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Exploring Electron Transit in TWT Fly-Through: A September 2010 Overview

This report provides an overview of Electron Technologies, Inc.'s TWT Fly-Through from September 2010. It details the path of the emitted electron from the cathode, highlighting its minimal energy loss as it travels to the 4th stage. The concept of the helix circuit electron gun and the 5-stage depressed collector is explored, providing insights into how the periodic magnetic field influences electron bouncing. Notably, the transit time for the electron is approximately 13 nanoseconds, illustrating the rapid dynamics involved in the process.

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Exploring Electron Transit in TWT Fly-Through: A September 2010 Overview

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  1. Electron Technologies, Inc. TWT Fly-through September, 2010

  2. TWT Fly-Through Overview The electron emits from the cathode and follows the approximate path shown. This electron doesn’t lose much energy and therefore lands on the 4th stage. HELIX CIRCUIT ELECTRON GUN 5-STAGE DEPRESSED COLLECTOR

  3. Be the Electron The bouncing of the electron is due to the periodic magnetic field. The actual transit time of the electron is ~13 ns.

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