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  • ALPACA
  • ALPACA-Advanced L-band Phased Array Camera for Astronomy
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  • Table of Contents

Table of Contents · Changes

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initial upload starting from doc-pkg authored Jul 28, 2022 by Mitch Burnett's avatar Mitch Burnett
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**Table of Contents**
**This is now out of date -> make this autogenerated. However, if the autogenerated ToC has to appear at the top of the PDR doc main home page, I prefer not to have it at all. The main page of the ToC doc is the table of contents, rendering this unnecessary complexity**
[//]: <> (TABLE OF CONTENTS BEGINS HERE)
1. [ALPACA Introduction and Instrument Description](/home#1-alpaca-introduction-and-instrument-description-jeffs)\
1.1. [Brief Proposal and Award History](/section-1.1)\
[Brief Proposal and Award History](/section-1.2)\
1.2. [Introduction to PAF Instruments and Digital Beamformers](/Introduction-to-PAF-Instruments-and-Digital-Beamformers)\
1.3. [High Level ALPACA System Description](/High-Level-ALPACA-System-Description)
2. [ALPACA Science Capabilities](/home#2-alpaca-science-capabilities-panel-charge-2) (panel charge 2)
3. [Front End Design](/home#3front-end-design-charge-3) (charge 3)\
3.1. [Performance and Technical Specifications](/section-3.1)\
3.2. Dipole Antenna Modules\
3.3. LNAs, Bias Supplies and Monitoring, and Flexible Micro-striplines\
3.4. Cryostat, Cold Heads and Compressor\
3.5. RF over Fiber Transmitter Interface With Cryostat\
3.6. Front End Box Assembly
4. [Signal Transport](/home#4-signal-transport-charge-34) (charge 3, 4)\
4.1. Overview\
4.2. [RF over Fiber Transmitter](/home#42rf-over-fiber-transmitter-ammermon)\
4.3. RF over Fiber Receiver\
4.4. System Performance
5. [Digital Back End Design](/home#5-digital-back-end-design-charge-4) (charge 4)\
5.1. Capabilities and Technical Specifications\
5.2. F-Engine RFSoC Hardware and Capabilities\
5.3. XB-Engine Hardware and Capabilities\
5.4. Distributed File Storage
6. [Firmware and Software Design](/home#6-firmware-and-software-design-charge-5) (charge 5)\
6.1. Beamformer F-Engine Firmware\
6.2. Beamformer XB-Engine Software\
6.3. Post Processing Software
7. [Interfaces Between ALPACA and GBO Infrastructure](/home#7-interfaces-between-alpaca-and-gbo-infrastructure-charge-6) (charge 6)\
7.1. Mechanical FEB mount and Cryogenic Front End Interface \
7.2. Back End Power, Cooling, RFI Shielding, Signal, and housing\
7.3. Digital beamformer monitor and Control\
7.4 Telescope Scan Control
8. [Design Risks as a GBT User Instrument](/home#8-design-risks-as-a-gbt-user-instrument-charge-7-all-) (charge 7)\
8.1. Managing Beamformer Calibrations\
8.2. Image Formation Using Beamformer Calibrations\
8.3. Other Project Risks
9. [Project Management Plan and Schedule](/home#9-project-schedule-charges-8-9-jeffs-campbell) (charges 8, 9)\
9.1. Management Plan\
9.2. Project Schedule Chart\
9.3. Status and Plan on Major Incomplete WBS Tasks\
9.4. Budget Analysis
10. [Project Goal Evaluation](/home#10-project-goal-eval-wrt-design-budget-and-schedule-charge-9-jeffs-campbell) (charge 9)
11. [Additional Reference Documents](/home#11-additional-reference-documents)
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ALPACA Design Review Documentation Package

Table of Contents

Section Links

  1. ALPACA Introduction and Instrument Description
  2. ALPACA Science Capabilities
  3. Front End Design
  4. Signal Transport
  5. Digital Back End Design
  6. Firmware and Software Design
  7. Interfaces Between ALPACA and GBO Infrastructure
  8. Design Risks
  9. Project Management Plan and Schedule
  10. Feasibility of Long-term Project Goals
  11. Additional Reference Documents