositories

BoxBots
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BoxbotsNodeMCU_ESC
Electronic Speed Controller (ESC) for Boxbots NodeMCU with EXP12E Motor Shield
Language:C++00
SoLoRa
Language:Roff5 4 00
LowPowerDesignDocuments
A repository for the documents discussed in the Low POwer Design for wearables and IoT video lectures
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MyMKSGL_Marlin
A Marlin "fork" of Version 1.1.9 I modified for my Ender3 with MKS Gen-L controller
Language:C00
PNI_COIN
initial...
Language:Prolog00
SoLoRa
SoLoRa - Solar Powered always-on IoT sensor node utilizing LoRaWAN
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SOLoRa_TTN_Test
Test installed sensor and TTN Connection of SOLoRa Board
Language:C++00
TTNMapper
TTN-Mapper GPS software Project for M0
Language:C++00
V8-Solenoid-Engine
Control firmware for a Solenoid V8 Engine. Features a rotary shaft encoder input for crank shaft position sensing. This signal controls the comutation of solenoid-based cylinders using MOSFETs. A second rotary shaft encoder input is used user control Three Mode options; 1) Direct PWM level control to FETs that power the solenoids 2) Speed control mode with PID Compensation 3) Test and tuning with terminal interface to adjust PID parameters
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jmiller3931/LowPowerDesignDocuments
A repository for the documents discussed in the Low POwer Design for wearables and IoT video lectures
00
jmiller3931/MyMKSGL_Marlin
A Marlin "fork" of Version 1.1.9 I modified for my Ender3 with MKS Gen-L controller
Language:C00
jmiller3931/PNI_COIN
initial...
Language:Prolog00
jmiller3931/SoLoRa
SoLoRa - Solar Powered always-on IoT sensor node utilizing LoRaWAN
00
jmiller3931/SOLoRa_TTN_Test
Test installed sensor and TTN Connection of SOLoRa Board
Language:C++00
jmiller3931/TTNMapper
TTN-Mapper GPS software Project for M0
Language:C++00
jmiller3931/V8-Solenoid-Engine
Control firmware for a Solenoid V8 Engine. Features a rotary shaft encoder input for crank shaft position sensing. This signal controls the comutation of solenoid-based cylinders using MOSFETs. A second rotary shaft encoder input is used user control Three Mode options; 1) Direct PWM level control to FETs that power the solenoids 2) Speed control mode with PID Compensation 3) Test and tuning with terminal interface to adjust PID parameters
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