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What is a Klystron Tube？

Encyclopedia

08/01/2024

What is a Klystron Tube？

Klystron Definition

A Klystron is a vacuum tube used to amplify or oscillate microwave signals, important in various high-frequency applications.

Operating Principle

Klystrons work by modulating the velocity of an electron beam within a vacuum tube to generate microwave energy.

Applications

Klystrons are essential in devices like RADAR systems, radio receivers, and microwave transmitters.

Technical Specifications

Klystrons operate across a broad range of frequencies and power outputs, with efficiency levels suitable for specialized applications.

Types of Klystron

Reflex Klystrons oscillation

Apple-gate Diagram

Applications of Reflex Klystron

Radio and RADAR receiver

A signal source in microwave generators

Frequency modulated oscillator in portable microwave links

Pump oscillator for parametric amplifiers

Local oscillator in microwave receivers

Two Cavity Klystrons oscillation

Topics

Power Systems Measurement Klystron Tube

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The Electricity Encyclopedia is dedicated to accelerating the dissemination and application of electricity knowledge and adding impetus to the development and innovation of the electricity industry.

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