timer_oscillator_tlc555cdg4
340 results for "timer_oscillator_tlc555cdg4"
max31856
A Hardware/Software project to control devices of the KILN persuasion ( temperature and cooking time manager)
max31856 board
A Hardware/Software project to control devices of the KILN persuasion ( temperature and cooking time manager)
tutorial
A Hardware/Software project to control devices of the KILN persuasion ( temperature and cooking time manager)
CanSat Schematic
A soda-can-sized satellite designed to achieve autonomous, guided descent using a parafoil and real-time GNSS-based navigation. It collects atmospheric and flight data during descent and transmits telemetry live to enable precise tracking and targeted landing.
PCB 0
A soda-can-sized satellite designed to achieve autonomous, guided descent using a parafoil and real-time GNSS-based navigation. It collects atmospheric and flight data during descent and transmits telemetry live to enable precise tracking and targeted landing.
PCB 1
A soda-can-sized satellite designed to achieve autonomous, guided descent using a parafoil and real-time GNSS-based navigation. It collects atmospheric and flight data during descent and transmits telemetry live to enable precise tracking and targeted landing.
PCB 2
A soda-can-sized satellite designed to achieve autonomous, guided descent using a parafoil and real-time GNSS-based navigation. It collects atmospheric and flight data during descent and transmits telemetry live to enable precise tracking and targeted landing.
PCB 3
A soda-can-sized satellite designed to achieve autonomous, guided descent using a parafoil and real-time GNSS-based navigation. It collects atmospheric and flight data during descent and transmits telemetry live to enable precise tracking and targeted landing.
PCB 4
A soda-can-sized satellite designed to achieve autonomous, guided descent using a parafoil and real-time GNSS-based navigation. It collects atmospheric and flight data during descent and transmits telemetry live to enable precise tracking and targeted landing.
WCS1700 Calibrator
A board designed to aid in calibrating six Winson WCS1700 hall effect sensors a the same time.
Adapat 24pin 22pin
PSM Major Project: A modular smart parking system combining AI (ANPR/OCR), real-time control (Zephyr/STM32), and FPGA-based motor management (LiteX RISC-V SoC), all coordinated via MQTT for seamless access control and monitoring.
BMS
PSM Major Project: A modular smart parking system combining AI (ANPR/OCR), real-time control (Zephyr/STM32), and FPGA-based motor management (LiteX RISC-V SoC), all coordinated via MQTT for seamless access control and monitoring.
Adapat 24pin 22pin
PSM Major Project: A modular smart parking system combining AI (ANPR/OCR), real-time control (Zephyr/STM32), and FPGA-based motor management (LiteX RISC-V SoC), all coordinated via MQTT for seamless access control and monitoring.
Lumiere
PSM Major Project: A modular smart parking system combining AI (ANPR/OCR), real-time control (Zephyr/STM32), and FPGA-based motor management (LiteX RISC-V SoC), all coordinated via MQTT for seamless access control and monitoring.
integration arduino shield
Part 3 of pimpMyRide where i intergrate my previous 2 projects namely the Speedometer and the NeoPixel indicators, This time with proper schematics , a bit cleaner code etc
integration arduino shield
Part 3 of pimpMyRide where i intergrate my previous 2 projects namely the Speedometer and the NeoPixel indicators, This time with proper schematics , a bit cleaner code etc
integration
Part 3 of pimpMyRide where i intergrate my previous 2 projects namely the Speedometer and the NeoPixel indicators, This time with proper schematics , a bit cleaner code etc
test1
ROBOFEST 2024 . This project combines advanced pathfinding algorithms, custom hardware design, and real-time embedded programming to navigate a complex maze in the shortest time possible.
test1
ROBOFEST 2024 . This project combines advanced pathfinding algorithms, custom hardware design, and real-time embedded programming to navigate a complex maze in the shortest time possible.
ECE445L Lab7
This two-player lightsaber dueling system uses capacitive sensing to differentiate between blade blocks and body hits. It features synchronized wireless scoring, real-time LCD health tracking, and distinct audiovisual feedback for an interactive experience.
