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  • ALPACA
  • ALPACA-Advanced L-band Phased Array Camera for Astronomy
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  • 3 front end design
  • 3.2

3.2 · Changes

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Update 3.2 authored Aug 08, 2022 by Brian Jeffs's avatar Brian Jeffs
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......@@ -66,5 +66,3 @@ A major feature of the design is the ability to easily remove a dipole/Low Noise
[Section 3.3 >>](/3-front-end-design/3.3)
[^a]: Please refer to [Parshley et al. 2020](../uploads/7c6759a47aba883325e3d4aabe9049e8/ASME-PVP2020-21818-Parshley-vFinal.pdf) for more details of the cryo-mechanical design of the ALPACA Cryostat
[^1]: Limits defined as ±204° [GBT Control System Manual, Pg 12](https://safe.nrao.edu/wiki/pub/GB/Operate/Training/GBTControlSystem.pdf)
[^2]: Please see [Cortes-Medellin et al. 2015](https://doi-org/10.1109/TAP.2015.2415527) for more details.
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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