timer_oscillator_tlc555cdg4

503 results for "timer_oscillator_tlc555cdg4"

neptune

A water-propelled thrust vector control (TVC) testbed vehicle aiming to decrease the cost and time factors associated with developing TVC control algorithms

pcb

an esp32-based clock, which shows the time from an ntp-notwork server instead of an local rtc-module, the temperature and air-humidity

rtc

Digital watch using the ATtiny85 MCU. The MCU communicates with DS1307 real-time-clock (RTC) over I2C. Also used TM1637 for displaying the clock.

Radio Receiver McCormick Mendoza

Quadrature sampling software defined radio for digital signal processing. Project for Embedded and Real Time Systems (CPTR480) and Engineering Electronics II (ENGR357).

haasoscope pro adc fpga board

Affordable 2 GHz 3.2 GS/s 12 bit open-source open-hardware expandable USB real-time oscilloscope

Button Breakout

A self-designed, home-made watch intended to tell time in a funky and unique way!

Complete v2.0

A self-designed, home-made watch intended to tell time in a funky and unique way!

Complete v3.0

A self-designed, home-made watch intended to tell time in a funky and unique way!

Pogo Breakout

A self-designed, home-made watch intended to tell time in a funky and unique way!

Complete Watch

A self-designed, home-made watch intended to tell time in a funky and unique way!

Complete v1.0

A self-designed, home-made watch intended to tell time in a funky and unique way!

Bigger Test

A self-designed, home-made watch intended to tell time in a funky and unique way!

FullGrid UNWIRED

A self-designed, home-made watch intended to tell time in a funky and unique way!

FullGrid

A self-designed, home-made watch intended to tell time in a funky and unique way!

TestWatch

A self-designed, home-made watch intended to tell time in a funky and unique way!

MusicPlayer

Standalone embedded audio system engineered with an STM32G031K8 microcontroller using HAL drivers for peripheral management and a VS1053B codec for real-time decoding and playback.

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.

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Reference electronics designs for timer_oscillator_tlc555cdg4 – Page 10 | Open App Note