HR001122S0038_Attachment_2_Proposal_Summary_Slide_Template.pptx
PPTX presentation 201 KB Posted
- Attached to
- H6 Federal contract opportunity
- Solicitation number
- HR001122S0038
About this file
This document contains a template and guidance for proposals submitted in response to the H6 program solicitation. The template outlines the required sections for a one slide summary of the proposed effort, including an approach to reducing time error due to aging and temperature fluctuations. Proposers must also address performance versus size, weight, and power tradeoffs and expected main component contributors to the system's SWaP. The guidance identifies the Defense Advanced Research Projects Agency as the issuing agency and notes the H6 program seeks to develop ultra-small, low-power, fieldable clocks that can maintain timing precision for one week.
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| HR001122S0038_Attachment__4_OT_Certs_Template.docx | DOCX document | |
| HR001122S0038_Attachment_3_General_MTO_Controlled_Unclassified_Information_Guide__CUIG_.pdf | ||
| HR001122S0038_Attachment_1_Cost_Volume_Proposer_Checklist.pdf | ||
| HR001122S0038.pdf |
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Text version
Follow the general guidance in each of the following quadrants.
Provide a concise and informative summary of your proposal.
Unclassified information only.
Maximum of one slide.
Include images and figures where appropriate.
Please submit in MS PowerPoint (preferred) or equivalent file format.
Guidance for H6 proposal summary slide
SOURCE SELECTION SENSITIVE – SEE FAR 2.101 AND 3.104
Approach to Aging based drifts Approach to Temperature based drifts Approach Overview Summarizes the proposed effort, include a graphic if supportive.
Outline how you plan to reduce time error due to system aging.
How is it done today? How is your approach different?
What needs to be developed? What is commercially available?
What are the major technical risk elements and how do you plan to address/mitigate them?
Outline how you plan to reduce time error due to temperature fluctuations.
How is it done today? How is your approach different?
What needs to be developed? What is commercially available?
What are the major technical risk elements and how do you plan to address/mitigate them?
SWaP budget What are the performance vs. SWaP trade-offs?
What are the expected main component contributors to the system SWAP?
What are the major technical risk elements and how do you plan to address/mitigate them?
SOURCE SELECTION SENSITIVE – SEE FAR 2.101 AND 3.104
Abstract or Proposal Title Proposing organization | Principal Investigator | Total budget | List of subcontractors image1.png image2.png
File details come from the government source that posted it. Updated .