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Circuit design to stabilize the reflectometer local oscillator signals
C. C. Kung
, G. J. Kramer
, E. Johnson
, W. Solomon
, R. Nazikian
PPPL Tokamak Expermntl Science
Research output
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Dive into the research topics of 'Circuit design to stabilize the reflectometer local oscillator signals'. Together they form a unique fingerprint.
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Keyphrases
Circuit Design
100%
Frequency Separation
100%
Power Fluctuation
100%
Local Oscillator Power
100%
IQ Demodulator
100%
Local Oscillator
100%
Reflectometer
100%
Fusion Plasma
50%
Density Fluctuations
50%
Input Power
50%
Power Level
50%
Two-beam
50%
Microwave Beams
50%
Full Dynamic
50%
Reflectometry
50%
Power Variation
50%
Plasma Density Fluctuations
50%
Magnetically Confined Fusion Plasma
50%
System Upgrade
50%
Radar Technique
50%
Dynamic Bandwidth
50%
Power Leveling
50%
Tokamak
50%
Microwave Radar
50%
Physics
Fusion Plasmas
100%
Density Fluctuation
100%
Reflectometer
100%
Tokamak Device
50%
Plasma Density
50%