1. RF power levels and waveforms of all signals provided at cable output in the racks
2. Amplitude and phase stability of the RF system and components - intra pulse and inter pulse
3. Latency breakdown

RF Power Levels

• All data stored here
• Time estimate - request 4 hrs for margin
  • Peak power measurements: 0.5 hr
  • Scope measurement:
    • Validate trigger: 0.5 hr
    • Waveform alignment: 0.5 hr
    • Take data, moving cart with scope around, capturing overlays: 1 hr
      • TODO: add desired timing overlay captures
  • Restore all cables and confirm normal operation
• TODO: confirm all cables installed; has cable 107 been replaced?

LINAC Stability

• Disconnect SMA100B MO output
• Replace with FSWP Reference output
• Use LMX1214 frequency divider to divide the 2,997.8 MHz signal back to 499.634 MHz MO reference
• Measure phase and amplitude additive noise
• Time estimate: 3 hr
  • Disconnect MO and confirm nominal operation with FSWP output as MO: 15 min
  • Confirm pulsed RF signal on high speed scope: 30 min
  • Measure additive and absolute amplitude and phase noise: 1 hr
  • Restore all connections and confirm nominal operation: 30 min
• TODO:
  • Lay down required cable runs and check losses
  • Setup measurement infrastructure, power supply, cart, etc