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This review discusses the Phase Camera, a device used for collecting and analyzing RF data. It includes information on the required parts and components, as well as suggestions for optimizing its performance.
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Phase Camera Review David Ottaway and Andri Grettarson
PD Phase Camera 1/40 X Galvo Driver Monitor 40 X Control Room Computer 1/40 X Galvo Driver 40 X LVEA Computer ADC / DAC Sync.Signal RF Source Amp and LP Amp and LP
Scan Pattern and Data Analysis Output Spiral Collect I/Q and Position Data Interpolate to Cartesian Coord. Display
Sample Data Nominal Alignment Improved Alignment
Control/Analysis/Display Control Room Data Handler Remote Data Handler / Camera Driver Underlying Labview Code
Comments Refresh rate: ~ 3 Hz without interpolation ~ 0.5 Hz with interpolation Electronics noise should be reduced, esp. line peaks. Should we write phasecamera data to frames? Requires five 2048Hz channels. Should be possible to get rid of LVEA PC and Labview and drive camera from AM modulated signal generator or VME style interface Camera has information not available elsewhere (spatial structure of the RF) => We should learn to use it!
Parts Required Galvos (2): GSI Lumonics FM3 Series $1665 EACH Galvo driver/reader cards (2): GSI Lumonics, MiniSax $580 EACH Galvo Mirror(1): GSI Lumonics X mirror (9.5 mm) $235 Galvo Mirror(1): GSI Lumonics Y mirror (9.5 mm) $235 Photo-diode(1): New Focus 1811 Broadband PD$1090 Pin-hole(1): 0.150 mm~$55 DAQ card (1): National Instruments, Model PCI-MIO-16XE-10 $2500 DAQ breakout box (1): National Instruments, Model BNC-2090 $395 DC Power supply: +/- 15 V Demodulation Box: $??? Computer with Labview or Matlab $??? --------- $9000+????