VIL410, CPI'S 1.3 GHZ, 25 KW CW IOT AMPLIFIER SYSTEM
■The VIL410 Heatwave™ Inductive Output Tube (IOT) amplifier system has been developed to meet the requirements of superconducting RF accelerators. Two VIL410 systems were completed and delivered in April 2014. The VKL9130A1 IOT in the VIL410 provides up to 30 kW RF output power over a 5 MHz bandwidth centered at 1.30 GHz. It operates both CW and pulsed. The VIL410 amplifier has been designed to achieve very tight amplitude and phase control. The amplitude and phase ripple are specified to be less than 0.1% rms and better than 0.2° rms, respectively. The stability of the output power is specified to be better than 0.2% over a 20 second period. In normal system operation, smooth control of the output power is accomplished via input from the low level RF system. The VIL410 uses CPI’s VSL3616 Solid State Power Amplifier (SSPA) to drive the IOT. The VSL3616 is a 700 watt CW SSPA that operates at 250 watts CW in the VIL410. The VIL410 has an embedded processor that controls all internal functions of the amplifier system and interfaces directly to EPICS. The VIL410 can be operated locally using a LabView™ PC Host program or remotely by EPICS.
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Technical Documentation |
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Please see the document for details |
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English Chinese Chinese and English Japanese |
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2014/7/7 |
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WEPME023 |
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764 KB |
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