There is an increasing requirement within the particle accelerator community for CW RF power sources in the L-band frequency range. The paper describes the development of a new inductive output tube (IOT) for use in high energy applications. A target specification of 16kW CW output power at an efficiency of 60 % was set and this paper presents results obtained to date. The tube uses an electron gun geometry that minimizes transit time effects in the cathode to grid gap and draws heavily on e2v technologies ’ expertise in the design and manufacture of IOT’s and klystrons
We reviewed the main types of RF power amplifiers used for particle accelerators. It covers vacuum b...
Electron beams with an energy range of 10keV at 2A requiring intensity modulation with bandwidth fro...
The 1700 MeV, 100 mA Accelerator Production of Tritium (APT) Proton Linac will require 244 1 MW, con...
This program investigated development of a multiple beam inductive output tube (IOT) to produce 30 M...
AbstractThe most important part of the particle accelerators [1] – is the power generator together w...
For the TESLA linear collider 1.3 GHz RF sources with 10 MW peak power and about 70 % efficiency are...
This program developed a 200 kW CW, 350 MHz, multiple beam inductive output tube (MBIOT) for driving...
Abstract one meter cavity would therefore need to supply only 300 W to meet these demands. Recent de...
The MIT X-Ray Laser project, to produce output in the 0.3 to 100 nanometer range, is based on a supe...
The purpose of this contract is to develop and evaluate new technology for future e{sup +}e{sup {min...
This paper describes a simple method for modeling the performance of an Inductive Output Tube (IOT)....
An Inductive Output Tube (IOT) differs from a klystron in several aspects which require special trea...
This thesis presents the design, construction, assembly and measurements of an inductive adder (IA) ...
A cascade accelerating-voltage generator with inductive coupling and parallel power supply to the ca...
The most challenging rf source requirements for high-energy accelerators presently being studied or ...
We reviewed the main types of RF power amplifiers used for particle accelerators. It covers vacuum b...
Electron beams with an energy range of 10keV at 2A requiring intensity modulation with bandwidth fro...
The 1700 MeV, 100 mA Accelerator Production of Tritium (APT) Proton Linac will require 244 1 MW, con...
This program investigated development of a multiple beam inductive output tube (IOT) to produce 30 M...
AbstractThe most important part of the particle accelerators [1] – is the power generator together w...
For the TESLA linear collider 1.3 GHz RF sources with 10 MW peak power and about 70 % efficiency are...
This program developed a 200 kW CW, 350 MHz, multiple beam inductive output tube (MBIOT) for driving...
Abstract one meter cavity would therefore need to supply only 300 W to meet these demands. Recent de...
The MIT X-Ray Laser project, to produce output in the 0.3 to 100 nanometer range, is based on a supe...
The purpose of this contract is to develop and evaluate new technology for future e{sup +}e{sup {min...
This paper describes a simple method for modeling the performance of an Inductive Output Tube (IOT)....
An Inductive Output Tube (IOT) differs from a klystron in several aspects which require special trea...
This thesis presents the design, construction, assembly and measurements of an inductive adder (IA) ...
A cascade accelerating-voltage generator with inductive coupling and parallel power supply to the ca...
The most challenging rf source requirements for high-energy accelerators presently being studied or ...
We reviewed the main types of RF power amplifiers used for particle accelerators. It covers vacuum b...
Electron beams with an energy range of 10keV at 2A requiring intensity modulation with bandwidth fro...
The 1700 MeV, 100 mA Accelerator Production of Tritium (APT) Proton Linac will require 244 1 MW, con...