induction heating based on IGBT-No Mosfet
, you will learn how a new invention, IGBT-based induction heating, works and how it differs from other types of heating. Unlike other heaters, this one operates using only IGBT technology, without the use of MOSFETs, diodes, resistors or coils. The result is greater energy efficiency and a more sustainable heating solution. By watching this video you will learn the details of this innovative technology and get a glimpse into the future of heating technology.
In this video, the concept of turning an IGBT-based induction heater into a medium-wave radio transmitter is explored.
An IGBT-based induction heater is a device that uses a high-frequency magnetic field to heat metals and other conductive materials. The device is powered by an IGBT (Insulated Gate Bipolar Transistor), which is a type of semiconductor device used to switch and amplify electronic signals.
In this video, the Zafer YILDIZ comes up with the idea of modifying the IGBT-based induction heater to work as a medium wave radio transmitter. A medium wave radio transmitter is a type of radio transmitter that operates in the frequency range of 530 kHz to 1700 kHz.
The Zafer YILDIZ explains how this can be achieved by tuning the IGBT-based induction heater to the desired frequency range and adding a simple antenna to the device. With these modifications, the device can be used to transmit audio signals in the medium wave radio frequency range.
The video then shows the functionality of the modified device and demonstrates how it can be used to transmit audio signals to a nearby radio receiver.
Overall, this invention provides an innovative way to repurpose existing technology to create a new and useful device.
induction heating based on IGBT-No Mosfet
, you will learn how a new invention, IGBT-based induction heating, works and how it differs from other types of heating. Unlike other heaters, this one operates using only IGBT technology, without the use of MOSFETs, diodes, resistors or coils. The result is greater energy efficiency and a more sustainable heating solution. By watching this video you will learn the details of this innovative technology and get a glimpse into the future of heating technology.
In this video, the concept of turning an IGBT-based induction heater into a medium-wave radio transmitter is explored.
An IGBT-based induction heater is a device that uses a high-frequency magnetic field to heat metals and other conductive materials. The device is powered by an IGBT (Insulated Gate Bipolar Transistor), which is a type of semiconductor device used to switch and amplify electronic signals.
In this video, the Zafer YILDIZ comes up with the idea of modifying the IGBT-based induction heater to work as a medium wave radio transmitter. A medium wave radio transmitter is a type of radio transmitter that operates in the frequency range of 530 kHz to 1700 kHz.
The Zafer YILDIZ explains how this can be achieved by tuning the IGBT-based induction heater to the desired frequency range and adding a simple antenna to the device. With these modifications, the device can be used to transmit audio signals in the medium wave radio frequency range.
The video then shows the functionality of the modified device and demonstrates how it can be used to transmit audio signals to a nearby radio receiver.
Overall, this invention provides an innovative way to repurpose existing technology to create a new and useful device.
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