control_tower

877 results for "control_tower"

Pi HAT V2

Originally part of the NASA Asteroid flyer program has been repurposed by the EPPL to allow anyone interested in controls to go online and connect with a real working device and test their own control algorithms on a live device that is connected to the global internet.

Pi HAT V3

Originally part of the NASA Asteroid flyer program has been repurposed by the EPPL to allow anyone interested in controls to go online and connect with a real working device and test their own control algorithms on a live device that is connected to the global internet.

Pi HAT Simple V3

Originally part of the NASA Asteroid flyer program has been repurposed by the EPPL to allow anyone interested in controls to go online and connect with a real working device and test their own control algorithms on a live device that is connected to the global internet.

Pi HAT V4

Originally part of the NASA Asteroid flyer program has been repurposed by the EPPL to allow anyone interested in controls to go online and connect with a real working device and test their own control algorithms on a live device that is connected to the global internet.

Pi HAT V4 Simple

Originally part of the NASA Asteroid flyer program has been repurposed by the EPPL to allow anyone interested in controls to go online and connect with a real working device and test their own control algorithms on a live device that is connected to the global internet.

Pi HAT V5 Simple

Originally part of the NASA Asteroid flyer program has been repurposed by the EPPL to allow anyone interested in controls to go online and connect with a real working device and test their own control algorithms on a live device that is connected to the global internet.

Spacecraft ATmega328 MOSFET

Originally part of the NASA Asteroid flyer program has been repurposed by the EPPL to allow anyone interested in controls to go online and connect with a real working device and test their own control algorithms on a live device that is connected to the global internet.

Teensy4.1 example

This is where i save my progress on a model rocket I am building from the groundup to perfect my engineering skills in: PCB Design, CAD, Systems Simulation, Control Systems and way more!

KiCAD Custom DRC Rules for PCBWay

This is where i save my progress on a model rocket I am building from the groundup to perfect my engineering skills in: PCB Design, CAD, Systems Simulation, Control Systems and way more!

main

This is where i save my progress on a model rocket I am building from the groundup to perfect my engineering skills in: PCB Design, CAD, Systems Simulation, Control Systems and way more!

sierra to usb

Universal Sierra/Quectel 5G M.2 carrier — PoE, 2.5GbE, RP2040 control plane (KiCad 10)

NeuroRover V1

Raspberry Pi based AI robot car with camera vision, sensors, motor control, CAD chassis, KiCad wiring, and future machine learning autopilot.

HotPlate

A compact, open-source DIY Reflow Hotplate powered by USB-C PD and STM32. Features a custom aluminum PCB heater, OLED display, and PID temperature control for portable SMD soldering.

Plate

A compact, open-source DIY Reflow Hotplate powered by USB-C PD and STM32. Features a custom aluminum PCB heater, OLED display, and PID temperature control for portable SMD soldering.

DDSFunctionGenerator

A 6 MHz Direct Digital Synthesis (DDS) function generator, fully configurable via SCPI (Standard Commands for Programmable Instruments) protocol. Designed for precision waveform generation with flexible control through standardized commands.

MOTOR RF HAT

RP2040-based AZ/EL rotator controller for SatNOGS-compatible satellite ground stations. Custom PCB, PID motor control, EasyComm/hamlib protocol over USB.

motorPCB

RP2040-based AZ/EL rotator controller for SatNOGS-compatible satellite ground stations. Custom PCB, PID motor control, EasyComm/hamlib protocol over USB.

RF HAT

RP2040-based AZ/EL rotator controller for SatNOGS-compatible satellite ground stations. Custom PCB, PID motor control, EasyComm/hamlib protocol over USB.

mecha pico mcb

Raspberry Pi Pico W robot controller firmware for MCTR 260 Mechatronics Design. Dual-core BLE architecture with mecanum drive, stepper/DC motor support, and configurable motion profiles. Pairs with the MECHA PICO MCB and Flutter remote control app.

mecha pico psb

Raspberry Pi Pico W robot controller firmware for MCTR 260 Mechatronics Design. Dual-core BLE architecture with mecanum drive, stepper/DC motor support, and configurable motion profiles. Pairs with the MECHA PICO MCB and Flutter remote control app.

Paul

PAUL (Programmable Autonomous Utility Lift) is a modular robotics platform with mecanum drive, claw arm, Arduino + Raspberry Pi control, SLAM mapping, and voice/AI integration. Built for Rowan ECE Clinic, it showcases embedded systems, autonomy, and human-robot interaction.”

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Reference electronics designs for control_tower – Page 27 | Open App Note