Arduino LCD Info panel for PC (LCD Smartie)
https://maker.pro/anduino/projects/arduino-lcd-info-panel-for-pc-lcd-smartie
This is a simple way to control 16x2 LCD Display via Windows PC software. For this purpose, we use an Arduino microcontroller, which in this case has the function of an interface between the Display and the USB port of the Computer.
DIY PWM Control for PC Fans
https://maker.pro/custom/projects/pwm-control-for-pc-fans
Discover how to build a fully-featured 12 V PC fan PWM controller with Dialog GreenPAK™ programmable mixed-signal ICs.
Connecting the Malahit DSP SDR Radio receiver to the PC
https://maker.pro/custom/projects/connecting-the-malahit-dsp-sdr-radio-receiver-to-the-pc
In this way, we can also decode many digital radio signals such as Weather Fax, Slow Scan TV, and many more
Home Assistance on Windows
https://maker.pro/esp8266/projects/home-assistance-on-windows-1
Will guide you to install Home Assistance on Windows PC
Top 20 Python Frameworks List
https://maker.pro/micropython/projects/top-20-python-frameworks-list
A web system or a library is one that helps make
the designer's life simple with the entire procedure of improvement.
Getting Started with the M5StickV AI + IOT Camera
https://maker.pro/micropython/projects/getting-started-with-the-m5stickv-ai-iot-camera
The M5Stick-V is an AIOT (AI + IOT) camera with machine vision capabilities.
Update Coronavirus (COVID-19) Data in Real-Time
https://maker.pro/micropython/projects/update-coronavirus-covid-19-data-in-real-time
By doing this project, you can know the COVID-19 data in real-time without going to the Internet anymore.
What Is the Difference Between FPGA and ASIC?
https://maker.pro/micropython/projects/what-is-the-difference-between-fpga-and-asic
Summary of the difference between FPGA and ASIC.
DAC:Equipment for Converting Digital Data to Analogue Signals
https://maker.pro/micropython/projects/dacequipment-for-converting-digital-data-to-analogue-signals
DACs can accurately reconstruct sampled data into analog signals. Digital data can be generated by microprocessors, Application Specific Integrated Circuits (ASICs), or Field Programmable Gate Arrays (FPGAs), but the final data needs to be converted to an analog signal in order to interact with the real world.