NGWFC Parametric Oscillator for tip/tilt vibration reduction

Team

• Lead: Kevin Tsubota
• Scientist: Chris Neyman
• Software: Sudha LaVen
• Ops Tools: Olivier Martin

Goal

This is a proof of concept identified as a NGAO Detailed Design Risk Reduction task. The goal is to evaluate the effectiveness of a parametric oscillator in reducing a 29hz observatory wide vibration using the existing Keck-2 NGWFC tip/tilt system.

Project Details

• Requirements Document
• Microgate Statement of Work

• Peter's comments to above Requirements doc and SOW

Milestones

We need to push these dates in as much as possible to minimize the cost of the project.

Milestone	Date	Comments
Lab Integration Complete	02/02/2011
Recommendation on Remaining Implementation	03/21/11
Requirement Review	09/16/2010
MG Contract Signed	10/14/2010
WMKO Design Review	11/15/2010
WMKO Test Plan Review	11/26/2010
WMKO Acceptance of MG Mods	12/14/2010	based on MG contract
MG Design Review?		we don't currently have one but we should

Project Management

• WBS Description: [https://www.oir.caltech.edu/twiki_oir/pub/Keck/NGAO/ParOscRiskReduction/PostPDRprojects_TaskList_ParOsc_v6.xls][.xls]]
• Schedule V3: .mpp, .pdf
  • Inividual tasks as extracted from above schedule:
    • Chris' tasks .pdf
    • Kevin's tasks .pdf
    • Olivier's tasks .pdf
    • Sudha's tasks .pdf

References

• KAON 517: NGAO Control Algorithms
• KAON 680: Telescope Vibration Mitigation for NGAO
• Initial Request for ROM to Micrograte

• Microgate NGWFC As-Built Documentation
  • RTC As-Built Design Document
  • RTC Maintenance Manual
  • RTC User Manual
  • First Integration Test Report

HQ Lab Setup

• Available Hardware
• Software Environment