We describe the high power testing of RF cavity windows for the PEP-II B factory. The window is designed for continuous operation at 476 MHz with up to 500 kW throughput and has been tested to full power using a modified PEP Klystron. The windows use an anti-multipactor coating on the vacuum side and the application and processing of this layer is discussed. The high power test configuration, RF processing history and high power performance are described
RF window designs of the Pillbox type were capable of transmitting peak rf power up to about 10 MW. ...
We report on the design and fabrication of an 805 MHz RF cavity with beryllium (Be) windows for a m...
The paper presents an overview of the design of the RF system for the PEP-II B Factory. An RF statio...
This paper describes the high-power testing of the first RF cavity for the PEP-II B-factory. The cav...
We describe the fabrication and testing of the RF windows designed to transmit power to the PEP-II 4...
A new planar, ceramic window intended to be used with WR650 waveguide fundamental power couplers at ...
We present recent high power RF test results on an 805 MHz cavity for a muon cooling experiment at L...
The reliability of the radio frequency (RF) windows on the Low Energy Demonstration Accelerator (LED...
This paper discusses the design, fabrication and testing of a high power alumina disk window in WR1...
This paper discusses the design, fabrication and testing of a high power alumina disk window in WR15...
Hisorically, Radio Frequency (RF) windows have been a common point of failure in input power coupler...
The reliability of the radio frequency (RF) windows on the Low Energy Demonstration Accelerator (LED...
The successful design of high power windows play an essential role in RF power source development in...
[[abstract]]The successful design of high power windows play an essential role in RF power source de...
We report recent high power RF tests on an 805 MHz RF pillbox cavity with demountable windows for be...
RF window designs of the Pillbox type were capable of transmitting peak rf power up to about 10 MW. ...
We report on the design and fabrication of an 805 MHz RF cavity with beryllium (Be) windows for a m...
The paper presents an overview of the design of the RF system for the PEP-II B Factory. An RF statio...
This paper describes the high-power testing of the first RF cavity for the PEP-II B-factory. The cav...
We describe the fabrication and testing of the RF windows designed to transmit power to the PEP-II 4...
A new planar, ceramic window intended to be used with WR650 waveguide fundamental power couplers at ...
We present recent high power RF test results on an 805 MHz cavity for a muon cooling experiment at L...
The reliability of the radio frequency (RF) windows on the Low Energy Demonstration Accelerator (LED...
This paper discusses the design, fabrication and testing of a high power alumina disk window in WR1...
This paper discusses the design, fabrication and testing of a high power alumina disk window in WR15...
Hisorically, Radio Frequency (RF) windows have been a common point of failure in input power coupler...
The reliability of the radio frequency (RF) windows on the Low Energy Demonstration Accelerator (LED...
The successful design of high power windows play an essential role in RF power source development in...
[[abstract]]The successful design of high power windows play an essential role in RF power source de...
We report recent high power RF tests on an 805 MHz RF pillbox cavity with demountable windows for be...
RF window designs of the Pillbox type were capable of transmitting peak rf power up to about 10 MW. ...
We report on the design and fabrication of an 805 MHz RF cavity with beryllium (Be) windows for a m...
The paper presents an overview of the design of the RF system for the PEP-II B Factory. An RF statio...