Induction heater, HV source, and Wireless Energy transfer with chip mini ZVS Driver from Aliexpress
https://maker.pro/analog/projects/induction-heater-hv-source-and-wireless-energy-transfer-with-chip-mini-zvs-driver-from-aliexpress
How to make some practical devices with a cheap compact ZVS driver module sold on AliExpress for less than $5.
DIY Induction Heater with Ferrite Core Coil
https://maker.pro/analog/projects/diy-induction-heater-with-frrite-core-coil
An electric conductor such as iron container placed in the variable magnetic flux is heated rapidly by induced eddy current.
Simplest way to make Induction Heater, Power Supply, and HV Source from CFL Bulb Ballast
https://maker.pro/analog/projects/simplest-way-to-make-induction-heater-power-supply-and-hv-source-from-cfl-bulb-ballast
An interesting project that describes how to make several useful devices using a CFL bulb ballast, with minimal modification.
How to Make a Wireless Thermostat
https://maker.pro/pic/projects/how-to-make-wireless-thermostat
This wireless thermostat that will turn an electric heater into a room temperature-controlled heater.
Universal PRO Nixie Tube Tester and Healer
https://maker.pro/pcb/projects/universal-pro-nixie-tube-tester-and-healer-1
This device will test and heal all Nixie Tubes you know.
How To Make a BLE enabled Smart Bulb with STM32
https://maker.pro/stm32-nucleo/projects/how-to-make-a-ble-enabled-smart-bulb-with-stm32
The aim of this project is to control different home appliances using a web browser or smartphone.
Bluetooth LE based LCD messenger using STM32
https://maker.pro/stm32-nucleo/projects/bluetooth-le-based-lcd-messenger-using-stm32
The aim of this project is to send message via Bluetooth using a web browser or smartphone to a LCD display.
Simple STM32 Frequency meter from 1Hz to 30 MHz (Arduino IDE)
https://maker.pro/stm32-nucleo/projects/simple-stm32-frequency-meter-from-1hz-to-30-mhz-arduino-ide
This frequency meter uses an inexpensive STM32 microcontroller and this time, thanks to his better perfomances of the MCU, the frequency range is from 0 to 30 MHz, and therefore it is ideal for use in HF radio devices.
How to make Simple 500KHz Oscilloscope with STM32 ( Arduino IDE )
https://maker.pro/stm32-nucleo/projects/how-to-make-simple-500mhz-oscilloscope-with-stm32-arduino-ide
DIY oscilloscope with STM32 Microcontroller which has better performances than Arduino and is also cheaper. With this instrument we can now observe the shape of signals with a frequency of up to 500KHz.