I like to announce the availability of the latest video in the educational series of Amplifier Design and configuration. I demonstrate the difference between Zero Voltage switching and adjustable deadtime. While the analogue signal provision via a centre tapped transformer is simple enough to use it does however lag in tuning and the higher components count and costs. No consideration
I like to announce the availability of the latest video in the educational series of “Amplifier Design and Configuration”. I test the SG3525A IC as replacement for signal generator and Half-Bridge IC’s. It is a very low-cost solution for our standalone application we require for any energy systems including Electroculture where we want only to add a batterie to the
I like to announce the availability of the latest video in the Amplifier and Configurations series. Some time ago I tested Half-Bridge IC’s on the breadboard and compared them. I found the best Full- Bridge performance from the NCP5181 IC. We achieved at 10 Volts 11.1 KV and consumed 3.9 Watts. Now that I printed a PCB for these Half-Bridge
I like to announce the availability of the latest video in the Dielectric Fields Propagation series. In this video I replaced the last set of toroid coils with bifilar pancake coils. It shows some interesting effects. We measure the light intensity because the voltage drops as over frequency is not reliable anymore as measurement for power. A second set of
I like to announce the availability of the latest video in the Dielectric Field Propagation series. Looking for ways to improve power delivery in the LMD network I stumbled upon the Avramenko plug when revisiting research material. While this plug is very well understood the radiant energy component is not. Looking the way all gas filled tubes produce light it
I like to announce the availability of the latest video in the Dielectric Fields Propagation series. Here I expanded the LMD network to two networks as one module and drive with the ZVS half-Bridge. I also removed unnecessary wiring and components. The result is we get more output for the same power input. You find the video under /movies/dielectric-field-propagation/. Basic
I have received the latest PCB versions I was taking about the last time. The Half-Bridge for the ZVS, dual Class C amplifier and the NCP5181 with Boot Strap technology. I have done testing them with two circuits and long fly wires before, now we test them on one circuit board. I did postulate that ideally the Half-Bridge should not
I like to announce the availability of the latest video in the Dielectric Field Propagation series. I made many changes including the exchange of the ferrite rods with toroid cores. I will also demonstrate the losses a diode in the circuit from the amplifier produces. You find the video under /movies/dielectric-field-propagation/. Basic Members and Non-Members can purchase the video.
I like to announce the availability of the latest video in the Dielectric Field Propagation series. I made changes to the circuit to allow for tuning of impedance and inductance and gained valuable information for further improving. Goal is to consume as little as possible from the voltage source and deliver as much as possible to the load. We had
I like to announce the availability of a new video in the Dielectric field propagation series. While I was going thorough covered materials, I noticed that a good experiment I conducted 10 years ago on YouTube needed a more UpToDate analysis. I talk about the LMD network. In opposite of the traditional transmission line the LMD network is based on