Thales Th1801 Multi Beam Klystron: Final Output Cavity Questions

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In summary, the conversation discusses the new Thales Th1801 multi-beam klystron and its features such as shared cavities, final output cavity with two windows, and its operating capacity with one or two beams. The question also arises about the uniformity of the electro magnet and its potential impact on electron path curling. There is also a query about current variations between beams and their reasons.
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klystronman
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On the new Thales Th1801 multi beam klystron. All the cavities are shared so they all see the same field. The final output cavity has two windows. Is the final output cavity all one since the klystron can operate without one beam or is it divided? If there are two outputs are they 5 or 10 Mw output each since it is a 10Mw klystron?
 
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also question: If the electro magnet is uniform for the Th1801. What type problems with electron path curling? What are the current variants between beams and why?

thanks
 
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Related to Thales Th1801 Multi Beam Klystron: Final Output Cavity Questions

1. What is a multi beam klystron?

A multi beam klystron is a type of vacuum tube used in radar and communication systems to generate and amplify radio frequency signals. It uses multiple electron beams to produce a high-power output signal.

2. How does the Thales Th1801 multi beam klystron work?

The Thales Th1801 multi beam klystron works by using an electron gun to generate multiple electron beams, which are then focused and accelerated towards a resonant cavity. The beams interact with the high-frequency electromagnetic field in the cavity, causing the electrons to bunch together and amplify the signal. The amplified signal is then extracted from the cavity as the final output.

3. What is the purpose of the final output cavity in the Thales Th1801 multi beam klystron?

The final output cavity in the Thales Th1801 multi beam klystron is responsible for extracting the amplified signal and shaping it into a usable form. It also helps to stabilize the output frequency and power of the klystron.

4. How does the output power of the Thales Th1801 multi beam klystron compare to other klystrons?

The Thales Th1801 multi beam klystron is capable of producing higher output powers than traditional single beam klystrons. This is due to the use of multiple electron beams, which allows for greater amplification and power handling capabilities.

5. What are some common applications of the Thales Th1801 multi beam klystron?

The Thales Th1801 multi beam klystron is commonly used in radar systems, satellite communication systems, and particle accelerators. It can also be found in scientific research facilities and in military applications such as electronic warfare systems.

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