Difference between revisions of "TweakWave"

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(added xme photo, DFB Laser)
 
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the goal is an open source optical spectrum analyzer with enough performance to tune my DS-DBR fiber-optic lasers
 
the goal is an open source optical spectrum analyzer with enough performance to tune my DS-DBR fiber-optic lasers
  
===Existing hardware===
+
=== Contributors ===
 +
* Beatskip
 +
 
 +
===LSA===
 
To simplify the process, the project will repurpose the internals of an IST-REES E201 Laser spectrum analyzer (see project image).
 
To simplify the process, the project will repurpose the internals of an IST-REES E201 Laser spectrum analyzer (see project image).
 
All original electronics from the E200 Laser spectrum analyzer will be replaced by new modern electronics to maximize performance.
 
All original electronics from the E200 Laser spectrum analyzer will be replaced by new modern electronics to maximize performance.
  
===TODO===
+
===Tasks===
 
* [x] Project and documentation setup
 
* [x] Project and documentation setup
* [ ] Define exact requirements
+
* [ ] High Level Design
* [ ] High Level Design Document
+
* [ ] Initial component selection
 
* [ ] PCB Design
 
* [ ] PCB Design
 +
* [ ] Mechanical design
  
 +
==Hardware==
 +
The 'x' indicates a component has been selected and has been acquired. A period indicates defined, but not acquired.
 +
* [x] Ist-Rees E201 LSA Head
 +
* [x] XME0724 Zynq 7010 Module
 +
* [x] DFB Reference Laser
 +
* [ ] ADC
 +
* [ ] DAC
 +
* [ ] Housing
 +
* [ ] Misc components
 +
 +
==Project==
 +
The project is split up in the these components with their required disciplines in brackets:
 +
* Analyzer Head            [Mechanics]
 +
* Control & Readout board  [Electronics | FPGA | Embedded]
 +
* Interface software      [Software]
 +
* Reference Laser          [Physics]
  
 
==High Level Design==
 
==High Level Design==
The project is split up in the following components:
+
===Overview===
 
 
* Analyzer Head
 
* Control & Readout board
 
* Interface software
 
 
 
 
<gallery>
 
<gallery>
 
File:TweakWave-HLD.png|Hardware Layout
 
File:TweakWave-HLD.png|Hardware Layout
 
File:TweakWave-System.png|System Diagram
 
File:TweakWave-System.png|System Diagram
 +
File:TweakWave-mainboard-V1.0.png|Main Board Diagram
 +
</gallery>
 +
 +
===Existing hardware===
 +
<gallery>
 +
File:IST-REES_E201LSA.jpg|Ist-Rees E201 LSA head
 +
File:microphase-xme0724-zynq-som.jpg|XME0724 - Zynq 7010 Module
 +
File:Laser | DFB Reference Laser
 
</gallery>
 
</gallery>
  
  
 
==Log==
 
==Log==
 +
*2022-11-12 - Project definition and setup

Latest revision as of 03:53, 12 November 2022

Projects
IST-REES E201LSA.jpg
Participants Beatskip
Skills FPGA, Embedded, Electronics, Software
Status Planning
Niche Electronics
Purpose Use in other project

the goal is an open source optical spectrum analyzer with enough performance to tune my DS-DBR fiber-optic lasers

Contributors

  • Beatskip

LSA

To simplify the process, the project will repurpose the internals of an IST-REES E201 Laser spectrum analyzer (see project image). All original electronics from the E200 Laser spectrum analyzer will be replaced by new modern electronics to maximize performance.

Tasks

  • [x] Project and documentation setup
  • [ ] High Level Design
  • [ ] Initial component selection
  • [ ] PCB Design
  • [ ] Mechanical design

Hardware

The 'x' indicates a component has been selected and has been acquired. A period indicates defined, but not acquired.

  • [x] Ist-Rees E201 LSA Head
  • [x] XME0724 Zynq 7010 Module
  • [x] DFB Reference Laser
  • [ ] ADC
  • [ ] DAC
  • [ ] Housing
  • [ ] Misc components

Project

The project is split up in the these components with their required disciplines in brackets:

  • Analyzer Head [Mechanics]
  • Control & Readout board [Electronics | FPGA | Embedded]
  • Interface software [Software]
  • Reference Laser [Physics]

High Level Design

Overview

Existing hardware


Log

  • 2022-11-12 - Project definition and setup