If you want more information you would have to supply a link or a specific reference...arydberg said:I ran across a article about a inventor who wanted to turn a antenna on and off very quickly.
This idea has a number of limitations.arydberg said:Someone asked if it was possible to conduct electricity through a wire with a plasma. I ran across a article about a inventor who wanted to turn a antenna on and off very quickly. He said it was possible to do this by using a florescent light bulb as a element in the antenna. When a high voltage was applied to the tube it became conductive but when the high voltage was turned off it became non conductive.
Plasma wire is a type of antenna made up of a thin, flexible wire coated with a conductive material and surrounded by a gas-filled tube. The gas inside the tube is ionized, creating a plasma state that allows for extremely fast switching on and off of the antenna.
The gas inside the plasma wire is ionized by an electrical current, creating a plasma state. This plasma state allows for the rapid movement of electrons, which enables the antenna to be turned on and off very quickly. This allows for faster and more efficient transmission of signals.
Plasma wire antennas have several advantages. They can be turned on and off at a much faster rate than traditional wire antennas, making them ideal for applications that require quick signal switching. They also have a smaller physical footprint, making them more compact and lightweight. Additionally, they have a wider bandwidth and can operate at higher frequencies than traditional antennas.
Plasma wire antennas have a wide range of potential applications. They can be used in telecommunications, satellite communication, and radar systems. They are also being explored for use in military and defense applications, as well as medical imaging and research.
One of the main limitations of plasma wire antennas is their sensitivity to environmental factors such as temperature and pressure. They also require a high voltage power source to maintain the plasma state, which can be a challenge to implement in some applications. Additionally, the gas inside the tube may need to be replenished periodically, adding to the maintenance and cost of using plasma wire antennas.